Analyses of 478 polymorphic AFLP loci and about 540 base pairs COI provided an account of genetic variation among Ruditapes decussatus populations from both the French Atlantic coast and the Mediterranean Sea. AFLP analyses of 357 specimens from 17 locations revealed evidence of significant genetic differentiation among populations (Fst = 0.16; P<0.001). Data on COI sequences from Mediterranean and Atlantic populations showed a lower genetic diversity among populations. Mismatch analysis found signatures of past genetic bottlenecks in R. decussatus populations. These findings confirmed the utility of AFLP for population genetic study while indicated that COI sequences, characterized by a lower intraspecific variability, could be more s...
<div><p><i>Pinna nobilis</i> is the largest endemic Mediterranean marine bivalve. During past centur...
Background: Microsatellite loci often used as a genetic tool for estimating genetic diversity popula...
This study gives a first molecular insight into the genetic structure of Pinctada radiata by analysi...
Analyses of 478 polymorphic AFLP loci and about 540 base pairs COI provided an account of genetic va...
The genetic variability of microsatellites was investigated among allochthonous populations of Rudit...
Ruditapes decussatus (Linnaeus, 1758) (Veneridae) is an Atlanto-Mediterranean bivalve whose populati...
International audienceSelection processes are believed to be an important evolutionary driver behind...
<p><i>Ruditapes decussatus</i> (Linnaeus, 1758) (Veneridae) is an Atlanto-Mediterranean bivalve whos...
Understanding the origin, maintenance and significance of phenotypic variation is one of the central...
Abstract- Ruditapes decussatus (L., 1758) is a bivalve autochthonous of the Mediterranean. We focuse...
Marine bivalves are sessile or sedentary as adults but have planktonic larvae which can potentially ...
In the present study, the genetic diversity of brackish water environments was studied analysing thr...
Mitochondrial DNA analyses indicate that the Bay of Fundy population of the intertidal tellinid biva...
Ahstract- Genetic variability was investigated at six microsatellite loei of the Manila c1am Ruditap...
International audienceThe aim of the study was to determine genetic diversity in the soft-shell clam...
<div><p><i>Pinna nobilis</i> is the largest endemic Mediterranean marine bivalve. During past centur...
Background: Microsatellite loci often used as a genetic tool for estimating genetic diversity popula...
This study gives a first molecular insight into the genetic structure of Pinctada radiata by analysi...
Analyses of 478 polymorphic AFLP loci and about 540 base pairs COI provided an account of genetic va...
The genetic variability of microsatellites was investigated among allochthonous populations of Rudit...
Ruditapes decussatus (Linnaeus, 1758) (Veneridae) is an Atlanto-Mediterranean bivalve whose populati...
International audienceSelection processes are believed to be an important evolutionary driver behind...
<p><i>Ruditapes decussatus</i> (Linnaeus, 1758) (Veneridae) is an Atlanto-Mediterranean bivalve whos...
Understanding the origin, maintenance and significance of phenotypic variation is one of the central...
Abstract- Ruditapes decussatus (L., 1758) is a bivalve autochthonous of the Mediterranean. We focuse...
Marine bivalves are sessile or sedentary as adults but have planktonic larvae which can potentially ...
In the present study, the genetic diversity of brackish water environments was studied analysing thr...
Mitochondrial DNA analyses indicate that the Bay of Fundy population of the intertidal tellinid biva...
Ahstract- Genetic variability was investigated at six microsatellite loei of the Manila c1am Ruditap...
International audienceThe aim of the study was to determine genetic diversity in the soft-shell clam...
<div><p><i>Pinna nobilis</i> is the largest endemic Mediterranean marine bivalve. During past centur...
Background: Microsatellite loci often used as a genetic tool for estimating genetic diversity popula...
This study gives a first molecular insight into the genetic structure of Pinctada radiata by analysi...