Wyniki wyszukiwania

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Evolution of Oryctolagus: Relationships within the Lagomorpha system and access to population history by ancient DNA

100%

Monnerot M., Casane D., Hardy C., Vigne J. D.

Polish Ecological Studies

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1994

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tom 20

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nr 3-4

2

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Adaptor-mediated amplification of minute amounts of severely fragmented ancient nucleic acids

84%

Pusch C. M., Blin N., Broghammer M., Nicholson G. J., Scholz M.

Journal of Applied Genetics

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2000

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tom 41

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nr 4

3

The genetic analysis of trout skeletal remains: how should the potential of ancient fish DNA be utilized?

67%

Ciesielski S., Brzuzan P.

Archives of Polish Fisheries

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2003

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tom 11

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nr 2

DNA can be retrieved from preserved biological remains; this provides scientists with an opportunity to directly measure molecular evolution over large periods of time. This means that the taxonomic affinity of extinct taxa can be ascertained by studying archival material found at archaeological sites. This paper describes a molecular approach which was used to identify the taxonomical position of a fish whose bones came from an archaeological site in Wolin in northern Poland. Ancient DNA was successfully extracted, and a fragment of about 350 bp from the mitochondrial control region was amplified with PCR and sequenced. The molecular analysis based on ancient and modern sequences of the mitochondrial control region proved that the archival bone was a component of a Salmo trutta skeleton. However, the mtDNA sequence examined was more similar to the haplotype of trout from the Adriatic Sea basin than to fish inhabiting the waters of the southern Baltic Sea coast.

4

Sequencing mtDNA of the cave bear Ursus spelaeus from the Bavarian Alps is feasible by nested and touchdown PCR

67%

Kuhn R., Schroder W., Rottmann O.

Acta Theriologica

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2001

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tom 46

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nr 1

Ancient DNA from bones of the extinct Ursus spelaeus Rosamueller et Hainroth, 1794 found in the Bavarian Alps has been amplified by PCR. Two out of five samples yielded a distinct band of 135 bp originating from the mtDNA control region. A combination of nested and touchdown PCR supported the amplification. Analysis of the nucleotide sequences revealed four transitions compared to the French cave bear sequence, the only cave bear data known so far (Genbank database X80259, AF121779). The consensus distant matrix tree clustered the two cave bears next to the brown bear Ursus arctos Linnaeus, 1758.

5

Molecular phylogenetics employing modern and ancient DNA

67%

Pusch C. M., Broghammer M., Blin N.

Journal of Applied Genetics

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2003

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tom 44

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nr 3

6

Frequent D-loop polymorphism in mtDNA enables genotyping of 1400-year-old human remains from Merowingian graves

67%

Zeller M., Mirghomizadeh F., Wehner H. D., Blin N.

Journal of Applied Genetics

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2000

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tom 41

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nr 4

Ograniczanie wyników

3 Journal of Applied Genetics

1 Acta Theriologica

1 Archives of Polish Fisheries

1 Polish Ecological Studies

3 Blin N.

2 Broghammer M.

2 Pusch C. M.

1 Brzuzan P.

1 Casane D.

1 Ciesielski S.

1 Hardy C.

1 Kuhn R.

1 Mirghomizadeh F.

1 Monnerot M.

1 Nicholson G. J.

1 Rottmann O.

1 Scholz M.

1 Schroder W.

1 Vigne J. D.

1 Wehner H. D.

1 Zeller M.

2 2003

1 2001

2 2000

1 1994

Evolution of Oryctolagus: Relationships within the Lagomorpha system and access to population history by ancient DNA

Adaptor-mediated amplification of minute amounts of severely fragmented ancient nucleic acids

The genetic analysis of trout skeletal remains: how should the potential of ancient fish DNA be utilized?

Sequencing mtDNA of the cave bear Ursus spelaeus from the Bavarian Alps is feasible by nested and touchdown PCR

Molecular phylogenetics employing modern and ancient DNA

Frequent D-loop polymorphism in mtDNA enables genotyping of 1400-year-old human remains from Merowingian graves