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Table 2 Functional classification of S. coelicolor M145 genes missing or divergent in S. lividans TK21

From: Comparative genomic hybridizations reveal absence of large Streptomyces coelicolor genomic islands in Streptomyces lividans

Functiona

Total Presentb

Number Missing/Divergent

Percent Missing/Divergent

Cell processes

800

32

4 %

Macromolecule metabolism

496

20

4 %

Amino acids biosynthesis

123

3

2 %

Nucleotide biosynthesis

30

0

0 %

Ribosomal constituents

67

0

0 %

Biosynthesis of cofactors and carriers

118

0

0 %

Central intermediary metabolisms

111

4

4 %

Degradation of small molecules

200

6

3 %

Energy metabolism

189

1

1 %

Fatty acid and phosphatidic acid biosynthesis

56

4

7 %

Secondary metabolism

277

3

1 %

Periplasmic, exported or lipoproteins

1318

84

6 %

Two-component systems

165

7

4 %

RNA polymerase core enzyme binding

88

3

3 %

Regulatory proteins

673

39

6 %

Protein kinases

39

1

3 %

Laterally acquired elements

139

95

68 %

Not classified

565

30

5 %

Hypothetical proteins

2371

293

12 %

Total

7825

625

8%

  1. aprotein classification scheme derived from EcoCyc database; downloaded from http://www.sanger.ac.uk/Projects/S_coelicolor/scheme.shtml
  2. bTotal number of proteins present in S. coelicolor chromosome in each category