BIOMAR A.S.

Organization number 937843860 · Aksjeselskap

Programmatic access to company data (JSON)

Source: Firmafakta. Data read and page generated 2026-09-08T18:03:30Z. HTML cache: no-store (TTL 0 seconds). Default TTL for Firmafakta JSON/API responses: 60 seconds.

Facts

Source: Firmafakta, with business data from public registers.

organisasjonsnummer:

937843860

navn:

BIOMAR A.S.

organisasjonsform:

kode:: AS
beskrivelse:: Aksjeselskap

naeringskode1:

kode:: 10.912
beskrivelse:: Produksjon av fôrvarer for akvakultur

antallAnsatte:

287

hjemmeside:

www.biomar.com/no/biomar-norge/

epostadresse:

info@biomar.no

telefon:

76 11 92 00

forretningsadresse:

adresse:: Bolstads vei 24
poststed:: MYRE
postnummer:: 8430
kommune:: ØKSNES

stiftelsesdato:

1986-02-04

registreringsdatoenhetsregisteret:

1995-03-12

aktivitet:

Å produsere, selge og forhandle tørrfor, for-, komponenter og utstyr til oppdrettsnæringen og, hva dermed står i forbindelse.

vedtektsfestetFormaal:

Å produsere, selge og forhandle tørrfor, for-, komponenter og utstyr til oppdrettsnæringen og, hva dermed står i forbindelse.

View the address in Geonorge

Board and other roles

Source: Firmafakta. Also see the separate Brønnøysund lookup under related lookups.

Daglig leder

Daglig leder: Håvard Yngve Jørgensen

Revisor

Revisor: PRICEWATERHOUSECOOPERS AS

Styre

Styremedlem: Sif Rishøj
Styremedlem: Claus Eskildsen
Styremedlem: Torunn Forberg
Styremedlem: Susanne Poulsen
Styremedlem: Sverre Richard Amlie
Styrets leder: Carlos Armando Diaz Verdugo
Varamedlem: Petter Leknes
Varamedlem: Kathrine Beate Hansen

Owners

Source: Firmafakta shareholder dataset.

BIOMAR GROUP – 100.0 % (30000 shares, share class: Ordinære aksjer)

Fetch a longer owner list

Company holdings

LETSEA AS – 33.99 %
EGGA UTVIKLING AS – 3.14 %
MYRE BEDRIFTSBARNEHAGE AS – 23.68 %
NORDIC MARINE SOLUTIONS AS – 8.00 %
FISKERINÆRINGENS INNKJØPSSELSKAP AS – 0.17 %

Grants and support

Sources provided through Firmafakta: Innovation Norway, the EU, the Research Council of Norway and SkatteFUNN.

Innovasjon Norge (1)

1 results

fylkesnavn:
Nordland
kommunenavn:
Øksnes
org_nr:
937843860
bedriftsnavn:
BIOMAR A.S.
virkemiddelkategori:
Distriktsutviklingstilskudd
underkategori:
Bedriftsutviklingstilskudd
innvilget_belop:
490000
innvilget_dato:
20.11.13
beslutningsenhet:
IN Nordland
naringshovedgruppe:
C - Industri
naring:
10.912 Produksjon av fôrvarer for akvakultur
type_finansiering:
Tilskudd

EU-tildelinger (0)

No registered grants.

Forskningsrådet (13)

13 results

id:
79953
prosjektnummer:
354152
prosjekttittel:
Lipid nutrition as a driver for Atlantic salmon robustness and welfare
prosjektstart:
2024
prosjektslutt:
2028
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Frittstående prosjekter
aktivitet:
Andre frittstående prosjekter
id:
69298
prosjektnummer:
329104
prosjekttittel:
TAAM - tasty appetizing accountable marine solubles
prosjektstart:
2021
prosjektslutt:
2025
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
2.99
virkemiddel:
Frittstående prosjekter
aktivitet:
Andre frittstående prosjekter
id:
53407
prosjektnummer:
296278
prosjekttittel:
Krill meal as a functional feed ingredient against cardiomyopathy syndrome in Atlantic salmon
prosjektstart:
2019
prosjektslutt:
2023
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Zoofysiologi og komparativ fysiologi
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
47683
prosjektnummer:
281807
prosjekttittel:
Developing next generation tools to secure a functional gut environment through feed development
prosjektstart:
2018
prosjektslutt:
2021
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
41900
prosjektnummer:
268987
prosjekttittel:
QMAR - Unlocking the nutritional and technical Quality potential of MARine by-products in sustainable salmonid feeds
prosjektstart:
2017
prosjektslutt:
2021
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
42037
prosjektnummer:
269163
prosjekttittel:
Developing next generation tools for securing a functional gut environment through feed development
prosjektstart:
2017
prosjektslutt:
2019
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
31682
prosjektnummer:
245378
prosjekttittel:
Interaksjoner mellom tekniske og ernæringsmessige egenskaper til fôr; modellering av biologiske responser i laksefisk
prosjektstart:
2015
prosjektslutt:
2017
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
31694
prosjektnummer:
245396
prosjekttittel:
DEVELOPMENT OF A CARDIOVASCULAR CHALLENGE MODEL FACILITATING FUNCTIONAL FEEDS AGAINST VIRAL DISEASES
prosjektstart:
2015
prosjektslutt:
2018
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
5581
prosjektnummer:
235772
prosjekttittel:
Dietary interventions to mitigate viral disease in Atlantic salmon
prosjektstart:
2014
prosjektslutt:
2016
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
28493
prosjektnummer:
223108
prosjekttittel:
Digestive processes and gut health in lipid metabolism of Atlantic salmon a molecular aspects of low fishmeal diets
prosjektstart:
2013
prosjektslutt:
2020
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
2.8
virkemiddel:
Frittstående prosjekter
aktivitet:
Andre frittstående prosjekter
id:
24872
prosjektnummer:
217485
prosjekttittel:
Biologisk aktive komponenter i råvarer og deres effekter i fisk: hvordan lage fôr uten fiskemel.
prosjektstart:
2012
prosjektslutt:
2016
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
20329
prosjektnummer:
208366
prosjekttittel:
Next2free of fish meal
prosjektstart:
2011
prosjektslutt:
2013
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer
id:
20354
prosjektnummer:
208396
prosjekttittel:
Samspill mellom tekniske og ernæringsmessige egenskaper hos fôr til laks
prosjektstart:
2011
prosjektslutt:
2013
prosjektansvarlig_navn:
BIOMAR A.S.
organisasjonsnummer:
937843860
sokt_belop:
Akvakultur
tildelt_belop:
0.0
virkemiddel:
Programmer
aktivitet:
Store programmer

SkatteFUNN (215)

