For example, while Madagascan
and South African populations of S. serrata could be separated, populations of mud
crabs from six South African estuaries were reportedly homogeneous. Similarly, in
Australia, a mitochondrial coding gene for S. serrata was used to identify regional
haplotype differences in populations, one of which was related to the natural physical
barrier of the Torres Strait. Microsatellite markers are now available for mud crabs
and can be used to characterize populations of both S. serrata and S. paramamosain,
and assist in parentage determination. Microsatellite markers were used to assess
the genetic diversity of S. serrata populations from five Micronesian islands, finding
that no significant difference could be found between them, even though they were
geographically widely distributed.
For example, while Madagascan
and South African populations of S. serrata could be separated, populations of mud
crabs from six South African estuaries were reportedly homogeneous. Similarly, in
Australia, a mitochondrial coding gene for S. serrata was used to identify regional
haplotype differences in populations, one of which was related to the natural physical
barrier of the Torres Strait. Microsatellite markers are now available for mud crabs
and can be used to characterize populations of both S. serrata and S. paramamosain,
and assist in parentage determination. Microsatellite markers were used to assess
the genetic diversity of S. serrata populations from five Micronesian islands, finding
that no significant difference could be found between them, even though they were
geographically widely distributed.
การแปล กรุณารอสักครู่..