Includes bibliographical references (p. ).The specimens maintained in natural history collections worldwide represent a resource that must be protected. However, as traditional collections age and historical research methods are replaced with new research applications, the future use of traditional collections has been challenged. While DNA studies have used traditional collections, successful retrieval is not always guaranteed. As a result, specimens may be damaged through sampling, while research resources are misdirected. Clearly, both collections and researchers would benefit if research results could be guaranteed. By comparing actual specimens with actual DNA results, studies were conducted to determine possible conditions leadin...
International audienceBecause they house large biodiversity collections and are also research centre...
The advent of DNA technologies for field-based application promises to provide rapid intelligence to...
The rapidly expanding study of DNA in so many areas of science has created an odd surplus: the DNA i...
The availability of fresh tissue samples in studies of molecular phylogeny is often restricted, espe...
Intentionally preserved biological material in natural history collections represents a vast reposit...
Millions of scientific specimens are housed in museum collections, a large part of which are fluid p...
Numerous papers have been recently published regarding DNA studies of museum insect specimens. Despi...
Museum specimens are vast repositories of genetic information of interests to biological researchers...
Natural history museums are vastly underutilized as a source of material for DNA analysis because of...
Natural history museums hold vast collections of biomaterials. The collections in museums, often pai...
ABSTRACT- Molecular methods to analyse DNA variability are opening new perspectives in the role play...
Museum specimens are vast repositories of genetic information of interests to biological researchers...
Museum anthropology collections continue to provide insight into human experiences and disease in th...
We successfully amplified mitochondrial DNA (mtDNA) and microsatellites from historical museum speci...
Museum specimens and histologically fixed material are valuable samples for the study of historical ...
International audienceBecause they house large biodiversity collections and are also research centre...
The advent of DNA technologies for field-based application promises to provide rapid intelligence to...
The rapidly expanding study of DNA in so many areas of science has created an odd surplus: the DNA i...
The availability of fresh tissue samples in studies of molecular phylogeny is often restricted, espe...
Intentionally preserved biological material in natural history collections represents a vast reposit...
Millions of scientific specimens are housed in museum collections, a large part of which are fluid p...
Numerous papers have been recently published regarding DNA studies of museum insect specimens. Despi...
Museum specimens are vast repositories of genetic information of interests to biological researchers...
Natural history museums are vastly underutilized as a source of material for DNA analysis because of...
Natural history museums hold vast collections of biomaterials. The collections in museums, often pai...
ABSTRACT- Molecular methods to analyse DNA variability are opening new perspectives in the role play...
Museum specimens are vast repositories of genetic information of interests to biological researchers...
Museum anthropology collections continue to provide insight into human experiences and disease in th...
We successfully amplified mitochondrial DNA (mtDNA) and microsatellites from historical museum speci...
Museum specimens and histologically fixed material are valuable samples for the study of historical ...
International audienceBecause they house large biodiversity collections and are also research centre...
The advent of DNA technologies for field-based application promises to provide rapid intelligence to...
The rapidly expanding study of DNA in so many areas of science has created an odd surplus: the DNA i...