215 results

id:
71429
innsendt_dato:
2024-08-30
prosjektnummer:
1134
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Fôr for stressreduksjon etter håndtering
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
not reported by source
soknad_godkjent:
not reported by source
soknad_avslatt:
not reported by source
vedtaksdato:
na
prosjekt_fra_ar:
2024
prosjekt_til_ar:
2025
sammendrag:
Most of the current non-medicinal sea lice treatments involve confinement, crowding, and movement of fish. This causes significant levels of stress as well as mechanically induced wounds. Stressed fish will have reduced feed intake, and it has been shown that they are more susceptible to diseases. A robust fish capable of coping with handling induced stress is the main factor suggested to manage this issue (combined with reduced de-licing activities). Certain plant ingredients have been identified to mitigate the stress response in fish. Adding these ingredients might reduce the subsequent effects of handling stress (low appetite, reduced fillet quality etc), and improve fish health and welfare. This will be tested in an experimental feeding trial with Atlantic salmon mimicking commercial farming routines as best as possible. The project will identify plant ingredients that can reduce stress after handling and thus boost robustness, fish health, and fillet quality.
id:
71450
innsendt_dato:
2024-08-30
prosjektnummer:
1207
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Effekt av utvalgte mikronæringsstoffer på slaktekvalitet hos atalantisk laks
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
not reported by source
soknad_godkjent:
not reported by source
soknad_avslatt:
not reported by source
vedtaksdato:
na
prosjekt_fra_ar:
2024
prosjekt_til_ar:
2025
sammendrag:
Most of the current non-medicinal delicing methods involve extensive handling and confinement causing significant stress as well as mechanically induced wounds in salmon. Stress can have a negative impact on harvest quality traits by affecting muscle metabolism and leading to softer fillets and reduced pigmentation. In this study we will investigate if the various biological forms of a micronutrient alone or in combination with each other will contribute to improved flesh harvest quality and pigmentation.
id:
36029
innsendt_dato:
2015-08-05
prosjektnummer:
252021
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
LFM Screening
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-09
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
22562
innsendt_dato:
2009-08-28
prosjektnummer:
198444
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Effekt av vegetabilske proteiner og oljer i fiskefôr på tarmhelse
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2009-09-08
prosjekt_fra_ar:
2009
prosjekt_til_ar:
2010
sammendrag:
not reported by source
id:
22563
innsendt_dato:
2009-08-28
prosjektnummer:
198445
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Development of starter feed for salmon I
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2009-09-08
prosjekt_fra_ar:
2009
prosjekt_til_ar:
2010
sammendrag:
not reported by source
id:
23010
innsendt_dato:
2009-09-01
prosjektnummer:
198727
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Performance 3
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2009-09-08
prosjekt_fra_ar:
2009
prosjekt_til_ar:
2010
sammendrag:
not reported by source
id:
23064
innsendt_dato:
2009-09-01
prosjektnummer:
198774
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Interaction of KDF and temperature to enhance nutrient availability in fish feed
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2009-09-08
prosjekt_fra_ar:
2009
prosjekt_til_ar:
2010
sammendrag:
not reported by source
id:
45082
innsendt_dato:
2017-08-25
prosjektnummer:
277618
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Marine 2.0
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-06
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
45093
innsendt_dato:
2017-08-25
prosjektnummer:
277631
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
LAPs ADCs
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-06
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
45103
innsendt_dato:
2017-08-25
prosjektnummer:
277641
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Functional feeds against viral diseases - in vitro and large scale testing
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-06
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
44819
innsendt_dato:
2017-08-18
prosjektnummer:
277314
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
PITEK
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-04
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
44820
innsendt_dato:
2017-08-18
prosjektnummer:
277315
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
JSB performance
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-04
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
44867
innsendt_dato:
2017-08-21
prosjektnummer:
277366
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Coho salmon performance model 600-3000g
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-04
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
33171
innsendt_dato:
2014-08-21
prosjektnummer:
241870
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
PPQ effects (pre)
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-04
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
33380
innsendt_dato:
2014-08-28
prosjektnummer:
242125
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Comparative studies on digestibilities in fish
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-30
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
37059
innsendt_dato:
2015-08-31
prosjektnummer:
253353
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
P3 (DP/DE) - Model building
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-29
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
37074
innsendt_dato:
2015-08-31
prosjektnummer:
253368
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Råvarefordøyelighet
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-29
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
37088
innsendt_dato:
2015-08-31
prosjektnummer:
253382
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
NutriPig
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-29
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
33282
innsendt_dato:
2014-08-26
prosjektnummer:
242017
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Anti-HSMI feed part 2
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-29
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
33285
innsendt_dato:
2014-08-26
prosjektnummer:
242020
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Dietary interventions to mitigate viral disease in Atlantic salmon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-29
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
33690
innsendt_dato:
2014-08-29
prosjektnummer:
242460
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Salmonella inhibitors in fishmeal
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-29
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
22771
innsendt_dato:
2009-08-31
prosjektnummer:
198662
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Technical quality I
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2009-09-28
prosjekt_fra_ar:
2009
prosjekt_til_ar:
2010
sammendrag:
not reported by source
id:
49501
innsendt_dato:
2018-08-16
prosjektnummer:
291258
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
SBA cope
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-09-27
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
I merdene i middelhavsområdet møter sea bass flere krevende utfordringer, i tillegg til virus, parasitter og bakterier stiger temperaturen drastisk i løpet av sommermånedene og dette kombinert med høy tetthet av fisk kan føre til kronisk lave oksygenmetninger. Vi vil finne det beste fôret for sea bass, med fokus på å opprettholde god vekst og tarmhelse også under de krevende sommermånedene.
id:
49543
innsendt_dato:
2018-08-17
prosjektnummer:
291317
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Optimize FW Trout management - Normoxia
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-09-27
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Fish are poikilotherm and water temperature has a strong effect on fish metabolism and growth. Growth is cyclic with faster growth in periods with increasing photoperiod and temperature and slower in periods with decreasing photoperiod and temperature. In addition factors like lunar phases, oxygen, feeding and exercise affects the fish. Optimum levels, minimum and maximum temperature limits are species specific, but few documentation exist on performances at different temperature levels, especially involving interactions with the factors mentioned above and energy levels in feed.
id:
49545
innsendt_dato:
2018-08-17
prosjektnummer:
291319
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Optimize FW Trout management - Hypoxia
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-09-27
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Fish are poikilotherm and water temperature has a strong effect on fish metabolism and growth. Growth is cyclic with faster growth in periods with increasing photoperiod and temperature and slower in periods with decreasing photoperiod and temperature. In addition factors like lunar phases, oxygen, feeding and exercise affects the fish. Optimum levels, minimum and maximum temperature limits are species specific, but few documentation exist on performances at different temperature levels, especially involving interactions with the factors mentioned above and energy levels in feed.
id:
31105
innsendt_dato:
2013-08-30
prosjektnummer:
232935
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Fôr med lav andel marint råstoff til regnbueørret
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2013-09-27
prosjekt_fra_ar:
2013
prosjekt_til_ar:
2013
sammendrag:
not reported by source
id:
31209
innsendt_dato:
2013-08-30
prosjektnummer:
233043
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Hydrolysater
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2013-09-27
prosjekt_fra_ar:
2013
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
24633
innsendt_dato:
2010-08-27
prosjektnummer:
206238
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Techical Quality 2
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2010-09-27
prosjekt_fra_ar:
2010
prosjekt_til_ar:
2011
sammendrag:
not reported by source
id:
49483
innsendt_dato:
2018-08-15
prosjektnummer:
291235
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Skin Health 2.0
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-09-26
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Fish skin, as well as the gills and gut, are the first barrier against opportunistic and obligated pathogens in the aquatic environment. The fast recovery of the integrity of these barriers after injury is of great importance to maintain osmotic regulation and therefore health and welfare of fish. Moreover, wounds are often considered potential entry sites for fish pathogens and can also reduce slaughter quality. Currently, sea lice is one of the main skin challenges in salmonid production causing important costs for the salmon industry. Despite the efforts made by the feeding producing companies, the available functional feedings in the market do not satisfy completely the challenges regarding skin health. In this context, the present project aimed to improved functional diets containing health additives that could improve wound healing in Atlantic salmon using a sea lice model as wound challenge model. It is expected that the new knowledge obtained from this project help in the development of improved diets designed specifically for maintaining and/or restoring skin health in fish.
id:
49502
innsendt_dato:
2018-08-16
prosjektnummer:
291259
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Disease resist
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-09-26
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Virussykdommer er en stor utfordring for fiskehelse i Norge og globalt. Vi ønsker å utvikle for som gir en mer robust fisk som vil ha økt sannsynlighet for å overleve virussykdommer.
id:
49505
innsendt_dato:
2018-08-16
prosjektnummer:
291262
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Gill EM
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-09-26
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
During the last few years parasitic infection in sea bream gills is by far the most severe problem for Mediterranean aquaculture. These infestations are characterized by anaemia, reduced movement due to decrease respiratory capacity, severe mortalities, performance reduction and loss of commercial value of the harvested Fish. The goal of this project is to test new additives in functional feeds aimed at improving growth in infested fish, provide support for gill recovery and immune response, in addition to reducing parasite loads.
id:
31000
innsendt_dato:
2013-08-30
prosjektnummer:
232822
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Fra ferskvann til sjø
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2013-09-26
prosjekt_fra_ar:
2013
prosjekt_til_ar:
2013
sammendrag:
not reported by source
id:
31049
innsendt_dato:
2013-08-30
prosjektnummer:
232872
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Fosfolipider i fisk
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2013-09-26
prosjekt_fra_ar:
2013
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
45887
innsendt_dato:
2017-08-31
prosjektnummer:
278595
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Prima
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-25
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
49506
innsendt_dato:
2018-08-16
prosjektnummer:
291264
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
BactFix
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-09-24
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Bakteriesykdommer er en stor utfordring for fiskehelse i Norge og globalt. Vi ønsker å utvikle fôr som gir lavere dødelighet ved spesifikke bakteriesykdommer.
id:
33594
innsendt_dato:
2014-08-29
prosjektnummer:
242363
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Effekt av ulike nivå av fordøyelig protein og fordøyelig energi på ytelse hos laks
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-23
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
33621
innsendt_dato:
2014-08-29
prosjektnummer:
242390
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Cost-benefit modelling
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-23
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
24552
innsendt_dato:
2010-08-25
prosjektnummer:
206146
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Performance 3 Trout
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2010-09-23
prosjekt_fra_ar:
2010
prosjekt_til_ar:
2011
sammendrag:
not reported by source
id:
36523
innsendt_dato:
2015-08-28
prosjektnummer:
252809
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Enhance
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-21
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
40508
innsendt_dato:
2016-08-26
prosjektnummer:
264804
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
NYFORM
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-09-20
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
18322
innsendt_dato:
2007-08-24
prosjektnummer:
38500
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
New Tools For Optimising Quality And Performance Management For Atlantic Salmon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2007-09-20
prosjekt_fra_ar:
2007
prosjekt_til_ar:
2009
sammendrag:
not reported by source
id:
18323
innsendt_dato:
2007-08-24
prosjektnummer:
38501
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Improved production efficiency and animal welfare in aquaculture through elevated dietary tryptophan
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2007-09-20
prosjekt_fra_ar:
2007
prosjekt_til_ar:
2009
sammendrag:
not reported by source
id:
18324
innsendt_dato:
2007-08-24
prosjektnummer:
38502
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Effekt av vegetabilske proteiner-oljer i fiskefôr på tarmhelse
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2007-09-20
prosjekt_fra_ar:
2007
prosjekt_til_ar:
2008
sammendrag:
not reported by source
id:
45668
innsendt_dato:
2017-08-30
prosjektnummer:
278361
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
AttraQtant
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-19
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
36519
innsendt_dato:
2015-08-28
prosjektnummer:
252804
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Protein concentrate
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-18
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
17216
innsendt_dato:
2006-09-01
prosjektnummer:
37372
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Effect of bioactive fatty acids on survival (IPN/PD), growth and feed conversion in 0+ and 1- Atlant
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2006-09-18
prosjekt_fra_ar:
2006
prosjekt_til_ar:
2009
sammendrag:
not reported by source
id:
17246
innsendt_dato:
2006-09-01
prosjektnummer:
37403
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Fiskehelse og fiskevelferd I
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2006-09-18
prosjekt_fra_ar:
2006
prosjekt_til_ar:
2006
sammendrag:
not reported by source
id:
36349
innsendt_dato:
2015-08-26
prosjektnummer:
252625
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Development of a cardiovascular challenge model facilitating functional feeds against viral diseases
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-17
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
36370
innsendt_dato:
2015-08-26
prosjektnummer:
252647
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
SW trout 2015
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-17
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
26528
innsendt_dato:
2011-08-24
prosjektnummer:
214978
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Next to free of fishmeal
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2011-09-15
prosjekt_fra_ar:
2011
prosjekt_til_ar:
2012
sammendrag:
not reported by source
id:
26529
innsendt_dato:
2011-08-24
prosjektnummer:
214979
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Sustainable low fishmeal diets, a multiple approach
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2011-09-15
prosjekt_fra_ar:
2011
prosjekt_til_ar:
2011
sammendrag:
not reported by source
id:
26971
innsendt_dato:
2011-08-31
