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Publications

NIBIOs employees contribute to several hundred scientific articles and research reports every year. You can browse or search in our collection which contains references and links to these publications as well as other research and dissemination activities. The collection is continously updated with new and historical material.

NIBIO's Scientific Publications →

2013

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Forfattere

M. Butac V. Bozhkova A. Zhivondov N. Milosevic E. Bellini V. Nencetti J. Blazek E. Balsemin B. Lafarque E. Kaufmane I. Gravite M. Vasiljeva M. Pintea A. Juraveli T. Webster I. Hjalmarsson V. Trajkovski Stein Harald Hjeltnes

Sammendrag

No abstract has been registered

Forfattere

Signe Kynding Borgen Johannes Breidenbach Lise Dalsgaard Gunnhild Søgaard

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No abstract has been registered

Forfattere

Signe Kynding Borgen Johannes Breidenbach Lise Dalsgaard Gunnhild Søgaard

Sammendrag

No abstract has been registered

Forfattere

Vibeke Lind Norvald Ruderaas Rolf Rødven

Sammendrag

No abstract has been registered

Forfattere

Trine Eggen

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No abstract has been registered

Forfattere

Alice Budai Andrew R. Zimmerman Annette Cowie Beau Webber Bhupinder Pal Singh Caroline A. Masiello David Andersson Frank Shields Johannes Lehmann Marta Camps Arbestain Morgan Williams Saran P. Sohi Stephen Joseph

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No abstract has been registered

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V. Geethalakshmi A. Lakshmanan K. Bhuvaneswari Kiran Jella Balaji Narasimhan Krishna Reddy Kakumanu K. Palanisami Sekhar Udaya Nagothu

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No abstract has been registered

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Habtamu Alem

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No abstract has been registered

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Severin Woxholtt Susanne Papaja-Hülsbergen

Sammendrag

No abstract has been registered

Forfattere

Helge Meissner Svein-Erik Fevolden Per-Arne Amundsen Kim Præbel

Sammendrag

Three methods for extracting DNA were tested on otoliths, scales, fins, and gill tissue from European whitefish [Coregonus lavaratus (L.)]. The aim was to find time-efficient and affordable ways to simultaneously extract DNA suitable for conservation genetic studies from a large number of samples and different tissues. A rapid low-cost method led to 97 % success of microsatellite amplification in otoliths and 100 % in scales. High amplification success was achieved with fin (97 %) and gill (99 %) tissue using a salt lysis-based protocol. A commercial extraction kit delivered good results with all tissues. The findings are useful for conservation genetic studies using both contemporary and archived samples.