{"query":"WE CAN DO IT AS","outcome":"results","mode":"all","results":[{"type":"organization","id":"917233160","namespace":"no:orgnr","canonical_id":"no:orgnr:917233160","name":"WE CAN DO IT AS","source":"firmafakta","attributes":{"organization_form":null},"score":83,"_links":{"wiki":"https://allemannsdata.com/wiki/selskap/917233160/","api":"https://allemannsdata.com/wiki/api/v1/selskaper/917233160"},"sources":["firmafakta","brreg"]},{"type":"procurement","id":"2025-119714","namespace":"doffin:notice","canonical_id":"doffin:notice:2025-119714","name":"1105601 UiO Livsvitenskap brukerutstyr - K930.22 DLS equipment proteinstabilitet","description":"Statsbygg bygger det nye Livsvitenskapsbygget (LVB) for Universitetet i Oslo og Oslo universitetssykehus p\u00e5 oppdrag fra Kunnskapsdepartementet og Helse S\u00f8r-\u00d8st som medoppdragsgiver. Bygget skal v\u00e6re arbeidsplass for om lag 1.600 ansatte og 1.600 studenter. Oppstart for grave- og grunnarbeidene var 2. kvartal 2019 og planlagt ferdigstillelse er ultimo 2026. Her skal ulike fagmilj\u00f8er jobbe tverrfaglig for \u00e5 utvikle nye l\u00f8sninger p\u00e5 store utfordringer innen helse og b\u00e6rekraft med tilgang til det beste og mest moderne utstyret som kreves for \u00e5 drive forskning, undervisning og innovasjon i verdensklasse.Statsbygg intends to sign a contract with NanoTemper Technologies for the acquisition of a DLS instrument, protein stability, for the Life Sciences Building.We intend to purchase a DLS instrument that is a capillary-based instrument for the analysis of protein stability, and protein aggregation using a combination of differential scanning fluorimetry (DSF), dynamic light scattering (DLS) and static light scattering (SLS) of native proteins as principles of detection. The instrument must be an all-in-one, table-top model, and not exceed w400 x d600 x h550 mm in size due to space restrictions. The instrument must be able to do the particle size analysis measurements simultaneously, immediately followed by the thermal analysis on the same sample in the same experiment.Among other things, we are researching the thermal stability of proteins and protein complexes, and the ability to analyze such samples at equilibrium in a flow-free environment that does not require immobilization, fluorescent labeling, or the use of external fluorescent reporters is a key function that the equipment must satisfy. It is also essential that the system can measure many samples in series, with high sensitivity, and with minimal use of material per sample.Through professional expertise in the laboratory, as well as research done online, we find that Prometheus Panta is the only system with the following characteristics:Can do differential scanning fluorimetry (DSF), dynamic light scattering (DLS) and static light scattering (SLS) of native proteins as principles of detection in the same instrument.Is an instrument that is an all-in-one, table-top model, not exceeding the size limitation.The instrument can do the particle size analysis measurements simultaneously, immediately followed by the thermal analysis on the same sample in the same experiment.Can measure samples in very small volumes, using very small amounts of samples.\u00a0See Appendix 4.0 Requirements DLS Equipment K930.22 specification for more information on absolute requirements.Send an e-mail to\u00a0kristine.milner.carlsen@statsbygg.no\u00a0to receive the Appendix 4.0 Requirements document.Summary:Given our technical requirements and needs, including in the attached requirement specification, the information we have and the investigations that have been carried out, to the best of our knowledge only Nanotemper technologies meets the requirements and can therefore, for technical reasons, deliver the service. The conditions in FOA \u00a7 13-4 (b) are deemed to be met.