prosjektnummer:
215702
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Smart produksjon av fiskefor
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2011-09-15
prosjekt_fra_ar:
2011
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
36155
innsendt_dato:
2015-08-19
prosjektnummer:
252372
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Winter
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-14
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
36185
innsendt_dato:
2015-08-20
prosjektnummer:
252432
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Interactions
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-14
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
26536
innsendt_dato:
2011-08-24
prosjektnummer:
214986
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
High temperature nutrition
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2011-09-14
prosjekt_fra_ar:
2011
prosjekt_til_ar:
2011
sammendrag:
not reported by source
id:
40236
innsendt_dato:
2016-08-19
prosjektnummer:
264441
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Smolt diets II
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-09-12
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
45401
innsendt_dato:
2017-08-29
prosjektnummer:
277970
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Temperature and trout performance
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-09-11
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
36043
innsendt_dato:
2015-08-07
prosjektnummer:
252044
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
LFM Big
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-09-10
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
33062
innsendt_dato:
2014-08-14
prosjektnummer:
241724
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Xtreme Pigment Trout
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-01
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
33063
innsendt_dato:
2014-08-14
prosjektnummer:
241725
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
LFM-Fresh2C
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-09-01
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
44534
innsendt_dato:
2017-07-14
prosjektnummer:
276896
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Sustrout
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
44541
innsendt_dato:
2017-07-17
prosjektnummer:
276905
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
GutBioM Mabit Pilot
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
44542
innsendt_dato:
2017-07-17
prosjektnummer:
276906
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Funksjonelle fôr mot Yersinia
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
44543
innsendt_dato:
2017-07-17
prosjektnummer:
276907
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Gutbarrier marine
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
44558
innsendt_dato:
2017-07-21
prosjektnummer:
276933
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Gill Health SAIC
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2019
sammendrag:
not reported by source
id:
44559
innsendt_dato:
2017-07-21
prosjektnummer:
276934
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Cataract Lumpfish
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
44560
innsendt_dato:
2017-07-21
prosjektnummer:
276935
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Vibriosis in Sea bass
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2019
sammendrag:
not reported by source
id:
44561
innsendt_dato:
2017-07-21
prosjektnummer:
276936
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Skin health
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
44630
innsendt_dato:
2017-08-04
prosjektnummer:
277032
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Mucosal health salmon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-09
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
20165
innsendt_dato:
2008-07-08
prosjektnummer:
40378
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Sources of Plant Protein for Fish Feed: Understanding and Controlling Antinutritional Factors (SOPP)
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2008-08-06
prosjekt_fra_ar:
2008
prosjekt_til_ar:
2010
sammendrag:
not reported by source
id:
44415
innsendt_dato:
2017-06-30
prosjektnummer:
276711
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
PigBNC
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-04
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
44420
innsendt_dato:
2017-06-30
prosjektnummer:
276718
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
OilMixEnhance
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-04
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2018
sammendrag:
not reported by source
id:
54027
innsendt_dato:
2019-08-15
prosjektnummer:
305368
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
VKot
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-08-27
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Sustainability of aquafeed production largely depends on process and nutrient availability. It is important to conduct the process more in cost effective way and to utilize the nutrient without compromising with other. It is a crucial to know the requirement of nutrient for the fish.
id:
40083
innsendt_dato:
2016-08-09
prosjektnummer:
264215
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
FAVE
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-08-24
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
44295
innsendt_dato:
2017-06-20
prosjektnummer:
276418
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Performance model Coho salmon 100g-600g
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-02
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
33021
innsendt_dato:
2014-08-11
prosjektnummer:
241653
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Ny vegetabilsk råvare til laksefôr
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-08-15
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
44288
innsendt_dato:
2017-06-20
prosjektnummer:
276409
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
EcoSustain 2.0
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-08-01
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
49198
innsendt_dato:
2018-07-06
prosjektnummer:
290791
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
MarineSp RM
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-07-24
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
The feeds are a fundamental element for a good part of the aquaculture production. Its impact on the operating costs of companies is considerable, so that, in a context in which the profit margin is not very high, the increase in its price can have a very negative effect. And one of the fundamental parameters that determine the evolution of feed prices is, in turn, the cost of raw materials: fishmeal and fish oils and different plant species like soy, lupin, rice, wheat, etc., but also marine by product coming from fish trimming and animal by product coming from animal industry including poultry meal, feather meal, hemoglobin, etc. To cultivate fish is necessary to elaborate sustainable fish diets. Modern aquaculture need to utilize the right ingredients for every fish species, but also ingredient that are having a low impact with the environment, containing sustainability credentials but also securing the welfare and growth of the fish. Ingredients are the source of nutrient and energy to cultivated fish and they need to be well studied and knows in to obtain health and robust fish. Therefore, this particular study is trying to create a more flexible opportunity for new ingredients with potential use in marine aquaculture, specifically for sea bass, fish species with an important commercial value in aquaculture industry in Mediterranean countries like Spain, Greece, Turkey, etc. Specifically, the study will generate important information about digestibility of the ingredient and how these are affecting the fish welfare and growth.
id:
39868
innsendt_dato:
2016-07-06
prosjektnummer:
263891
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Alternative
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-07-22
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
39701
innsendt_dato:
2016-06-16
prosjektnummer:
263604
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Totalina
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-07-21
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
39791
innsendt_dato:
2016-06-28
prosjektnummer:
263751
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
VALVE
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-07-21
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
58031
innsendt_dato:
2020-04-30
prosjektnummer:
313428
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
LYC big
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-07-02
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Large yellow croaker (Larimichthys croceus) is one of the commercially important mariculture species in China. Current feed product in China is high protein and low energy product, containing high level of marine-origin resources. Feed cost is the most significant, reaching about 70 percent of total costs in the case of this carnivorous species. The high feed cost has been hindered the further development of LYC aquaculture industry in recent years. In Europe, aquafeeds has changed significantly with a broader use of various plant ingredients and less inclusion of marine-origin resources. In addition, aquafeed has become more and more energy dense to spare protein. It is crucial to develop a performance model and evaluate biological responses of economic value to give us more flexibility due to raw material usage and to be able to produce more sustainable diets for Large yellow croaker.
id:
57987
innsendt_dato:
2020-04-30
prosjektnummer:
313381
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
HASTA
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-07-01
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2020
sammendrag:
In this project we will evaluate selected functional ingredients in the diet of first feeding rainbow trout and its effects on fish performance, health, robustness and immunity. The aim is to generate new knowledge which can aid in the development of a new and improved fry feed for salmonid fish.
id:
58024
innsendt_dato:
2020-04-30
prosjektnummer:
313420
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
FM Knowledge
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-06-09
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
In the development of aquaculture nutrition, there has been lots of efforts and focus on reducing reliance on limited marine resources. Great progress has been made and cultivation of herbivorous and omnivorous species has succeed in feeds containing little or no fish meal. However, reliance on fish meal remains an ongoing constraint in marine carnivorous fish species. The aim of current project is to identify key components which exist in fish meal but may be limiting when carnivorous fish fed with low marine-origin ingredients. That is, to identify not only the essential nutrients but also those not being considered strictly nutritionally essential. Non-essential nutrients are now known to contribute significantly to the health, growth and overall performance of cultured fish. Knowledge gained from this project will help to reduce fish meal level in the feed for marine carnivorous fish species. New eco-friendly products could be developed with raw materials which has low environmental impact and also secure fish growth, health in the same time.
id:
58016
innsendt_dato:
2020-04-30
prosjektnummer:
313412
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
CSBG3
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-06-05
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
The California sea bass (CSB), is one of the most popular species in China. CSB are strict carnivorous freshwater fish and commercial feed available in China per date are high in fish meal level. This is mostly based on availability, rather than nutritional suitability; as most of the nutritional requirements of CSB are not yet known. Therefore, the main objective of present project is to increase a knowledge on good feed quality, raw material inclusions levels, and essential amino acid levels to be able to make feed for CSB.
id:
57974
innsendt_dato:
2020-04-30
prosjektnummer:
313365
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Smoltfixfor
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-06-04
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Hovedmålet med prosjektet er å forbedre og utvikle nye fôr som kan indusere smoltifisering hos Atlantisk laks. Produksjonsformer som RAS og produksjon av storsmolt har økt behovet for slike fôr. Videre ønsker vi å kunne regulere den perioden smolten er i smoltvinduet. Ulike smoltindikatorer vil bli undersøkt i forhold til ulike smoltproduksjons-metoder.
id:
57972
innsendt_dato:
2020-04-30
prosjektnummer:
313361
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Adamant
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-06-03
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2023
sammendrag:
Several bacterial diseases continue to cause mortalities and lowered welfare in aquaculture. In the recent years, the types of raw materials used in diets for aquaculture have expanded greatly, most of these have been terrestrial. To be able to have a robust fish, we need to be sure about the safe limits of certain components in these new materials. In this project we will test different diet compositions with regards to effects on robustness agianst disease in trout and sea bass.
id:
32646
innsendt_dato:
2014-04-28
prosjektnummer:
239349
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Kontrollert hydrolyse av nye proteinkilder for økt proteinfordøyelighet hos fisk
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2014-06-03
prosjekt_fra_ar:
2014
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
57964
innsendt_dato:
2020-04-30
prosjektnummer:
313353
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Sugarboost
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-06-02
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2020
sammendrag:
Rødmunnsyke forårsaket av bakterien Yersinia ruckeri er et stort problem for laksefisk. Tidligere har vi sett lovende effekter av flere typer komponenter i helsefôr. I dette prosjektet ønsker vi å å fokusere nærmere på en spesiell type immunostimulerende stoffer for å øke overlevelsen ved rødmunnsyke og gi en generelt mer robust fisk.
id:
39604
innsendt_dato:
2016-06-01
prosjektnummer:
263386
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
P3 Trout
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-06-02
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
39605
innsendt_dato:
2016-06-01
prosjektnummer:
263387
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
OptiFos
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-06-02
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
61958
innsendt_dato:
2021-04-30
prosjektnummer:
328438
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Rubi
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2021-06-18
prosjekt_fra_ar:
2021
prosjekt_til_ar:
2023
sammendrag:
Throughout the years, numerous scientific projects have been carried out to optimize fish farm conditions and improve productivity. To this end, special attention has been given to fish nutrition in terms of nutrient levels and raw material composition and the modern commercial feeds supports a more efficient growth with a low level of marine ingredients and with a broader range of alternative raw materials than used in the earlier feeds. Besides performance is also a proper pigmentation of the flesh in salmonids an important product feature. Earlier studies have reported about several nutritional factors influencing the pigmentation of the salmonid muscle. Also, environmental factors like temperature and the current commercial practices in salmon farming which involves several events that promote stress, such as handling and crowding prior to transportation, or sea lice treatments are shown to have an impact on the pigmentation. So, one of the main challenges is that it seems that it is not only one main factor which is playing a crucial role for the final pigmentation in the fillet, but an interaction between several factors. In this project we will investigate the impact of feed composition, environmental conditions, and stress, on the underlying physiological mechanism in pigment absorption, transport and incorporation into the fillet.
id:
57932
innsendt_dato:
2020-04-30
prosjektnummer:
313301
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larvae5
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-06-17
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
The importance of dietary phospholipid (PL) for fish larvae was demonstrated in the early 1980
id:
57934
innsendt_dato:
2020-04-30
prosjektnummer:
313304
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larvae6
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-06-17
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Fat soluble vitamins play important roles in fish larvae development. Nutritional imbalances are considered one of the major causative factors of fish larval abnormal development. The nutritionally balanced requirements on fat-soluble vitamins on fish physiology are largely unknown, particularly in larvae of marine fish species. The specific roles of the fat soluble vitamins of marine fish larvae are largely unknown. This project will investigate the role of fat-soluble vitamins for marine fish larvae.
id:
39690
innsendt_dato:
2016-06-15
prosjektnummer:
263548
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
SABINE
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-06-16
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
39688
innsendt_dato:
2016-06-15
prosjektnummer:
263543
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Ringtest
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-06-15
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
61839
innsendt_dato:
2021-04-29
prosjektnummer:
328270
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Skin Health
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2021-06-11
prosjekt_fra_ar:
2021
prosjekt_til_ar:
2022
sammendrag:
Mucosal surfaces such as gills, intestine and skin are the first barrier of protection of the fish against the environment, participating actively in preventing the entrance of different pathogens into the fish's organism if they remain unaffected. Important bacterial and parasitic diseases affect primarily the skin barrier of fish, such as winter ulcers and sea lice, which have become very important issues in different salmon aquaculture regions. Antibiotic, anti parasitic drugs and mechanical treatments can be used for such conditions, however their use may be restricted due to concerns around antibiotic resistance, consumer perception and fish welfare. Development of new functional feeds aiming at controlling these conditions would represent a major advance for the global salmonid aquaculture industry.
id:
58017
innsendt_dato:
2020-04-30
prosjektnummer:
313413
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
MELFRQ
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-06-10
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Feed is the most expensive component of an aquaculture, typically accounting half of the operating cost depending on the intensity of production. Sustainable fish farming requires optimization of feeding practices to ensure optimal growth rates and best feed utilization efficiencies. The aim of this project is to determine the best meal frequency to optimize feed intake, growth and nutrient retention in Sea bass under different rearing conditions.
id:
58020
innsendt_dato:
2020-04-30
prosjektnummer:
313416
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Plz-B
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-06-10
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2020
sammendrag:
Feed is the most expensive component of an aquaculture, typically accounting half of the operating cost depending on the intensity of production. Successful farmed fish production requires optimization of feeding practices to ensure the most economically effective growth rates and feed utilization efficiencies. Aim of this project is to examine the feeding behaviour of sea bream and sea bass when fed a same recipe and their immediate feeding response when presented with different pellet size.
id:
39586
innsendt_dato:
2016-05-30
prosjektnummer:
263354
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
RMlibrary
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-05-31
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
57968
innsendt_dato:
2020-04-30
prosjektnummer:
313357
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Braveheart
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-05-28
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Viral diseases cause large production losses in aquaculture. Functional diets can help the fish cope better with the infection by reducing tissue damage or influencing the replication of the virus by stimulating different aspects of the immune system. In this project we will develop a feed to promote robustness towards a commercially relevant viral disease in farmed salmonids.
id:
57990
innsendt_dato:
2020-04-30
prosjektnummer:
313384
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
SalPal
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-05-28
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Increased understanding of the factors which makes a feed attractive to fish is needed to enhance fish performance and reduce feed-waste, which ultimately will produce more cost-effective diets. In this project we will look at a combination of physical qualities of the feed in order to evaluate and identify factors which are important for the palatability of our salmon diets.
id:
57905
innsendt_dato:
2020-04-29
prosjektnummer:
313254
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
VACCOP
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-05-27
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Sea lice, Lepeophtheirus salmonis, are the major disease constraint to Atlantic salmon aquaculture sustainability, costing a large amount of economical resources to the aquaculture industry for its control. A wide range of treatment and management tools are employed for control, however, increasing parasite resistance to drug treatment is reducing the effectiveness these. Development of a sea lice vaccine would represent a major advance in sea lice control, providing a practical, eco-friendly and widely applicable tool for use in the integrated sea lice control strategy. The goal of this project is to test new additives in functional feeds aimed at improving immunological responses in fish together with appropriate mucosal vaccination strategies against the parasite.
id:
57904
innsendt_dato:
2020-04-29
prosjektnummer:
313253
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
GILLME
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-05-26
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
During the last few years parasitic infection in sea bream gills is by far the most severe problem for Mediterranean aquaculture. These infestations are characterized by anaemia, reduced movement due to decrease respiratory capacity, severe mortality, performance reduction and loss of commercial value of the harvested Fish. The goal of this project is to test new additives in functional feeds aimed at improving growth in infested fish, provide support for gill recovery and immune response, in addition to reducing parasite loads.
id:
57807
innsendt_dato:
2020-04-23
prosjektnummer:
313104
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Contrast
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-05-18
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
The aim is to study the uptake mechanism of pigment and identify components and raw materials that affect pigment utilization in Rainbow Trout. Exchanging raw materials in a fish feed, even at a given basic proximate composition, requires good knowledge on their safety, as well as their nutritional and technical quality for each target fish species. It is important to understand the relations between nutrient levels, feed intake rate and fish nutrient uptake, metabolism and performance
id:
48339
innsendt_dato:
2018-02-07
prosjektnummer:
284625
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
EcoSustain 3.0
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-02-07
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Marine ingredients are increasingly becoming limited resources in the fish feed industry due to high price, low availability and concerns over sustainability. Sustainability is a critical factor in the choice of which raw materials a fish feed company is considering to be included in feed production for different species including rainbow trout. In order to increase the raw material portfolio for fish feed, flexibility is a must and in order to have flexibility to produce more cost-effective feeds you need to test new and novel raw materials. Therefore, raw material effects are to be investigated as well as their interactions between the different raw material combinations, and how they affect performance of rainbow trout.
id:
24016
innsendt_dato:
2010-02-01
prosjektnummer:
202168
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Improved production efficiency and animal welfare in aquaculture through elevated dietary tryptophan
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2010-02-25
prosjekt_fra_ar:
2010
prosjekt_til_ar:
2010
sammendrag:
not reported by source
id:
24015
innsendt_dato:
2010-01-29
prosjektnummer:
202167
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
New Tools For Optimising Quality And Performance Management For Atlantic Salmon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2010-02-24
prosjekt_fra_ar:
2010
prosjekt_til_ar:
2010
sammendrag:
not reported by source
id:
56447
innsendt_dato:
2019-09-01
prosjektnummer:
308275
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
CholBack
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-12-09
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
The replacement of fishmeal and fish oil for more sustainable ingredients continues to be one of the main focus of the fish farming industry. However, there are still knowledge gaps that need to be filled in to provide fish farmers with a diet that perform as well as a fishmeal and fish oil-based diet, not only in terms of growth but also quality and health-wise. The increasing use of alternative ingredients has resulted in a change of not only the fatty acid composition of the feeds but also other nutrients like cholesterol. Cholesterol modulates the fluidity of cell membranes, is essential for cell membranogenesis, growth and differentiation, is a key structural component of muscle, brain and the nervous system, and is the precursor for many physiologically active compounds, including sex hormones, adrenal corticoids, bile acids and vitamin D. Few studies have reported the effects of cholesterol on Atlantic salmon growth but there is still the need to document if the high inclusion of vegetable ingredients in today's diets can affect cholesterol synthesis and, ultimately hinder growth and affect fish final quality.
id:
56724
innsendt_dato:
2019-09-01
prosjektnummer:
308557
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Kick
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-12-09
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Seasonality drives changes in fish performance due to differences in the photoperiod and water temperature through the year, ultimately affecting fish performance and quality. It was previously observed that during winter period fish performance decreases and in the early Spring a negative effect on pigmentation is observed, that is commonly known as the Spring drop. This phenomenon is not totally understood but previous projects point out that specific raw materials and nutrients can counteract this effect. Dietary nutrient profile and raw material selection will be key to keep high performance without compromising economic profit through the production cycle. Kick project will address how the raw material basket and nutrient profile of the diets can affect flesh final quality through the production cycle.
id:
14155
innsendt_dato:
2005-12-01
prosjektnummer:
34569
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Effektive pigmenteringsregimer for ørret
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2005-12-05
prosjekt_fra_ar:
2005
prosjekt_til_ar:
2005
sammendrag:
not reported by source
id:
14200
innsendt_dato:
2005-12-01
prosjektnummer:
34614
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Kostnadseffektiv bruk av olje - del 2
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2005-12-05
prosjekt_fra_ar:
2005
prosjekt_til_ar:
2006
sammendrag:
not reported by source
id:
55365
innsendt_dato:
2019-08-30
prosjektnummer:
306836
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
RobTro
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-12-03
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2021
sammendrag:
In Norway the SW autumn smolt trout has a very rapid growth period from April until slaughter in September (4-5kg), and the temperature is high also in the springtime due to the Gulf-stream. The spring smolt trout grow from 500g to 4 kg from September to the end of June. The feed intake is high and the growth is rapid, but performance parameters like FCR, fillet yield and visceral fat is poorer in trout than in salmon. In addition there is a need for a feed that support a more robust trout, that can sustain disease, lice pressure, cardiovascular problems and sudden death. Krill meal is promoting fish growth, feed intake, health and optimal final product quality. Commercial products like TOTAL CARE strengthen heart, health and gills, making the fish more resistant towards stressing conditions and health challenges/disease. The aim of the study is to validate feed ingredients and components that can give a high performing and robust SW trout, both during rapid growth periods and in periods with stressful environmental factors affecting the health, mortality and quality of the fish
id:
55587
innsendt_dato:
2019-08-30
prosjektnummer:
307065
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
HiTeTas
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-12-03
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Tasmania has salmon production during the peak of summer, and sea temperatures commonly reach 18-20°C for weeks or months, often with a drop in dissolved oxygen (DO) levels suboptimal for salmon. This is associated with reduced feed intake, growth and increased FCR in large salmon stock. Further, it is also associated with a loss of pigment carotenoids in the fillet. Feed intake in fish is partly controlled by body condition, and the daily intake of dietary energy (DE). Fish fed a diet low in DE diet usually show lower quantities of deposited fat and must consume more feed compared to fish fed a high DE diet. The Qardio-package is highly beneficial during physiologically challenging phases and enables the fish to more efficiently support the increased oxygen requirements at high temperature and hence, improve performance at high temperatures both in the northern and southern hemispheres. The aims of the current study are to test the effect of increasing DE and Qardio on growth, FCR, carcass yield and flesh quality in the recovery phase, following the summer periods
id:
10304
innsendt_dato:
2004-11-30
prosjektnummer:
30998
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Kostnadseffektiv bruk av olje i fiskefôr.
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2004-12-20
prosjekt_fra_ar:
2004
prosjekt_til_ar:
2005
sammendrag:
not reported by source
id:
10306
innsendt_dato:
2004-11-30
prosjektnummer:
31000
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Nutrition for sustainable cod and trout production
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2004-12-20
prosjekt_fra_ar:
2004
prosjekt_til_ar:
2006
sammendrag:
not reported by source
id:
10428
innsendt_dato:
2004-12-01
prosjektnummer:
31129
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Råvaresammensetning for optimal ytelse hos laksefisk og torsk
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2004-12-20
prosjekt_fra_ar:
2004
prosjekt_til_ar:
2005
sammendrag:
not reported by source
id:
56380
innsendt_dato:
2019-09-01
prosjektnummer:
308206
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
YTKF 19
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-12-19
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2019
sammendrag:
Taking into account BioMar's expansion strategy and construction of a feed factory in Australia, it is essential to develop the more sustainable, cost-effective and high performance feeds for the aquatic species produced in the field. Yellowtail kingfish (YTKF), is one of the most popular fish cultured in Australia. Sustainability of aqua-feed production largely depends on raw material availability and selection. In recent years the raw material profile of aqua-feed has changed significantly in many species including yellowtail. It is therefore crucial to develop high performance feeds and evaluate biological responses of economic value using more sustainable diets for this species.
id:
56525
innsendt_dato:
2019-09-01
prosjektnummer:
308355
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
DigPig
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-12-19
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
It is well described the effect of temperature on nutrient utilisation in fish. There is an optimal temperature range where fish performance is maximised, with deviation bellow or above affecting performance and fish final quality. One of the main challenges in Norway is the cold winter time where the water temperature can decrease significantly, lowering fish performance and affecting fish final quality. Temperature is positively correlated with gastric evacuation rate in poikilothermic animals such as fishes and as a result, at low temperatures nutrients have more time to be absorbed. However, the temperature is also positively correlated with diffusion rates and enzyme activity, which facilitates nutrient digestibility, meaning that at low temperature digestibility is also affected, overriding the posible beneficial effect of the longer gastric evacuation rate. Nonetheless, this phenomenon is also dependent of diet composition. In the present trial, it will be tested components that potentially can help improve nutrient digestibility and, consequently, fish performance and quality at low temperatures.
id:
66464
innsendt_dato:
2022-09-01
prosjektnummer:
340490
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Salmon4Sustain
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2022-12-18
prosjekt_fra_ar:
2022
prosjekt_til_ar:
2023
sammendrag:
Over the years there has been a clear trend to produce Atlantic salmon feed with higher energy levels. Such energy dense diets have generally been shown to improve feed utilization and growth. However, reducing the dietary protein to-lipid ratio may lead to increased deposition of fat in the muscle and visceral cavity. There is evidence that high levels of body lipids may reduce feed intake and growth in salmonids and is often referred to as lipostatic regulation. Thus, there is a risk of lowered growth prior to and during periods with increased feed intake and high fat accumulation when feeding high-fat diets. Increasing the nutrient density further may be a challenge, and the utilization of the nutrients should be looked into to see if there is a potential for an increased utilization/retention efficiency, especially of protein (amino acids). The majority of farmed Atlantic salmon is reared in sea cages that are exposed to seasonal environmental changes. Several studies report seasonal variation in growth and lipid deposition of Atlantic salmon, mainly due to changes in seawater temperature and photoperiod. In relation to season, farmed salmon show high fat deposition and increased condition factor, with a concomitant increase in feed intake and weight gain during the Summer and Autumn period. Prolonged high seawater temperatures and declining day length characterizes the Autumn period. During the late Autumn and Winter, a decline or stagnation in the level of muscle fat in salmon is often observed, which relates to reduced feed intake and increased FCR during low sea temperatures and short-day length. The aim of the project should be to develop a new high performance feeding concept for Atlantic salmon between (1 to 4.5 kg) through size but also seasonal optimization of the DP/DE ratio. This concept will improve protein retention efficiency, FCR, fillet yield and minimize nitrogen/ammonia excretion contributing to a more efficient and profitable production.
id:
5809
innsendt_dato:
2003-12-01
prosjektnummer:
26211
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
PELLETKVALITET
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2003-12-18
prosjekt_fra_ar:
2003
prosjekt_til_ar:
2004
sammendrag:
