XGB - The Xanthomonas Genome Browser - Summary for Xylella fastidiosa Temecula1, Temecula1.

	Xylella fastidiosa Temecula1, Temecula1
Genomic elements	1 chromosomes(s), 1 circular plasmid(s) Show details
Genome features	CDS: 2036 genes, length ø 965 bp, gc-content ø 0.522 '+'-strand: 1002 genes, length ø 968 bp, gc-content ø 0.519 '-'-strand: 1034 genes, length ø 963 bp, gc-content ø 0.524 misc_RNA: 2 genes, length ø 354 bp, gc-content ø 0.584 '+'-strand: 2 genes, length ø 354 bp, gc-content ø 0.584 '-'-strand: 0 genes, length ø 0 bp, gc-content ø 0 pseudo: 7 genes, length ø 1809 bp, gc-content ø 0.537 '+'-strand: 2 genes, length ø 2004 bp, gc-content ø 0.555 '-'-strand: 5 genes, length ø 1732 bp, gc-content ø 0.529 rRNA: 6 genes, length ø 1515 bp, gc-content ø 0.552 '+'-strand: 6 genes, length ø 1515 bp, gc-content ø 0.552 '-'-strand: 0 genes, length ø 0 bp, gc-content ø 0 tRNA: 49 genes, length ø 78 bp, gc-content ø 0.599 '+'-strand: 24 genes, length ø 78 bp, gc-content ø 0.601 '-'-strand: 25 genes, length ø 78 bp, gc-content ø 0.597
COG categories
Amino acid transport and metabolism [E]	135
Carbohydrate transport and metabolism [G]	89
Cell cycle control, mitosis and meiosis [D]	28
Cell motility [N]	51
Cell wall/membrane biogenesis [M]	144
Chromatin structure and dynamics [B]	0
Coenzyme transport and metabolism [H]	90
Cytoskeleton [Z]	0
Defense mechanisms [V]	25
Energy production and conversion [C]	96
Extracellular structures [W]	1
Function unknown [S]	161
General function prediction only [R]	208
Inorganic ion transport and metabolism [P]	76
Intracellular trafficking and secretion [U]	82
Lipid transport and metabolism [I]	54
NOT ANALYZED	64
Nuclear structure [Y]	0
Nucleotide transport and metabolism [F]	43
Posttranslational modification, protein turnover, chaperones [O]	97
RNA processing and modification [A]	1
Replication, recombination and repair [L]	131
Secondary metabolites biosynthesis, transport and catabolism [Q]	35
Signal transduction mechanisms [T]	63
Transcription [K]	94
Translation, ribosomal structure and biogenesis [J]	150
Unclassified [-]	391