\u00a0Any objections must be reported via e-mail to\u00a0kristine.milner.carlsen@statsbygg.no\u00a0within 10 days of the published announcement.","source":"doffin","attributes":{"status":null},"relationships":[{"type":"buyer","target":{"type":"organization","id":"971278374","namespace":"no:orgnr","canonical_id":"no:orgnr:971278374","name":"STATSBYGG"}}],"score":51,"_links":{"wiki":"https://allemannsdata.com/wiki/anskaffelse/2025-119714/","api":"https://allemannsdata.com/wiki/api/v1/anskaffelser/2025-119714"},"sources":["doffin"]},{"type":"dataset","id":"27632cca-51fd-33c2-9f10-982b0f1fe416","name":"Artsprosjekt Endofyttisk sopp i tr\u00e6r 23-19","description":"Trees harbor an enormous diversity of fungi spending at least part of their life-cycles as symptomless and secretive inhabitants. These, the so-called endophytic fungi, often form very species rich communities, but most species remain unidentified or undescribed. The primary objective of the project was to map fungal endophyte diversity associated with living sapwood and twigs of beech, linden, maple, and oak trees in Norway. A total of 193 trees were drilled and sapwood samples were taken for metabarcoding. Since identifying environmental sequences of Ascomycota involves many challenges and pitfalls (e.g., most species globally remain to be named and described, many described species do not have any available reference sequences, a relatively high percentage of reference sequences are known to be mis-labelled as well as numerous taxonomic issues), great care is needed when interpreting lists of species names generated by environmental sequencing and run against databases. By using 99.5% similarity with a known reliable sequence in UNITE and/or Genbank, by only considering sequences of over >250 base pairs in length, and checking original publications, we minimized the risk of misidentification. Sequencing of wood samples resulted in 105000 sequences and 1837 fungal species hypotheses. By applying our strict criteria for sequence data, we identified 60 Ascomycota species new to Norway. While relaxing the criteria for \u201csafe identification\u201d somewhat, more species could have been recorded, but we suggest that our criteria are reasonable. For the rest of the species hypotheses, the majority may represent so called \u201cdark taxa\u201d. These are equally scientifically important but how to handle them remains a great challenge. Knowledge of morphology and taxonomy are indispensable for identification, and it was our hope that complementing environmental sequencing with sampling of ascomata on trunks and twigs, and pure culturing from the drill samples, would increase the chances of reliable identification of fungal species. However, as the latter methods often failed to detect as many and the same species as the sequencing, the value of these complimentary methods was limited. Nevertheless, in a minority of cases we were able to confirm the identity by studies of anamorph and/or teleomorph morphology. Sampling of ascomata from trunks and twigs of the drilled trees yielded two additional species new to Norway including one undescribed species but showed little overlap with sequence data. Sampling from additional trees yielded two undescribed genera and several undescribed species (descriptions in progress). \nTo generate data valuable for management strategies and the conservation of biodiversity, we compared species composition and species richness of our entire sequence dataset among the four studied tree species, trees of different sizes and among trees in three different regions of S Norway. Controlling for sample size, oak had significantly higher species density than Norway maple, beech, and linden. The effect of tree size on species density was small and not statistically significant and there was no effect of region. Regarding species composition, oak was significantly separate from the other three tree species, which all had largely over-lapping species communities. Tree size had a significant overall effect on species composition and there were significant interactions among tree species and the size of the trees. There was no significant difference in composition among the three regions. Our results emphasize the unique value of oak and large temperate deciduous trees for biodiversity and show that metabarcoding techniques can be very relevant for conservation-oriented studies of for instance the endophytic fungal communities in old trees. As such they can also generate a lot of new specific information about species new to Norway, distribution and ecology. However, only for a minority of species the identity can be decided with certainty, and complimentary morphology-based methods proved to be of limited value in this respect. For the future, Ascomycota biodiversity mapping projects based