not reported by source
id:
5810
innsendt_dato:
2003-12-01
prosjektnummer:
26212
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
FÔRETS BETYDNING FOR VEKST OG OVERLEVELSE
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2003-12-18
prosjekt_fra_ar:
2003
prosjekt_til_ar:
2003
sammendrag:
not reported by source
id:
63371
innsendt_dato:
2021-08-31
prosjektnummer:
330781
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
FWheart
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2021-12-17
prosjekt_fra_ar:
2021
prosjekt_til_ar:
2022
sammendrag:
Viral diseases cause large production losses in aquaculture. Functional diets can help the fish cope better with the infection by reducing tissue damage or influencing the replication of the virus by stimulating different aspects of the immune system. Even for viral diseases with low mortality rates, the production or quality losses can be substantial, as is the case for HSMI. In this project we will develop a feed to promote robustness towards a commercially relevant viral disease in farmed salmonids, specifically targeting the freshwater stage.
id:
5772
innsendt_dato:
2003-11-30
prosjektnummer:
26167
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
FAT DIGESTION, TRANSPORT AND EFFECTS ON METABOLISM IN SALMONIDS.
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2003-12-15
prosjekt_fra_ar:
2003
prosjekt_til_ar:
2003
sammendrag:
not reported by source
id:
5807
innsendt_dato:
2003-12-01
prosjektnummer:
26209
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
VEGETABILSKE RÅVARER OG PROTEINBEHOV HOS LAKS OG ØRRET.
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2003-12-15
prosjekt_fra_ar:
2003
prosjekt_til_ar:
2004
sammendrag:
not reported by source
id:
5808
innsendt_dato:
2003-12-01
prosjektnummer:
26210
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
UTVIKLING AV FÔR TIL MARIN FISK.
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2003-12-15
prosjekt_fra_ar:
2003
prosjekt_til_ar:
2003
sammendrag:
not reported by source
id:
47530
innsendt_dato:
2017-09-12
prosjektnummer:
281365
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Bactocell i sjøvann
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2017-12-13
prosjekt_fra_ar:
2017
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
60199
innsendt_dato:
2020-08-31
prosjektnummer:
319538
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Agile
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-11-06
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
In Norway the SW autumn smolt Rainbow trout (RBT) has a very rapid growth period from April until slaughter in September (4-5kg), and the temperature is high also in the springtime due to the Gulf-stream. The spring smolt RBT grow from 500g to 4 kg from September to the end of June. The feed intake is high and the growth is rapid, but performance parameters like FCR, fillet yield and visceral fat is poorer in RBT than in Atlantic salmon (AS). In addition there is a need for a feed that support a more robust RBT, that can sustain disease, lice pressure, cardiovascular problems and sudden death. The aim of the study is to document feed ingredients and components that can give a high performing and robust sea water RBT, both during rapid growth periods and in periods with stressful environmental factors affecting the health, mortality and quality of the fish
id:
59886
innsendt_dato:
2020-08-31
prosjektnummer:
319204
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
MOISBASS
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-11-05
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Dry pelleted diets have many advantages over wet diets including an ease of quality management and simple transport and storage. In addition, dry diets are better suited for use with automatic feeders and are generally more stable in water, causing less pollution. The intake of water is essential for all aquatic animals. This requirement can be met either by the direct intake of water or by chemical reactions in the body. Dietary water, which is usually noted as
id:
59894
innsendt_dato:
2020-08-31
prosjektnummer:
319213
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
MUNDI
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-11-05
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Barramundi (Lates calcarifer), is one of the most popular predatory fish cultured in Asia-Pacific region. The majority of aquaculture production comes from outdoor fresh or salt water pond operations and sea cages, with a steadily growing production in re-circulation systems. L. calcarifer exhibits a different growth rates around the year: it grows fastest in length at the start of autumn, grows less until a full stop in the middle of winter, shrinks until the middle of spring, and then resumes a positive growth for another cycle. For this species, there has been a significant volume of work examining elements of the raw material assessment process. Traditionally produced as a "portion size" fish for the restaurant trade, Barramundi is mainly being sold as whole fish or fillets of larger fish (1-2kg). It is crucial to develop a performance model and evaluate biological responses of economic value to give us more flexibility due to raw material usage and to be able to produce more sustainable diets for Barramundi.
id:
59901
innsendt_dato:
2020-08-31
prosjektnummer:
319220
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Smolt induction diet I
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-11-05
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Hovedmålet med prosjektet er å forbedre og utvikle nye fôr som kan indusere smoltifisering hos Atlantisk laks. Produksjonsformer som RAS og produksjon av storsmolt har økt behovet for slike fôr. Videre ønsker vi å kunne regulere den perioden smolten er i smoltvinduet. Ulike smoltindikatorer vil bli undersøkt i forhold til ulike smoltproduksjons-metoder.
id:
54963
innsendt_dato:
2019-08-30
prosjektnummer:
306424
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Shrimp larvae EMS
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-11-05
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2019
sammendrag:
Whilst medicaments are used there is strong market pressure to reduce the use of antibiotics in shrimp farming. Disease and reduced robustness may result in reduced appetite, loss of condition, reduced survival post transfer or mortality. Depending on the farm can be between 80%-20% representing a high economic cost to producers. Currently, Vibrio parahaemolyticus is one the main disease challenge in shrimp hatcheries causing important costs for this sector. Despite the efforts made by the feed suppliers, the available functional feedings in the marked do not satisfy completely the challenges regarding disease resistance. In this context, the present project aimed to improved functional diets containing health additives that could improve both gut morphology/barrier and immune function as natural defenses against Vibrio parahaemolyticus. It is expected that the new knowledge resulted from this project help in the development of improved diets designed specifically to boost disease resistance in shrimp.
id:
59912
innsendt_dato:
2020-08-31
prosjektnummer:
319232
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Marine species FM challenges
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-11-04
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
In the development of aquaculture nutrition, there has been lots of efforts and focus on reducing reliance on limited marine resources. Great progress has been made and cultivation of herbivorous and omnivorous species has succeed in feeds containing little or no fish meal. However, reliance on fish meal remains an ongoing constraint in marine carnivorous fish species. The aim of current project is to identify key components which exist in fish meal but may be limiting when carnivorous fish fed with low marine-origin ingredients. That is, to identify not only the essential nutrients but also those not being considered strictly nutritionally essential. Non-essential nutrients are now known to contribute significantly to the health, growth and overall performance of cultured fish. Knowledge gained from this project will help to reduce fish meal level in the feed for marine carnivorous fish species. New eco-friendly products could be developed with raw materials which has low environmental impact and also secure fish growth, health in the same time.
id:
60100
innsendt_dato:
2020-08-31
prosjektnummer:
319430
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Nuance
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-11-04
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
The aim is to study the uptake mechanism of pigment and identify components and raw materials that affect pigment utilization in Rainbow Trout. Exchanging raw materials in a fish feed, even at a given basic proximate composition, requires good knowledge on their safety, as well as their nutritional and technical quality for each target fish species. It is important to understand the relations between nutrient levels, feed intake rate and fish nutrient uptake, metabolism and performance
id:
54215
innsendt_dato:
2019-08-22
prosjektnummer:
305641
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Optimal performance in Atlantic salmon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-11-04
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2019
sammendrag:
By optimisation of amino acid profile in diets of Atlantic salmon, we may be able to reduce total protein content in the feed with economic benefits. In addition, dietary energy will can be used mostly for protein retention and least for fat deposit. increase in energy alone or offering feed with imbalance amino acid profile will lead to adverse product quality and even lower growth.
id:
59947
innsendt_dato:
2020-08-31
prosjektnummer:
319267
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
REMADE
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-11-03
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Red mark syndrome (RMS) is an infectious skin disease of salmonids, in particular rainbow trout. The disease is increasing in prevalence within rainbow trout aquaculture in Europe. Currently RMS affects approximately one third of Danish freshwater farms, and when ranking disease importance, European farmers rate RMS one the key challenges affecting their business today. Whilst it is harmful to trout, the disease does not affect the nutritional value of the final fish product nor can be humans be affected. One striking clinical feature of the disease can be large diffuse lesions of the surface of the skin. These lesions often make it difficult for a farmer to sell their fish. The inability to sell their fish often requires operational changes in farm management further reducing the farms profitability. Currently, only chemotherapeutic strategies have been found to be effective against the disease. The aim of the project is to develop a health feed that can improve the fish
id:
62481
innsendt_dato:
2021-08-17
prosjektnummer:
329787
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Rubi
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2021-11-29
prosjekt_fra_ar:
2021
prosjekt_til_ar:
2023
sammendrag:
Throughout the years, numerous scientific projects have been carried out to optimize fish farm conditions and improve productivity. To this end, special attention has been given to fish nutrition in terms of nutrient levels and raw material composition and the modern commercial feeds supports a more efficient growth with a low level of marine ingredients and with a broader range of alternative raw materials than used in the earlier feeds. Besides performance is also a proper pigmentation of the flesh in salmonids an important product feature. Earlier studies have reported about several nutritional factors influencing the pigmentation of the salmonid muscle. Also, environmental factors like temperature and the current commercial practices in salmon farming which involves several events that promote stress, such as handling and crowding prior to transportation, or sea lice treatments are shown to have an impact on the pigmentation. So, one of the main challenges is that it seems that it is not only one main factor which is playing a crucial role for the final pigmentation in the fillet, but an interaction between several factors. In this project we will investigate the impact of feed composition, environmental conditions, and stress, on the underlying physiological mechanism in pigment absorption, transport and incorporation into the fillet.
id:
66155
innsendt_dato:
2022-09-01
prosjektnummer:
340169
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Breathe
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2022-11-28
prosjekt_fra_ar:
2022
prosjekt_til_ar:
2024
sammendrag:
Gill disease is prevalent in farmed salmon from the yolk sac stage untill harvest, and can be caused by a multitude of biotic or abiotic factors such as bacteria, parasites, viruses, fungi, plankton and water quality. At the seawater stage, two of the most frequent problems for fish farmers are amoebic gill disease (AGD) and complex gill disease. Complex gill disease has so far been impossible to investigate under controlled conditions, as it caused by a combination of different factors and agents. Underlying gill issues leads to decreased fish welfare and lost growth for the farmers, and these fish will be more vulnerable to handling. Both AGD and CGD usually occur in periods of high sea lice numbers, and post sea lice treatment mortalities can be very high. We will investigate dietary strategies to minimize the negative effects of AGD infection, focusing also on the fishes robustness to sea lice treatments. As CGD is not possible to replicate in a controlled trial, we will also generate new knowledge on how functional diets can improve gill health status of fish in a commercial rearing facility.
id:
64953
innsendt_dato:
2022-06-29
prosjektnummer:
338591
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
CODE
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2022-11-24
prosjekt_fra_ar:
2022
prosjekt_til_ar:
2023
sammendrag:
Farming of cod is on the rise after years of lower production. Compared to salmonids there are relatively little research available, and recipes in aquaculture has changed over the last decade. Cod has different physiology and need different pellet quality, raw material composition or nutritional composition compared to other species. The project addresses issues related to Cod performance, health and mortality.
id:
29323
innsendt_dato:
2012-09-01
prosjektnummer:
224515
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Fettsyreprofil og fordøyelighet
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2012-11-22
prosjekt_fra_ar:
2012
prosjekt_til_ar:
2012
sammendrag:
not reported by source
id:
28939
innsendt_dato:
2012-08-31
prosjektnummer:
224130
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
biCREATE
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2012-11-21
prosjekt_fra_ar:
2012
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
28619
innsendt_dato:
2012-08-30
prosjektnummer:
223656
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Effect of raw materials on muscle pigmentation in Atlantic salmon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2012-11-02
prosjekt_fra_ar:
2012
prosjekt_til_ar:
2013
sammendrag:
not reported by source
id:
29123
innsendt_dato:
2012-08-31
prosjektnummer:
224313
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Biologisk aktive komponenter i råvarer og deres effekter i fisk: hvordan lage fôr uten fiskemel
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2012-11-02
prosjekt_fra_ar:
2012
prosjekt_til_ar:
2015
sammendrag:
not reported by source
id:
29211
innsendt_dato:
2012-08-31
prosjektnummer:
224400
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Smart production-konseptet i produksjon av fiskefôr
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2012-11-02
prosjekt_fra_ar:
2012
prosjekt_til_ar:
2014
sammendrag:
not reported by source
id:
63431
innsendt_dato:
2021-09-01
prosjektnummer:
330847
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Vinterstress
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2021-11-15
prosjekt_fra_ar:
2021
prosjekt_til_ar:
2023
sammendrag:
Mucosal surfaces such as gills, intestine and skin are the first barrier of protection of the fish against the environment, participating in preventing entrance of different pathogens. Bacterial diseases that involve the skin barrier, such as winter ulcers caused by Moritella viscosa, and tenacibaculosis, caused by species of Tenacibaculum, cause serious welfare issues for farmed salmon. Winter wounds, caused by Moritella viscosa, tends to appear post delicing of salmon, reflecting the damaging effect handling of fish has on the robustness against disease. In this project we will identify the main functional components to boost robustness against handling and winter wounds.
id:
54795
innsendt_dato:
2019-08-29
prosjektnummer:
306250
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
AttQsba
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-11-11
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
The aim of the study is to identify components that can promote sustained appetite in Sea bass. Exchanging raw materials in a fish feed, even at a given basic proximate composition, requires good knowledge on their safety, as well as their nutritional and technical quality for each target fish species. Marine hydrolysates contain high levels of appetite stimulating components for fish, such as Glutamic acid, Alanine, Glycine, Proline, Leucine and betain, which induce short term increase of feed intake. Increased feed attractability, appetite and feed intake in very low FM diets is not translated to fish body weight increase in a consequent and predictable way, and it is important to understand the relations between nutrient levels, feed intake rate and fish metabolism and performance.
id:
60339
innsendt_dato:
2020-09-01
prosjektnummer:
319707
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
B&B feed protect
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-11-10
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2022
sammendrag:
