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Table 1 Statistics for the three RBG Chloroflexi genomes

From: Community genomic analyses constrain the distribution of metabolic traits across the Chloroflexi phylum and indicate roles in sediment carbon cycling

Scaffold length distribution

RBG-2

RBG-1351

RBG-9

500-1,000

190

0

1

1,000-5,000

141

0

4

5,000-10,000

2

3

5

10,000-20,000

0

14

10

20,000-50,000

5

20

5

50,000-100,000

4

8

11

100,000-200,000

6

1

12

200,000+

2

0

4

General information

   

Abundance ratio (4 m:5 m:6 m)

78:6:16

80:5:15

4:70:26

Scaffolds (n)

350

46

52

Total bp (n)

2,314,541

1,510,752

3,831,943

Avg. seq. length (bp)

6,613

32,842

73,691

N50 (bp)

156,509

42,166

148,655

Maximum scaffold size (bp)

304,207

159,726

354,139

Scaffolds >2500 (>10,000)

   

Scaffolds (n)

37 (17)

46

48 (42)

Total bp (n)

2,008,616 (1,936,016)

1,510,752

3,825,973 (3,785,678)

Avg. seq. length

54,286 (113,883)

32,842

79,707 (90,135)

N50

163,466 (same)

42,166

148,655 (same)

Genome characteristics

   

G + C content (%)

1,022,478 (50.8)

749,453 (49.6)

2,344,523 (61.2)

Genes

2,134

1,635

3,646

Protein coding genes

2,068

1,603

3,596

Genes with functional prediction

1,409

1,069

1,535

Signal Pa

47 (2.3%)

39 (2.4%)

144 (3.9%)

Trans-membrane proteinsb

356 (17.2%)

302 (18.8%)

918 (25.1%)

Tat signal proteinsc

4 (0.2%) (179 (8.7%))

1 (0.06%) (25 (1.5%))

27 (0.7%) (143 (3.9%))

rRNA genes (5S/16S/23S)

0/1/1

0/0/0

0/1/1

tRNA genes (n)

64

32

48

  1. aData obtained using SignalP 3.0 [49, 50].
  2. bData obtained using TMHMM Server v. 2.0.
  3. cData obtained using TatP 1.0, numbers in brackets represent potential Tat proteins with no Tat motif [51].