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Table 1 Basic information on the intestinal and liver transcriptomes of the two dietary groups of fish

From: Asymmetric expression of homoeologous genes contributes to dietary adaption of an allodiploid hybrid fish derived from Megalobrama amblycephala (♀) × Culter alburnus (♂)

Fish group Total clean reads Clean reads bases (bp) SNP Number Unique mapped reads Total mapped reads(%)
C-Intestine1 40,875,328 6,120,857,148 178,115 33,355,355 (81.60%) 37,659,356 (92.13%)
C-Intestine2 44,897,254 6,724,235,532 172,520 36,725,040 (81.80%) 41,284,036 (91.95%)
C-Intestine3 45,432,496 6,801,174,866 176,720 36,842,441 (81.09%) 41,430,875 (91.19%)
H-Intestine1 45,623,958 6,831,303,448 469,045 38,470,050 (82.10%) 40,048,325 (87.78%)
H-Intestine2 45,240,496 6,777,495,390 388,932 35,867,617 (82.10%) 40,857,373 (90.31%)
H-Intestine3 45,129,468 6,760,490,246 296,917 32,785,787 (82.43%) 40,738,675 (90.27%)
H-Liver1 40,301,740 6,031,302,492 124,038 35,510,632 (77.83%) 37,363,894 (92.71%)
H-Liver2 50,305,328 7,536,275,016 134,514 36,584,989 (80.87%) 46,520,571 (92.48%)
H-Liver3 42,994,402 6,436,248,490 113,674 36,549,783 (80.99%) 39,787,469 (92.54%)
C-Liver1 46,856,834 7,010,976,494 92,877 33,170,072 (82.30%) 43,343,128 (92.50%)
C-Liver2 43,690,178 6,540,010,734 92,342 41,286,506 (82.07%) 35,867,617 (82.10%)
C-Liver3 39,773,512 5,952,176,384 87,825 35,407,930 (82.35%) 36,940,518 (92.88%)
  1. C-Intestine1 ~ 3 and C-Liver1 ~ 3: three intestinal and liver tissues of hybrid fish from carnivorous diet group, respectively. H-Intestine1 ~ 3 and H-Liver1 ~ 3: three intestine and liver tissues of hybrid fish from herbivorous diet group, respectively