Table 2 Characterization of 41 microsatellites isolated from cDNA of Asian seabass

LcaE072

(TG)₁₈

CGCGGGGTTCCTCTTTCA

196–202

0.17

0.33*

EF210110

GCACCTGCACAGCTACACTCT

LcaE073

(CA)₈

CGGGTAGAAGACTGGAGGAGAG

298–338

0.71

0.79

EF210111

ACATTTTGCCACCATTTTGACTT

LcaE74

(TG)₉

TCTGGGGGCTGGTATATTTTCCTG

396–398

0.42

0.45

EF210112

ACACATTCCACCGCTGCCATTT

LcaE075

(TG)₁₁

CGCGGGATTGCCACTTTATTTT

226–234

0.38

0.56*

EF210113

GAGGATGGACTTCACAGGCACAGA

LcaE076

(TG)₂₈

GGGATCAGAACAAGAAAACAACC

117–185

0.91

0.92

EF210114

TAATCTAGGCACCAGGCTTCTTC

LcaE077

(TG)₇

CCTCACTGTGTCCAAGCATC

166–168

0.54

0.51

EF210115

TCCCCCTCAATAAGTAAAAATAG

LcaE079

(CA)₁₃

CCCGCCAAGGTCTCGTGTC

186–196

0.25

0.27

EF210116

CGGCAGCTGCGTGAATGTG

LcaE080

(GA)₁₂

GTCGCACCAGGTTAGGAGA

142–146

0.35

0.66*

EF210117

AAAAAGAGGAGCCACAGAGA

LcaE201

(AG)₁₃

GGCAAGCAGCCTCGGAGAAA

140–158

0.83

0.66

EF210118

TAACGGTTTTGGAAATTGAGATGC

LcaE203

(CT)₁₄

AGGCCCGAGGGTGAGCAG

262–278

0.54

0.83*

EF210119

ATGCAAAGGTGCGTGTATGATTTT

LcaE205

(CA)₁₂

CTGTGTCGCCTGTCGTAGTGACTG

195–213

0.46

0.61*

EF210120

CATTTGCTCCCATACTGGAACTGC

LcaE206

(CA)₈

GAAGCGGTCGAGGAAGGAATCC

132–136

0.41

0.46

EF210121

AGGCTTGGTACTTGCAGTGCTGTG

LcaE208

(AC)₁₀

GTCAGGCTGGCGACCATCTCA

176–180

0.44

0.46

EF210122

CAAATTCAAACCTTTATTAACACAACTA

LcaE209

(AC)₁₆

GTGTGAAACCAGGGAGCGTATG

208–240

0.58

0.77

EF210123

CCTTTGGGCAGTACTGTATTTTTC

LcaE210

(TG)₁₀

TCTGTACAAGTGGCACTCCATCAT

70–78

0.38

0.57*

EF210124

CAATCAAGCTTCACTGTTTTTACC

LcaE211

(TG)₂₀

TTTTTGAGGGGTACAATAAGTGTG

202–278

0.58

0.91*

EF210125

GAGAGCGGGATGAAGTATGAAG

LcaE014

(TC)₁₁

TGGAGAATGACACAAACGAGTAAA

256–266

0.58

0.76

FJ535708

ATTTGGGTGCATAGTGAGACAGTC

LcaE015

(CA)₁₆

AAGGCAAAGAGACACACACAC

153–167

0.68

0.66

FJ535709

CTCGATTCACTCTGCTCCATG

LcaE016

(TC)₈

AGCAGCGGAGGTGGAGTCA

258–266

0.87

0.66*

FJ535710

GGAGGGAGGGAGGGAGGAG

LcaE020

(TG)₁₀

ACCCCACGCAAGGAGAGGATAAT

191–195

0.35

0.36

FJ535711

GCTGGCAGGCGTTGTAATGAGTT

LcaE021