Sea bass and sea bream are key economical fish species for fish farming in Mediterranean Basin. During the on-growing period in sea cages, fish are exposed to environmental stress factors (hypoxia, high temperature,crowding, handling) that affect the general fish robustness and increase their susceptibility to opportunistic pathogens (virus, bacteria, parasites). Dietary composition in aquafeeds have been mostly optimized in regard to growth performances under controlled conditions whereas the role of external stressors were less considered. A growing concern on health and welfare of fish farming have encouraged aquafeed producers to develop new feed formulation that support not only optimal growth but also health under field conditions. In the present project, several functional ingredients will be tested for their ability to protect fish exposed to sub-optimal conditions.
id:
54736
innsendt_dato:
2019-08-29
prosjektnummer:
306191
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
ANTICS3
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-10-08
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Målet med prosjektet er å teste et nytt fôr for å redusere skader fra cardiomyopatisyndrom (CMS, hjertesprekk) hos Atlantisk laks. CMS er en virussykdom som gir store skader på hjerte og som er utbredt i hele landet. Sykdommen utvikles langsomt og fører ofte til at stor fisk dør av akutt blødning i hjerte særlig etter transport, håndtering og avlusning. Sykdommen har derfor betydelige velferdsmessige og økonomiske konsekvenser. BioMar har tidligere vist at krillmel i fôret reduserer betennelsesreaksjoner i hjerte knyttet til de to andre alvorlige virussykdommene i norsk oppdrett, pankreassykdom (PD) og hjerte- og skjellettmuskelbetennelse (HSMB). I krillmel er EPA og DHA bundet i fosfolipider i motsetning til i fiskeolje der disse fettsyrene er bundet i triglyserider. Vi vil i dette prosjektet undersøke om krillmel som kilde til EPA og DHA i fôr har en dempende effekt på skader av CMS.
id:
41159
innsendt_dato:
2016-08-31
prosjektnummer:
265568
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
14010 Evaluation of upper selen limit
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-10-04
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
41179
innsendt_dato:
2016-08-31
prosjektnummer:
265591
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Liver lipid accumulation
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-10-04
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
54202
innsendt_dato:
2019-08-22
prosjektnummer:
305626
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Optimal nutrition for lumpfish grower
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-10-31
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2019
sammendrag:
Growth in lumpfish is more controversial than in other fish species destined for human consumption. Lipids are used often as a source of energy to increase growth. However, the growth at rapid rate will come along with challenges in lumpfish as the fish needs to perform tasks in sea cages i.e. sea lice catch. Thus the growth must be regulated in a way that it will not disturb the fish in sea cages. Lipid level in lumpfish diet must be carefully regulated.
id:
50691
innsendt_dato:
2018-08-31
prosjektnummer:
292811
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
CoaTech
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-31
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
The aim of the project is to look into how new application methods of carotenoids could have a beneficial effect on end-product quality of Atlantic salmon. The biological trails will be performed in open net pen cages where the fish would be exposed to treatment and normal commercial farming conditions
id:
59714
innsendt_dato:
2020-08-31
prosjektnummer:
319010
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larvae Macronutrients
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-10-30
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Direct investigations on the optimal composition of macronutrients for fish larvae are complicated when using live feed due to the feed organism
id:
49651
innsendt_dato:
2018-08-22
prosjektnummer:
291451
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Flavo trout
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-30
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Fish are more sensitive to pathogen infection during their early life stages (egg, larvae and juvenile) because of their immature immune system. Currently, Flavobacterium is one the main disease challenge in trout production causing important costs for the salmonid industry. Despite the efforts made by the feeding producing companies, the available functional feedings in the marked do not satisfy completely the challenges regarding Flavobacterium. In this context, the present project aimed to improved functional diets containing health additives that could improve both gut morphology/barrier and immune function as natural defenses against Flavobacterium. It is expected that the new knowledge resulted from this project help in the development of improved diets designed specifically to boost disease resistance in trout juveniles.
id:
49652
innsendt_dato:
2018-08-22
prosjektnummer:
291452
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Shrimp EMS
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-30
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Whilst medicaments are used there is strong market pressure to reduce the use of antibiotics in shrimp farming. Disease and reduced robustness may result in reduced appetite, loss of condition, reduced survival post transfer or mortality. Depending on the farm can be between 80%-20% representing a high economic cost to producers. Currently, Vibrio parahaemolyticus is one the main disease challenge in shrimp farming causing important costs for this sector. Despite the efforts made by the feeding producing companies, the available functional feedings in the marked do not satisfy completely the challenges regarding disease resistance. In this context, the present project aimed to improved functional diets containing health additives that could improve both gut morphology/barrier and immune function as natural defenses against Vibrio parahaemolyticus. It is expected that the new knowledge resulted from this project help in the development of improved diets designed specifically to boost disease resistance in shrimp.
id:
49975
innsendt_dato:
2018-08-28
prosjektnummer:
291864
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Nqual
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-30
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Fish meal is a limited resource in the fish feed industry due to high price, low availability, and impact on wild fish stocks. Some studies demonstrated the effect of specific fishmeal components on overall growth and fish final quality but little information is available regarding their potential combined effect. The aim of the current project is, therefore, to provide new knowledge on the use of specific fishmeal components in feeds for salmonids, especially on how the level of those nutrients, individually or in combination, affect growth performance, physiological status, and pigmentation of Atlantic salmon.
id:
51436
innsendt_dato:
2018-08-31
prosjektnummer:
293570
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
RMQ
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-30
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
The aim of the trial is to investigate the effect of raw materials, supplements and their interactions in fish feed on the final product quality of Atlantic salmon raised in open net pen systems.
id:
51614
innsendt_dato:
2018-09-01
prosjektnummer:
293753
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
PDT
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-30
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
The aim of the trial is to investigate the effect of raw materials and different feed process technologies on Atlantic Salmon carotenoid digestibility.
id:
41007
innsendt_dato:
2016-08-30
prosjektnummer:
265365
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
QQC (pre)
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2016-10-03
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
59713
innsendt_dato:
2020-08-31
prosjektnummer:
319009
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larvae FSV
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-10-29
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Fat soluble vitamins play important roles in fish larvae development. Nutritional imbalances are considered one of the major causative factors of fish larval abnormal development. The nutritionally balanced requirements of fat-soluble vitamins on fish physiology are largely unknown, particularly in larvae of marine fish species. This project will investigate the role of fat-soluble vitamins for marine fish larvae.
id:
59791
innsendt_dato:
2020-08-31
prosjektnummer:
319098
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Physiocare
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-10-29
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
During the last decades, numerous scientific works have been carried out to optimize the fish farm conditions and improved the productivity. To this end, a special attention has been given to the fish nutrition in term of nutrient levels and raw material compositions. These commercial feed compositions allow an efficient growth under favourable and stable environmental conditions but do not consider suboptimal field conditions which include transportation, handling (e.g. vaccination), water temperature fluctuations and water oxygen level reductions, all of which have a cascade effect on the fish physiology and their nutritional needs. As such, the standard commercial feeds could be unbalanced when good farming conditions are compromised. Current commercial practices in salmon farming involves several events that promote stress, such as handling and crowding prior to transportation, or sea lice treatments. Stress negatively affects the fish welfare and robustness, as it can have a transient negative effect on cellular stress levels and mucosal barriers, leaving the animals more susceptible to infections. In this project we will be testing a new in-feed solution to increase the robustness towards stress, improving welfare and productivity of farmed salmon
id:
54058
innsendt_dato:
2019-08-18
prosjektnummer:
305410
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Meal Frequency
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-10-29
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Feed is the most expensive component of an aquaculture, typically accounting half of the operating cost depending on the intensity of production. Successful farmed fish production requires optimization of feeding practices to ensure the most economically effective growth rates and feed utilization efficiencies. In this study, we aim to determine the optimal meal frequency in Sea bream: effects on nutrient utilization, growth and retention.
id:
41997
innsendt_dato:
2016-09-01
prosjektnummer:
266502
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
DoESt
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2016-10-27
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
59685
innsendt_dato:
2020-08-31
prosjektnummer:
318981
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larviva Multigain
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-10-26
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Live feeds are important food supply for many species of interest in aquaculture during their early life stages. Rotifers and brine shrimp (Artemia sp.) are the most commonly used live feed organisms in aquaculture due to their relatively cost-efficient protocols for stable mass production. However, the content of n-3 highly unsaturated fatty acids (HUFA), particularly docosahexaenoic acid (DHA, 22:6n3) and eicosapentanoic acid (EPA, 20:5n3), in both rotifers and Artemia are insufficient for many marine larval fish species. BioMar enrichment product is one of the most successful product in the market for boosting n-3 HUFA, especially DHA levels in live feed. Besides of the essential fatty acids, it also boost live feed with high levels of vitamins, key minerals, immunostimulants and phospholipids. This project will investigate the effect of HUFA and the combination effect with antioxidant with sea bream larvae, via the enrichment of rotifers and Artemia.
id:
59710
innsendt_dato:
2020-08-31
prosjektnummer:
319006
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Protocol Bream
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-10-26
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2020
sammendrag:
The amount of live feed and the type of live feed will affect larvae growth performance, survival rate and deformity. The partial substitution of live food has proven to be successful. The formulated microdiets supply with the live food to enable early weaning, for instance, certain substitutuion of rotifers with artificial diets has been achieved for Gilthead seabream larvae. Although weaning the larvae from Artemia onto a microdiet can be achieved at metamorphosis in many species, the early introduction of formulated diets for completely replacement of live food remains to be difficult. If a microdiet is well balanced, it is possible to reduce the live feed consumption without compromise the larval performance and survival, and it is the ultimate goal for the development of microdiets, and lots of efforts have been made by industry and academia during the last few decades. However, to our knowledge, studies on the effect of live feed reduction on the growth performance, survival and deformity rate of seabream larvae have never been published. It is therefore important to document the effect of live feed reduction on larvae performance.
id:
28606
innsendt_dato:
2012-08-30
prosjektnummer:
223642
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Gut modulation/ Tarmhelse
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2012-10-26
prosjekt_fra_ar:
2012
prosjekt_til_ar:
2012
sammendrag:
not reported by source
id:
68532
innsendt_dato:
2023-08-30
prosjektnummer:
348247
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
SusSoy4Salmon
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2023-10-25
prosjekt_fra_ar:
2023
prosjekt_til_ar:
2025
sammendrag:
Feed ingredients are the most critical input to the costs and sustainability of aquaculture. A significant proportion of the carbon footprint in salmon farming is related to raw materials. For this reason, BioMar aims to reduce one-third of its carbon footprint, with a strong commitment to utilize 50% of its raw material coming from circular and restorative sources by 2030. One such ingredient is a new low carbon footprint, low anti-nutritional factor soy which has better sustainability credentials compared with conventional soy protein concentrate (SPC). This project will determine the anti-nutritional factors present in the new soy product in addition to overall performance, feed intake, and health that could be used to replace conventional SPC in commercial salmon feeds. This will be assessed by evaluating the effects of the new soy product on feed intake, performance, gut health, fillet quality, welfare, and overall health of fish.
id:
68753
innsendt_dato:
2023-08-31
prosjektnummer:
348474
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Optimal4Salmon
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2023-10-25
prosjekt_fra_ar:
2023
prosjekt_til_ar:
2025
sammendrag:
In recent years, the aquaculture industry has faced significant challenges related to the sustainability of fish feed. Traditionally, fish oil was a primary component of salmon feed, but due to sustainability concerns and rising costs, there has been a shift towards plant and algae oils. However, this shift has raised new questions about the optimal balance of essential fatty acids in salmon diets, specifically the ratios of omega-6 (n6) to omega-3 (n3) fatty acids and the ratio of two key omega-3 fatty acids, DHA and EPA. This project aims to address these questions by conducting a comprehensive study on the effects of different n6/n3 and DHA/EPA ratios on the growth, health, and fillet quality of Atlantic salmon raised in sea cages, a more commercially relevant setting than the tank conditions typically used in existing studies. The study will involve a long-term trial with multiple points of n6/n3 ratio and will also consider the interaction with DHA/EPA ratios. The results of this study will provide valuable new insights into the optimal feeding strategies for salmon farming, balancing cost-effectiveness, fish health and quality, and sustainability. Ultimately, this project will contribute to the development of more optimized and sustainable feeding strategies for the salmon farming industry, leading to higher quality products, cost savings and reduced environmental impact.
id:
68806
innsendt_dato:
2023-08-31
prosjektnummer:
348529
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
NitroSal
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2023-10-25
prosjekt_fra_ar:
2023
prosjekt_til_ar:
2024
sammendrag:
Dietary protein and essential amino acids play pivotal roles in the nourishment of fish, as they are indispensable for growth and overall development. However, protein is the expensive component in the diets and excess dietary protein leads to high nitrogen discharge to waters which might in turn affect feed intake and fish growth and overall aquaculture system. Notably, in the past few decades, plant proteins have gained widespread usage in aqua feed as substitutes for fishmeal. While this substitution is motivated by various reasons, it tends to introduce an imbalanced amino acid profile within the dietary protein composition. In this project, we will develop a model to be able to predict nutrient retention, improve performance based on variable levels of digestible protein and essential amino acids ratio in the diet profile.
id:
69173
innsendt_dato:
2023-09-01
prosjektnummer:
348915
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Viral defense
organisasjonsnummer:
937843860
fylke:
Nordland - Nordlánnda
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2023-10-25
prosjekt_fra_ar:
2023
prosjekt_til_ar:
2025
sammendrag:
Viral diseases are one of the most important health challenges in Atlantic salmon farming industry in North Sea. In Norway, the high prevalence of heart and skeletal muscle inflammation (HMSI) and cardiomyopathy syndrome (CMS) and pancreas disease (PD) in sea phase has persisted. The extensive surveillance program and new DNA vaccine against SAV-3 have improved the situation of PD. However, the number of detections of PD was still high in 2022. Due to lack of vaccines and non-notifiable, control of HSMI and CMS has been very challenging. High mortality after sea lice treatment has been often linked to the HSMI and CMS. In addition to the significant economic losses, concern about fish welfare has been increased. Incorporating the utilization of functional feed could be a cost-effective solution for minimizing the economic loss and improving the fish welfare in salmon farming. In this project, we will evalaute the effect of functional compoents on enhancing immunity and increasing the resistance to the viral disease, which will mitigate the tissue damages, promote the recovery, maintain the feed intake, reduce the body weight loss, and improve the welfare, by using PD and CMS challange models.