on ascomata collection, and were relevant, single spore isolation, pure culturing, morphological studies of the fungal holomorph, and multi-marker sequencing are needed. In addition, metabarcoding datasets can be useful for biodiversity mapping purposes if studied by taxonomists.","source":"data_norge","attributes":{"publisher":null,"access_rights":"PUBLIC"},"score":51,"_links":{"wiki":"https://allemannsdata.com/wiki/offentlige-data/datasets/27632cca-51fd-33c2-9f10-982b0f1fe416/","api":"https://allemannsdata.com/wiki/api/v1/data-norge/datasets/27632cca-51fd-33c2-9f10-982b0f1fe416"},"sources":["data_norge"]},{"type":"procurement","id":"2026-108542","namespace":"doffin:notice","canonical_id":"doffin:notice:2026-108542","name":"Contract award notice - Cancellation of Pre-qualification","description":"The Norwegian Defence Materiel agency received a question on Thursday 23 April regarding Pre-Qualification requirement 4 (QR4) relating to this Pre-Qualification. The question was: The wording in QR4 implies that manufacturers of STUAS for purposes similar to those described in the system description will automatically be rejected if they do not have experience producing VTOL UAS. Is this understood correctly? There are UAS systems that are highly relevant for use with CRDCO although they are not necessarily VTOL. Following a review, the NDMA has concluded that this requirement could unintentionally create an unnecessary restriction on potential suppliers at this stage of the procurement process. In light of this we are cancelling this Pre-Qualification. We will review and amend our requirements and ensure that all potential suppliers that meet our amended requirements can take part in this procurement process. We will re-publish the competition as soon as we have amended the qualification requirements . Answers to other questions received for this pre-qualification will be uploaded in the additional information tab in the re-published the competition/Pre-qualification. It will be re-published in the coming days.","source":"doffin","attributes":{"status":null},"relationships":[{"type":"buyer","target":{"type":"organization","id":"916075855","namespace":"no:orgnr","canonical_id":"no:orgnr:916075855","name":"FORSVARSMATERIELL"}}],"score":51,"_links":{"wiki":"https://allemannsdata.com/wiki/anskaffelse/2026-108542/","api":"https://allemannsdata.com/wiki/api/v1/anskaffelser/2026-108542"},"sources":["doffin"]},{"type":"organization","id":"921230745","namespace":"no:orgnr","canonical_id":"no:orgnr:921230745","name":"WE CAN DO HR","source":"brreg","attributes":{"organization_form":{"_links":{"self":{"href":"https://data.brreg.no/enhetsregisteret/api/organisasjonsformer/NUF"}},"beskrivelse":"Norskregistrert utenlandsk foretak","kode":"NUF"}},"score":33,"_links":{"wiki":"https://allemannsdata.com/wiki/selskap/921230745/","api":"https://allemannsdata.com/wiki/api/v1/selskaper/921230745"},"sources":["brreg"]}],"data_sources":[],"returned":5,"total_matched":11,"limit":{"value":5,"scope":"total results across all sources, best-ranked first"},"coverage":{"firmafakta":{"status":"available","returned":1},"doffin":{"status":"available","returned":5},"stillinger":{"status":"available","returned":0},"geonorge":{"status":"available","returned":0},"ais":{"status":"available","returned":0},"marine":{"status":"available","returned":0},"kystdatahuset":{"status":"available","returned":0},"ssb":{"status":"available","returned":0},"brreg":{"status":"available","returned":5},"nve":{"status":"available","returned":0},"entur":{"status":"available","returned":0},"data_norge":{"status":"available","returned":1}},"not_searched":{"sources":["anleggsregisteret","arkivverket","artskart","avinor","badetemp","banenor","datanorge","elhub","entsoe","eurostat","fhi","firms","fiskeridir","frost","kjoretoy","klimagassutslipp","kulturarv","lovdata","luftkvalitet","mattilsynet","n2yo","nasjonalbiblioteket","naturbase","nobil","norgesbank","nva","nyheter","oljefond","poi_norge","politiloggen","postlister","rovbase","sodir","statnett","statsregnskapet","stortinget","strompris","utdanning","vannforekomster","vegvesen","weather"],"reason":"These sources provide no general textual entity search; query them directly."},"suggestion":"Only the 5 best-ranked of 11 matches are shown. 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