(CA)₇

CCTCAGTAATTTGGTCAAGAAACT

144–158

0.44

0.33

FJ535712

TGCAAGGACCTCTATGATACAAA

LcaE022

(GA)₁₀

ACTAACCCCGTTTGGCGTCCATCT

304–306

0.44

0.42

FJ535713

TTTGGCTTCGTTGTGATCATCAGC

LcaE082

(TC)₅–(TG)₈

ATGGGGGTGGGGGTGTAACTTT

326–328

0.51

0.50

FJ535714

GCAGGGGCCCGGCTCATA

LcaE083

(TG)₂₃

GTCAAGGTAAACTGCCAATAG

154–158

0.47

0.38

FJ535715

AGAGAAAATGAGAGGAAGTTAGG

LcaE098

(CA)₁₂

GGGGGACAGTCAGGCAGATAGA

202–206

0.52

0.54

FJ535716

GCAGCAGATGCCTTTAACATTAGG

LcaE100

(TG)₇

CGCGGGTGTACACTTTGTATA

64–74

0.45

0.33

FJ535717

CTCAGTGTTTCTTTCTCAATGTCA

LcaE102

(TG)₁₀

CGCGGGGTTTAAGGAATGTAAG

176–180

0.45

0.38

FJ535718

AGGAAGGCCACGGTGATGG

LcaE108

(TG)₇

GAGCAGCTGGCCGGAAAGTAAAT

172–178

0.38

0.25

FJ535719

AGGCAGCAGAGGGAAAAGAAAATA

LcaE111

(CA)₇

AGTATACATGCCAGCAGTGTTACA

180–192

0.33

0.33

FJ535720

ATTTTTCCATCCTCGCTTCTC

LcaE118

(CA)₉

GGCCACGACGCGTAATCACTC

102–110

0.25

0.46*

FJ535721

TGCCCTGCTTCTTTTCCCTTCT

LcaE120

(TC)₉

ACCTCCCTCCAGACCATAAACAAC

144–160

0.33

0.35

FJ535722

AAGTCAGCCACGCTATACGCTTAG

LcaE124

(TG)₁₅

GGAAACAGGCTCCATCATCTTA

166–170

0.46

0.40

FJ535723

CACAACCGCTAAAGGCTATCA

LcaE12 5

(TG)₈

AAGCAAAGCAAAGCTCGGCTCTAT

212–220

0.63

0.76

FJ535724

TGAAGGTGCTTGGCGTCAGAT

LcaE187

(TC)₁₄

AAGCGCCTTTCTGTTCGTTATTC

146–178

0.79

0.86

FJ535725

TGAGGGGATCAGAAATGAAAACTC

LcaE212

(GA)₁₇

TGAGGCATTTCTGAGAACCAACAC

264–276

0.59

0.77*

FJ535726

AGGCTGGGCCAGATAAACACAA

LcaE218

(TG)₁₂

AACAAATGTGGCAAAAAGGTCTGC

280–288

0.13

0.20*

FJ535727

TTTGGGAAACTGCTCAACATCACC

LcaE223

(CA)₁₀

GACCGCCCCTTCCTCTACCTGAT

156–164

0.70

0.76

FJ535728

CAAACGCAAAGCAAACACCTGAAA

LcaE241

(CA)₁₆

GGAGGCCATGGAGAAGCAGATAG

199–217

0.50

0.72

FJ535729

CCTTTGGGCAGTACTGTATTTTTC

LcaE246

(TG)₇

CGCGGGTGAGACTATTACAGA

276–280

0.44

0.42

FJ535730

CAGTGCTGCGATATGTCTATTCAT

LcaE248

(TG)₁₂

CTCGGCCAGGTCTGATGAGT

169–187

0.83

0.46*

FJ535731

TAATACTGACGTCGCCTCGTTC

LcaE250

(TG)₇

GGCTCTCCCGTCTCCAGGTTT

94–104

0.42

0.51*

FJ535732

CTGCGCCCTCCCATCAGTG