A genetic linkage map of red drum, Sciaenops ocellatus
DS Portnoy, MA Renshaw, CM Hollenbeck… - Animal …, 2010 - Wiley Online Library
Second‐generation, sex‐specific genetic linkage maps were generated for the economically
important estuarine‐dependent marine fish Sciaenops ocellatus (red drum). The maps were
based on F1 progeny from each of two single‐pair mating families. A total of 237 nuclear‐
encoded microsatellite markers were mapped to 25 linkage groups. The female map
contained 226 markers, with a total length of 1270.9 centiMorgans (cM) and an average inter‐
marker interval of 6.53 cM; the male map contained 201 markers, with a total length of …
important estuarine‐dependent marine fish Sciaenops ocellatus (red drum). The maps were
based on F1 progeny from each of two single‐pair mating families. A total of 237 nuclear‐
encoded microsatellite markers were mapped to 25 linkage groups. The female map
contained 226 markers, with a total length of 1270.9 centiMorgans (cM) and an average inter‐
marker interval of 6.53 cM; the male map contained 201 markers, with a total length of …
A genetic linkage map of red drum (Sciaenops ocellatus) and comparison of chromosomal syntenies with four other fish species
CM Hollenbeck, DS Portnoy, JR Gold - Aquaculture, 2015 - Elsevier
A genetic linkage map of anonymous and gene-linked microsatellites was generated for red
drum, an economically important sciaenid fish cultured for both restoration enhancement
and commercial food-fish production. The consensus map, based on linkage data combined
from two full-sib families, consisted of 486 total microsatellites (440 anonymous, 46 gene-
linked), and spanned 24 linkage groups corresponding to the 24 (haploid) red drum
chromosomes. The linkage map generated was used to identify regions of shared synteny …
drum, an economically important sciaenid fish cultured for both restoration enhancement
and commercial food-fish production. The consensus map, based on linkage data combined
from two full-sib families, consisted of 486 total microsatellites (440 anonymous, 46 gene-
linked), and spanned 24 linkage groups corresponding to the 24 (haploid) red drum
chromosomes. The linkage map generated was used to identify regions of shared synteny …
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