id:
31048
innsendt_dato:
2013-08-30
prosjektnummer:
232871
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Anti-HSMI diets
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2013-10-24
prosjekt_fra_ar:
2013
prosjekt_til_ar:
2013
sammendrag:
not reported by source
id:
20686
innsendt_dato:
2008-08-29
prosjektnummer:
40908
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Soluble proteins
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2008-10-23
prosjekt_fra_ar:
2008
prosjekt_til_ar:
2009
sammendrag:
not reported by source
id:
54281
innsendt_dato:
2019-08-23
prosjektnummer:
305710
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
LYC1
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-10-22
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Sustainability within feed production largely depends on raw material availability and selection. In the recent years the raw material profile of feeds for aquaculture used in Norway and Europe has changed significantly with a broader use of various plant ingredients and less and less inclusion of marine raw materials. The feeds for aquaculture have, in addition, been more and more energy dense. In China the inclusion rate of marine raw materials is still quite high compare to for example Europe and the feeds are less energy dense. Further is trash-fish still used as feed for Large yellow croaker of many farmers in China but the usage will be abandoned within few years. It is crucial to develop a performance model and evaluate biological responses of economic value to give us more flexibility due to raw material usage and to be able to produce more sustainable diets for Large yellow croaker throughout the Whole Production cycle.
id:
54301
innsendt_dato:
2019-08-23
prosjektnummer:
305731
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
MacFish
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-10-22
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Sustainability within feed production largely depends on raw material availability and selection. In the recent years the raw material profile of feeds for aquaculture used in Norway and Europe has changed significantly with a broader use of various plant ingredients and less and less inclusion of marine raw materials. The feeds for aquaculture have, in addition, been more and more energy dense. In China the inclusion rate of marine raw materials is still quite high compare to for example Europe and the feeds are less energy dense. Further is trash-fish still used as feed for California sea bass of many farmers in China but the usage will be abandoned within few years. It is crucial to develop a performance model and evaluate biological responses of economic value to give us more flexibility due to raw material usage and to be able to produce more sustainable diets for california sea bass with lower inclusion of marine ingredients throughout the Whole Production cycle.
id:
59177
innsendt_dato:
2020-08-27
prosjektnummer:
318421
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Susalmon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-10-21
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
A. salmon will be fed with sustainable raw materials replacing fish oil and/or fish meal on typical farming conditions. The use of algae products and single cell protein have been documented in tanks with controlled conditions. Algae products are rich on EPA -DHA suggesting that its use will reduce the use of fish oil. While single cell protein have shown to have positive health effect related to fish robustness. However, there is a question on how does the effect of this raw materials when fish is fed under typical farming conditions. At such conditions fish is challenged with temperature and oxygen fluctuations, diseases, parasites and handling. This project will document the effect on performance, health, robustness and fillet quality.
id:
59220
innsendt_dato:
2020-08-28
prosjektnummer:
318471
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Sprint Mix
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-10-21
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Globally there is a limited and/or fixed availability of fish oil. Consequently, the average inclusion level of fish oil in salmon diets has decreased during the last 10-15 years, however level of PCBs and dioxins in the fish flesh after consumption is still quite high. For the Norwegian salmon industry to continue to provide salmon rich in omega 3 (EPA+DHA) it is necessary that the feed industry increases research into innovative sources of EPA & DHA and develop alternative oil-mixes to standard fish oil which provide less contaminants. However, this becomes difficult when combined with the new regulations on the ban of ethoxyquin as an antioxidant to stabilize the shelf life of the feed, the recommend seven fold reduction in the tolerable weekly intake of PCBs and dioxins and competition with the omega-3 capsule industries. The main bottleneck for the introduction of novel oil raw materials in aqua feeds has been price. However, when produced at industrial scale, the price of certain products is not that far from high quality FO prices and perhaps more importantly, the consumers are willing to pay for such products today compared to 10-15 years ago. Together with a competitive price, no ethoxyquin and little to no PCBs and dioxins, certain raw materials will become the new primary ingredients in salmon feeds.
id:
59500
innsendt_dato:
2020-08-30
prosjektnummer:
318781
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
CSBG3-stress
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-10-21
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
California sea bass (CSB), is one of the most economically important species in China. Traditionally are the feeds in China based on crude values for protein and lipid, and not on digestible- protein (DP) and energy (DE). The digestible protein is the protein which the fish can digest and utilize for the biological processes like growth. A feed formulation based on DP and DE allows for a better optimization of the diet and utilization of the raw materials. In this project we are aiming to discover the optimal DP/DE level for CSB between 200-400g. High water temperature is a challenge for the farmers in China and the farmers are reporting that high lipid levels in combination with high temperature seems to make the California seabass more vulnerable for stress. The second objective of the present project is to evaluate the impact of dietary lipid level on performance and stress tolerance.
id:
59656
innsendt_dato:
2020-08-31
prosjektnummer:
318950
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
LIESS
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2020-10-21
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2021
sammendrag:
Sea lice, Lepeophtheirus salmonis, are the major disease constraint to Atlantic salmon aquaculture sustainability, costing a large amount of economical resources to the aquaculture industry for its control. A wide range of treatment and management tools are employed for control, however, increasing parasite resistance to drug treatment is reducing the effectiveness these. Development of new functional feeds agianst the parasite would represent a major advance in sea lice control.
id:
54487
innsendt_dato:
2019-08-27
prosjektnummer:
305935
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Helathboost
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-10-21
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Rødmunnsyke forårsaket av bakterien Yersinia ruckeri er et stort problem for laksefisk. Tidligere har vi sett lovende effekter ved bruk av den probiotiske bakterien bactocell i fôr til regnbueørret, i dette prosjektet ønsker vi å finne den beste sammensetninger av essensielle næringstoffer, probiotika og antioksidanter for å øke overlevelsen ved Rødmunnsyke og gi en generelt mer robust fisk.
id:
37845
innsendt_dato:
2015-09-01
prosjektnummer:
254163
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Skin health
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-10-21
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
49650
innsendt_dato:
2018-08-22
prosjektnummer:
291450
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Lipid and FA Seabass
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-19
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Both lipid and essential fatty acids (EFA) are essential components of biological functions and play pivotal roles under various stress conditions. In fish farming including seabass, the dietary lipid and FA contents have been defined to provide optimal growth performances under optimal conditions. In reality seabass farming has to face to various stressors. Thus for optimum health and overall performance under challenged conditions (eg stress tolerance) the EFA requirements may be different. This experiment will help to define the optimal lipid and EFA dietary levels to support growth and robustness in seabass during challenging conditions.
id:
50924
innsendt_dato:
2018-08-31
prosjektnummer:
293049
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
BarraFeed 1
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-19
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Taking into account BioMar's expansion strategy and construction of a feed factory in Australia, it is essential to develop the most sustainable, cost-effective and high performance feeds for the aquatic species produced in the field. Barramundi (Lates calcarifer), is one of the most popular predatory fish cultured in Australia. The majority of aquaculture production comes from outdoor fresh or salt water pond operations and sea cages, with a steadily growing production in recirculation systems. Sustainability of aqua-feed production largely depends on raw material availability and selection. In recent years the raw material profile of aqua-feed has changed significantly in many species. It is therefore crucial to develop high performance feeds and evaluate biological responses of economic value using more sustainable raw materials for barramundi.
id:
51043
innsendt_dato:
2018-08-31
prosjektnummer:
293170
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
YTKF Feed1
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-19
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Taking into account BioMar's expansion strategy and construction of a feed factory in Australia, it is essential to develop the more sustainable, cost-effective and high performance feeds for the aquatic species produced in the field. Yellowtail kingfish (YTKF), is one of the most popular fish cultured in Australia. Sustainability of aqua-feed production largely depends on raw material availability and selection. In recent years the raw material profile of aqua-feed has changed significantly in many species including yellowtail. It is therefore crucial to develop high performance feeds and evaluate biological responses of economic value using more sustainable diets for this species.
id:
49609
innsendt_dato:
2018-08-21
prosjektnummer:
291403
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
P3 model fresh water trout 100-1000g
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-18
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Sustainability of aqua-feed production largely depends on raw material availability and selection. Thus, in recent years the raw material profile of aqua-feed has changed significantly in many species including rainbow trout and different markets; not only in Atlantic salmon. It is crucial to update performance models and evaluate biological responses of economic value using sustainable diets.
id:
49610
innsendt_dato:
2018-08-21
prosjektnummer:
291404
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Fresh water trout performance 1000-3000
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-18
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Sustainability of aqua-feed production largely depends on raw material availability and selection. Thus, in recent years the raw material profile of aqua-feed has changed significantly in many species including rainbow trout and different markets; not only in Atlantic salmon. It is crucial to update performance models and evaluate biological responses of economic value using sustainable diets.
id:
49730
innsendt_dato:
2018-08-24
prosjektnummer:
291553
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
JSB performance 2
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-18
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Sustainability within feed production largely depends on raw material availability and selection. In the recent years the raw material profile of feeds for aquaculture has changed significantly with a broader use of various plant ingredients and less and less inclusion of marine raw materials. In China the inclusion rate of marine raw materials is still quite high and the feeds provided for Japanese sea bass are lower Performance feeds compare to for example used in Europe for similar species. It is crucial to develop a performance model and evaluate biological responses of economic value using more sustainable diets for Japanese sea bass.
id:
49734
innsendt_dato:
2018-08-24
prosjektnummer:
291557
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
CSB performance
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-18
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Sustainability within feed production largely depends on raw material availability and selection. In the recent years the raw material profile of feeds for aquaculture used in Norway and Europe has changed significantly with a broader use of various plant ingredients and less and less inclusion of marine raw materials. The feeds for aquaculture have, in addition, been more and more energy dense. In China the inclusion rate of marine raw materials is still quite high compare to for example Europe and the feeds are less energy dense. It is crucial to develop a performance model and evaluate biological responses of economic value to give us more flexibility due to raw material usage and to be able to produce more sustainable diets for California sea bass.
id:
54272
innsendt_dato:
2019-08-23
prosjektnummer:
305701
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
OPSTA
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-10-17
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Formulated feeds consist of a blend of different raw materials that together create a complete diet for a farmed fish. The choice of and amounts of ingredients will all affect the nutritional quality of the diet, which again affects the fish growth. The ingredients can also be processed in different ways, and the use of different processing technology may influence the quality of the diet. The purpose of this research project is to test how different processing technology of raw materials or blends of raw materials affects the quality of diets for farmed Atlantic salmon. The diets will be evaluated based on their nutritional and physical quality, as well as in a biological trial where we will see how they influence the fish performance.
id:
41561
innsendt_dato:
2016-08-31
prosjektnummer:
266059
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
P4-LFM model A. salmon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-10-17
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2017
sammendrag:
not reported by source
id:
54268
innsendt_dato:
2019-08-23
prosjektnummer:
305697
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
CSB2
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-10-16
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2019
sammendrag:
Sustainability within feed production largely depends on raw material availability and selection. In the recent years the raw material profile of feeds for aquaculture used in Norway and Europe has changed significantly with a broader use of various plant ingredients and less and less inclusion of marine raw materials. The feeds for aquaculture have, in addition, been more and more energy dense. In China the inclusion rate of marine raw materials is still quite high compare to for example Europe and the feeds are less energy dense. It is crucial to develop a performance model and evaluate biological responses of economic value to give us more flexibility due to raw material usage and to be able to produce more sustainable diets for California sea bass throughout the Whole Production cycle.
id:
28407
innsendt_dato:
2012-08-28
prosjektnummer:
223424
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Pellet struktur laks vinter
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2012-10-16
prosjekt_fra_ar:
2012
prosjekt_til_ar:
2012
sammendrag:
not reported by source
id:
54084
innsendt_dato:
2019-08-19
prosjektnummer:
305441
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Oil Mix Sprint
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-10-15
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2021
sammendrag:
Globally there is a limited/fixed availability of fish oil. Consequently, the average inclusion level of fish oil in salmon diets has decreased during the last 10-15 years. Due to strict instructions on what type of fishery oil can be sourced (IFFO RS, MSc certificates, etc.) together with the new publication on the reduced tolerable weekly intake of PCBs and dioxins and the ban on ethoxyquin in 2020 makes the job even more complicated for the sourcing departments. Based on an increased sourcing complexity, the competition with the omega-3 capsule industries and a limited availability, LC-PUFAs from alternative sources has become more and more relevant. The main bottleneck for the introduction of such raw materials in the feeds has been price but now also includes the removal of ethoxyquin and zero or close to zero PCBs and dioxins. However, when produced at industrial scale, the price of certain products is not that far from high FO prices and perhaps more importantly, the consumers are willing to pay for such products today compared to 10-15 years ago. Together with a competitive price, no ethoxyquin and little to no PCBs and dioxins certain raw materials will become the new primary ingredients in salmon feeds.
id:
54472
innsendt_dato:
