Biochemical diversity and genetic distances in the Pitheciinae subfamily (primates, platyrrhini)

Maria P.C. Schneider; Horacio Schneider; Maria I.C. Sampaio; Nelson M. Carvalho-Filho; Filomeno Encarnación; Enrique Montoya; Francisco M. Salzano

doi:10.1007/BF02381920

Biochemical diversity and genetic distances in the Pitheciinae subfamily (primates, platyrrhini)

Maria P.C. Schneider, Horacio Schneider, Maria I.C. Sampaio, Nelson M. Carvalho-Filho, Filomeno Encarnación, Enrique Montoya, Francisco M. Salzano

Centro de Investigación instituto Veterinario de Investigaciones Tropicales y de Altura (IVITA)

Producción científica: Contribución a una revista › Artículo › revisión exhaustiva

6 Citas (Scopus)

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One hundred and forty-three sakis (Pithecia), 107 bearded sakis (Chiropotes), and 7 red uakaris (Cacajao) were studied in relation to 18 genetic loci expressed on blood through electrophoretic techniques. Eight of the 18 loci showed intrapopulational variation. The low level of genetic diversity found in Pithecia could be a consequence of a decrease in populational size due to intense habitat destruction. The genetic distances between the species investigated were:Pithecia ×Chiropotes: 0.49;Pithecia ×Cacajao: 0.57;Cacajao ×Chiropotes: 0.18-0.20. These results suggest, in accordance with other data, that Chiropotes and Cacajao constitute a sister group within the pithecines. © 1995 Japan Monkey Centre.

Idioma original	Inglés estadounidense
Páginas (desde-hasta)	129-134
Número de páginas	6
Publicación	Primates
DOI	https://doi.org/10.1007/BF02381920
Estado	Publicada - 1 ene. 1995

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title = "Biochemical diversity and genetic distances in the Pitheciinae subfamily (primates, platyrrhini)",

abstract = "One hundred and forty-three sakis (Pithecia), 107 bearded sakis (Chiropotes), and 7 red uakaris (Cacajao) were studied in relation to 18 genetic loci expressed on blood through electrophoretic techniques. Eight of the 18 loci showed intrapopulational variation. The low level of genetic diversity found in Pithecia could be a consequence of a decrease in populational size due to intense habitat destruction. The genetic distances between the species investigated were:Pithecia ×Chiropotes: 0.49;Pithecia ×Cacajao: 0.57;Cacajao ×Chiropotes: 0.18-0.20. These results suggest, in accordance with other data, that Chiropotes and Cacajao constitute a sister group within the pithecines. {\textcopyright} 1995 Japan Monkey Centre.",

author = "Schneider, {Maria P.C.} and Horacio Schneider and Sampaio, {Maria I.C.} and Carvalho-Filho, {Nelson M.} and Filomeno Encarnaci{\'o}n and Enrique Montoya and Salzano, {Francisco M.}",

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doi = "10.1007/BF02381920",

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AU - Schneider, Maria P.C.

AU - Schneider, Horacio

AU - Sampaio, Maria I.C.

AU - Carvalho-Filho, Nelson M.

AU - Encarnación, Filomeno

AU - Montoya, Enrique

AU - Salzano, Francisco M.

PY - 1995/1/1

Y1 - 1995/1/1

N2 - One hundred and forty-three sakis (Pithecia), 107 bearded sakis (Chiropotes), and 7 red uakaris (Cacajao) were studied in relation to 18 genetic loci expressed on blood through electrophoretic techniques. Eight of the 18 loci showed intrapopulational variation. The low level of genetic diversity found in Pithecia could be a consequence of a decrease in populational size due to intense habitat destruction. The genetic distances between the species investigated were:Pithecia ×Chiropotes: 0.49;Pithecia ×Cacajao: 0.57;Cacajao ×Chiropotes: 0.18-0.20. These results suggest, in accordance with other data, that Chiropotes and Cacajao constitute a sister group within the pithecines. © 1995 Japan Monkey Centre.

AB - One hundred and forty-three sakis (Pithecia), 107 bearded sakis (Chiropotes), and 7 red uakaris (Cacajao) were studied in relation to 18 genetic loci expressed on blood through electrophoretic techniques. Eight of the 18 loci showed intrapopulational variation. The low level of genetic diversity found in Pithecia could be a consequence of a decrease in populational size due to intense habitat destruction. The genetic distances between the species investigated were:Pithecia ×Chiropotes: 0.49;Pithecia ×Cacajao: 0.57;Cacajao ×Chiropotes: 0.18-0.20. These results suggest, in accordance with other data, that Chiropotes and Cacajao constitute a sister group within the pithecines. © 1995 Japan Monkey Centre.

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Biochemical diversity and genetic distances in the Pitheciinae subfamily (primates, platyrrhini)

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