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Table 1 Read Statistics by Animal

From: Diet shifts provoke complex and variable changes in the metabolic networks of the ruminal microbiome

ID

Diet

Total readsa

Reads with valid paired ORFsb

# (%) reads that hit to nodesc

# of reads hitting multiple nodes

# (%) reads hit to sheep genomed

#OTU founde

1003

FORG

16,779,099

14,521,805

271,571 (1.87%)

220,794

58,830 (0.35%)

109

1009

FORG

35,930,923

30,282,660

761,728 (2.52%)

548,931

1,855,867 (5.17%)

161

1127

FORG

41,120,479

35,920,407

570,177 (1.59%)

459,714

63,121 (0.15%)

137

1208

FORG

44,823,544

39,038,632

1,012,146 (2.59%)

790,442

18,155 (0.04%)

140

1248

FORG

22,698,997

19,869,280

673,066 (3.39%)

441,001

2,804 (0.01%)

127

1366

FORG

18,124,115

14,952,153

396,240 (2.65%)

275,291

42,582 (0.23%)

119

1397

FORG

32,221,706

28,176,562

657,645 (2.33%)

486,817

62,527 (0.19%)

137

7505

FORG

47,234,706

38,189,761

651,061 (1.70%)

478,999

1,175,563 (2.49%)

177

1026

CONC

29,835,213

24,169,312

642,601 (2.66%)

780,456

7,564 (0.03%)

108

1101

CONC

54,927,600

47,578,081

1,008,933 (2.12%)

1,059,980

44,188 (0.08%)

142

1111

CONC

26,710,771

23,016,865

362,506 (1.57%)

486,293

167,325 (0.63%)

137

1220

CONC

7,800,938

6,274,376

109,479 (1.74%)

126,946

1,226 (0.02%)

75

1239

CONC

42,216,924

36,551,070

751,236 (2.06%)

775,268

24,083 (0.06%)

138

1348

CONC

13,577,697

11,843,596

245,424 (2.07%)

246,823

12,233 (0.09%)

102

1396

CONC

18,274,753

15,860,653

278,963 (1.76%)

339,002

7,330 (0.04%)

124

7429

CONC

30,236,139

26,315,246

553,079 (2.10%)

537,174

65,498 (0.22%)

135

  1. aTotal paired reads sequenced prior to quality filtering
  2. bTotal number of paired reads passing read quality filtering and having a sufficiently long ORF in both members (Materials and Methods)
  3. cNumber and percent of valid reads (previous column) that were mapped to nodes according to our criteria (Materials and Methods)
  4. dNumber and percent of total reads that mapped to the sheep genome at 80% percent identity
  5. eNumber of distinct OTUs identified previously in these sequences [18]