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Table 3 Summary of BLAST comparisons

From: The gonadal transcriptome of the unisexual Amazon molly Poecilia formosa in comparison to its sexual ancestors, Poecilia mexicana and Poecilia latipinna

Taxa

 

Entries

BLAST algorithm

Poecilia formosa

Poecilia latipinna

Poecilia mexicana

Poecilia formosa

cDNA

30,958

tblastx

67,957 (63.56%)

63,547 (55.17%)

74,800 (56.23%)

DNA

3985

blastn

106,300 (99.4 2%)

114,516 (99.43%)

131,651 (98.97%)

protein

30,898

blastx

49,267 (46.08%)

48,170 (41.82%)

58,574 (44.03%)

Poecilia mexicana

DNA

18,105

blastn

106,151(99.28%)

113,876 (98.87%)

131,866 (99.13%)

protein

47,406

blastx

51,032 (47.73%)

49,608 (43.07%)

60,442 (45.44%)

Poecilia latipinna

DNA

17,988

blastn

106,127 (99.26%)

114,721 (99.61%)

130,691 (98.25%)

protein

47,072

blastx

51,096 (47.79%)

49,757 (43.20%)

60,227 (45.27%)

Poecilia reticulata

DNA

43,715

blastn

49,894 (47.73%)

48,762 (42.34%)

59,326 (44.60%)

protein

2768

blastx

100,357 (93.86%)

107,025 (92.92%)

122,599 (92.13%)

Xiphophorus maculatus

cDNA

20,482

tblastx

67,957 (63.56%)

63,547 (55.17%)

74,800 (56.23%)

DNA

20,632

blastn

106,300 (99.42%)

114,516 (99.43%)

131,651 (98.97%)

protein

20,454

blastx

49,267 (46.08%)

48,170 (41.82%)

58,574 (44.03%)

Oryzias latipes

cDNA

24,675

tblastx

39,246 (36.71%)

40,351 (35.03%)

49,354 (37.10%)

DNA

7189

blastn

15,343 (14.35%)

16,805 (14.59%)

21,320 (16.03%)

protein

24,674

blastx

38,139 (35.67%)

38,839 (33.72%)

47,559 (35.75%)

Danio rerio

cDNA

48,435

tblastx

37,939 (35.48%)

39,132 (33.98%)

47,942 (36.04%)

DNA

1133

blastn

2155 (2.02%)

3066 (2.66%)

4005 (3.01%)

protein

43,153

blastx

37,216 (34.81%)

38,463 (33.40%)

46,709 (35.11%)

Swiss-Prot

protein

547,964

blastx

56,085 (52.45%)

53,528 (46.48%)

64,569 (48.54%)

  1. For each taxon, we show the number of the sequences of the cDNA/DNA (toplevel) and protein databases, the BLAST algorithm used, and the percentage of matched sequences. cDNA resources were utilized when available for the respective species