2019-08-27
prosjektnummer:
305919
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
STAGHE
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-10-15
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2022
sammendrag:
In recent years, global salmon industry have been negatively impacted by a number of gill conditions, causing increased mortality and overall decline in production efficiency. As a result, gill health has emerged as the key challenge to the salmon industry. Gill health is routinely monitored by macroscopic scoring of gill arches in farms. Based in results from a previous project, it is suspected than macroscopic scores have no common underlying histopathology or molecular signature, suggesting either a lack of resolution in macro scoring or a lack of mechanistic link between scores and other parameters. In addition, it seemed to be a significant site and time signature. However, these two may be confounded, making it impossible to distinguish between spatial (location) and temporal (season) causes of variability in gill pathology. In the current project, we will attempt to unlock the mechanisms underlying the variability in gill pathology, generate novel diagnostic tools to monitor gill conditions and design functional feeds to improve gill performance in order to maintain healthy population of farmed fish, benefiting industry, consumers and environment.
id:
54972
innsendt_dato:
2019-08-30
prosjektnummer:
306433
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Summer feed seabass
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-10-15
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Lipid and carbohydrate are key nutrients that they play pivotal roles during stress periods. In fish farming including seabass, optimal dietary lipid and carbohydrate contents have been defined to provide the best growth performances under optimal conditions. However farms has to face to various challenging conditions that could affect the nutrient requirements. This experiment will help to define the optimal lipid and carbohydrate dietary levels to support growth and robustness in seabass during challenging conditions.
id:
54089
innsendt_dato:
2019-08-19
prosjektnummer:
305451
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
AlterMeals
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-10-14
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Marine ingredients are increasingly becoming limited resources in the fish feed industry due to high price, low availability and concerns over sustainability. Sustainability is a critical factor in the choice of which raw materials a fish feed company is considering to be included in feed production for different species including rainbow trout. In order to increase the raw material portfolio for fish feed, flexibility is a must and in order to have flexibility to produce more cost-effective feeds you need to test new and novel raw materials. Therefore, raw material effects are to be investigated as well as their interactions between the different raw material combinations, and how they affect performance of rainbow trout.
id:
54123
innsendt_dato:
2019-08-20
prosjektnummer:
305497
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Hatchery feed development
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2019-10-14
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Fish larvae are among the smallest free-living forms of vertebrates and exhibit fascinating growth potential. In fish aquaculture, the larval phase has traditionally been considered the most sensitive period. The vulnerability at this stage has been a powerful driving force for fundamental and applied research. The development of basic larvae culture procedure based on feeding with live feed, such as rotifers and Artemia abound 1980s allowed a constant supply of fry to support the increasing fish farming production. Research on fish larvae biology has continued and our basic knowledge and rearing methodologies has improved. However, there are still large knowledge gaps and the rearing process is far from optimal. The improved development of fry production is essentially affected by the efficiency of first feeding regimes and the high nutritional quality of early weaning diets. Both live preys and microdiets should meet the nutritional requirements of each species to ensure the best growth and survival rates. During the past few decades, extensive efforts have been made to develop microdiets as a complete or partial substitution for live feed. The majority of the studies have focused on the larvae
id:
54827
innsendt_dato:
2019-08-29
prosjektnummer:
306284
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
AttQtr2
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-10-14
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
The aim of the study is to identify components that can promote sustained appetite in Trout both during sub-optimal conditions; strong seasonality in daylight hours, very low temperatures, high temperatures with low oxygenation and disease. Exchanging raw materials in a fish feed, even at a given basic proximate composition, requires good knowledge on their safety, as well as their nutritional and technical quality for each target fish species. Increased feed attractability, appetite and feed intake in very low FM diets is not translated to fish body weight increase in a consequent and predictable way, and it is important to understand the relations between nutrient levels, feed intake rate and fish metabolism and performance during the seasonal changes
id:
54965
innsendt_dato:
2019-08-30
prosjektnummer:
306426
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Shrimp WSSV
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-10-14
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Currently, White Spot Syndrome Virus is one the main disease challenge in shrimp farming causing important costs for this sector. Despite the efforts made by the feeding producing companies, the available functional feedings in the marked do not satisfy completely the challenges regarding disease resistance. In this context, the present project aimed to improved functional diets containing health additives that could improve both gut morphology/barrier and immune function as natural defenses against White Spot Syndrome Virus. It is expected that the new knowledge resulted from this project help in the development of improved diets designed specifically to boost disease resistance in shrimp.
id:
36107
innsendt_dato:
2015-08-14
prosjektnummer:
252140
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
PPQ effects
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2015-10-13
prosjekt_fra_ar:
2015
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
49602
innsendt_dato:
2018-08-21
prosjektnummer:
291394
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larvae evolution III
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-11
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Fish larvae are among the smallest free-living forms of vertebrates and exhibit fascinating growth potential. In fish aquaculture, the larval phase has traditionally been considered the most sensitive period. The vulnerability at this stage has been a powerful driving force for fundamental and applied research. The development of basic larvae culture procedure based on feeding with live feed, such as rotifers and Artemia abound 1980s allowed a constant supply of fry to support the increasing fish farming production. Research on fish larvae biology has continued and our basic knowledge and rearing methodologies has improved. However, there are still large knowledge gaps and the rearing process is far from optimal. The improved development of fry production is essentially affected by the efficiency of first feeding regimes and the high nutritional quality of early weaning diets. Both live preys and microdiets should meet the nutritional requirements of each species to ensure the best growth and survival rates. During the past few decades, extensive efforts have been made to develop microdiets as a complete or partial substitution for live feed. The majority of the studies have focused on the larvae
id:
49603
innsendt_dato:
2018-08-21
prosjektnummer:
291395
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larvae evolution IV
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-11
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Fish larvae are among the smallest free-living forms of vertebrates and exhibit fascinating growth potential. In fish aquaculture, the larval phase has traditionally been considered the most sensitive period. The vulnerability at this stage has been a powerful driving force for fundamental and applied research. The development of basic larvae culture procedure based on feeding with live feed, such as rotifers and Artemia abound 1980s allowed a constant supply of fry to support the increasing fish farming production. Research on fish larvae biology has continued and our basic knowledge and rearing methodologies has improved. However, there are still large knowledge gaps and the rearing process is far from optimal. The improved development of fry production is essentially affected by the efficiency of first feeding regimes and the high nutritional quality of early weaning diets. Both live preys and microdiets should meet the nutritional requirements of each species to ensure the best growth and survival rates. During the past few decades, extensive efforts have been made to develop microdiets as a complete or partial substitution for live feed. The majority of the studies have focused on the larvae
id:
49604
innsendt_dato:
2018-08-21
prosjektnummer:
291396
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larvae vib
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-11
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Fish larvae are among the smallest free-living forms of vertebrates and exhibit fascinating growth potential. In fish aquaculture, the larval phase has traditionally been considered the most sensitive period. The vulnerability at this stage has been a powerful driving force for fundamental and applied research. The development of basic larvae culture procedure based on feeding with live feed, such as rotifers and Artemia abound 1980s allowed a constant supply of fry to support the increasing fish farming production. Research on fish larvae biology has continued and our basic knowledge and rearing methodologies has improved. However, there are still large knowledge gaps and the rearing process is far from optimal. The improved development of fry production is essentially affected by the efficiency of first feeding regimes and the high nutritional quality of early weaning diets. Both live preys and microdiets should meet the nutritional requirements of each species to ensure the best growth and survival rates. During the past few decades, extensive efforts have been made to develop microdiets as a complete or partial substitution for live feed. The majority of the studies have focused on the larvae
id:
49606
innsendt_dato:
2018-08-21
prosjektnummer:
291399
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Larviva standardization
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-11
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2019
sammendrag:
Fish larvae are among the smallest free-living forms of vertebrates and exhibit fascinating growth potential. In fish aquaculture, the larval phase has traditionally been considered the most sensitive period. The vulnerability at this stage has been a powerful driving force for fundamental and applied research. The development of basic larvae culture procedure based on feeding with live feed, such as rotifers and Artemia abound 1980s allowed a constant supply of fry to support the increasing fish farming production. Research on fish larvae biology has continued and our basic knowledge and rearing methodologies has improved. However, there are still large knowledge gaps and the rearing process is far from optimal. The improved development of fry production is essentially affected by the efficiency of first feeding regimes and the high nutritional quality of early weaning diets. The amount of live feed and the type of live feed could potentially affect larvae growth performance and survival rate. Hatcheries in East Med are using green water and rotifers at start feeding, while customers in West Med use Artemia directly. It is important for us to document the effect of different feeding protocols on larvae performance then we can give a guideline for using our product. Therefore, this particular study is trying to determine the optimal feeding protols, specifically for sea bass, fish species with an important commercial value in aquaculture industry in Mediterranean countries like Spain, Greece, Turkey, etc. Specifically, the study will generate important information about feeding protocols and how these are affecting the fish welfare and growth.
id:
26970
innsendt_dato:
2011-08-31
prosjektnummer:
215701
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Fytase som verktøy i fiskeforproduksjon
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2011-10-11
prosjekt_fra_ar:
2011
prosjekt_til_ar:
2012
sammendrag:
not reported by source
id:
24772
innsendt_dato:
2010-08-30
prosjektnummer:
206377
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Nye Råvarer I
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2010-10-11
prosjekt_fra_ar:
2010
prosjekt_til_ar:
2011
sammendrag:
not reported by source
id:
41279
innsendt_dato:
2016-08-31
prosjektnummer:
265725
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
TOPC
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2016-10-10
prosjekt_fra_ar:
2016
prosjekt_til_ar:
2016
sammendrag:
not reported by source
id:
26796
innsendt_dato:
2011-08-31
prosjektnummer:
215445
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Forøyelsesproblemer i regnbueørret
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2011-10-10
prosjekt_fra_ar:
2011
prosjekt_til_ar:
2011
sammendrag:
not reported by source
id:
26797
innsendt_dato:
2011-08-31
prosjektnummer:
215446
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Proteineffekter på pelletkvalitet
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
NEI
soknad_avslatt:
JA
vedtaksdato:
2011-10-10
prosjekt_fra_ar:
2011
prosjekt_til_ar:
2011
sammendrag:
not reported by source
id:
26841
innsendt_dato:
2011-08-31
prosjektnummer:
215490
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Prosesseffekt på pelletkvalitet
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2011-10-10
prosjekt_fra_ar:
2011
prosjekt_til_ar:
2012
sammendrag:
not reported by source
id:
49503
innsendt_dato:
2018-08-16
prosjektnummer:
291260
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Synbiotic Yersinia
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2018-10-01
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Rødmunnsyke forårsaket av bakterien Yersinia ruckeri er et stort problem for laksefisk. Tidligere har vi sett lovende effekter ved bruk av den probiotiske bakterien bactocell i fôr til regnbueørret, i dette prosjektet ønsker vi å finne den beste kombinasjonen av probiotika (gunstige bakterier) og prebiotika (stoffer som fremmer gunstige bakterier) for å øke mostandsdyktigheten mot rødmunnsyke
id:
59678
innsendt_dato:
2020-08-31
prosjektnummer:
318973
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
GillFORTE
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2021-01-08
prosjekt_fra_ar:
2020
prosjekt_til_ar:
2022
sammendrag:
During the last few years parasitic infection in sea bream gills is by far the most severe problem for Mediterranean aquaculture. These infestations are characterized by anaemia, reduced movement due to decrease respiratory capacity, severe mortality, performance reduction and loss of commercial value of the harvested Fish. The goal of this project is to test new additives in functional feeds aimed at improving growth in infested fish, provide support for gill recovery and immune response, in addition to reducing parasite loads.
id:
7055
innsendt_dato:
2003-12-23
prosjektnummer:
27537
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
A dynamic model for fish feed development
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2004-01-08
prosjekt_fra_ar:
2003
prosjekt_til_ar:
2007
sammendrag:
not reported by source
id:
49620
innsendt_dato:
2018-08-21
prosjektnummer:
298741
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Stressless
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2019-01-23
prosjekt_fra_ar:
2018
prosjekt_til_ar:
2018
sammendrag:
Potential effects of stressful environment and handling stress in salmon are not well documented, and controlled studies are lacking. Stress is an unavoidable component of salmon farming and the fish may be exposed to several acute stressors such as handling and transport, or to more chronic stressors such as poor water quality, social dominance, high density and disease, which can affect fish final quality. This experiment will document the effect of stress agents and feed composition on fish final quality.
id:
54981
innsendt_dato:
2019-08-30
prosjektnummer:
306442
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Stress models
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-01-20
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Fish farming has to face to various challenging conditions that could affect the nutritional requirements in fish. However, most of the nutrient requirements have been defined based on performances obtained under optimal conditions. To be able to define specific requirements under challenging conditions, it is essential to develop experimental stress models that will mimic natural stresses. New raw materials and new nutrient compositions could be tested with these models and thus contribute to support feed innovation.
id:
54086
innsendt_dato:
2019-08-19
prosjektnummer:
305444
bedriftsnavn:
BIOMAR A.S.
prosjekttittel:
Pellet Size
organisasjonsnummer:
937843860
fylke:
Nordland
kommunenavn:
Øksnes
poststed:
MYRE
soknad_godkjent:
JA
soknad_avslatt:
NEI
vedtaksdato:
2020-01-13
prosjekt_fra_ar:
2019
prosjekt_til_ar:
2020
sammendrag:
Feed is the most expensive component of an aquaculture, typically accounting half of the operating cost depending on the intensity of production. Successful farmed fish production requires optimization of feeding practices to ensure the most economically effective growth rates and feed utilization efficiencies. Aim of this project is to examine the feeding behaviour of sea bream and sea bass when fed a same recipe and their immediate feeding response when presented with different pellet size.

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