Complete genomic sequence of the Vibrio alginolyticus bacteriophage Vp670 and characterization of the lysis-related genes, cwlQ and holA

Table 1 Predicted ORFs of Vibrio alginolyticus phage Vp670^a

ORFs	Start	End	Length (bp)	Molecular mass (kD)	Coding for
1	114	2267	2153	78.94	Virion protein
2	2385	5204	2819	103.36	Phage T7 fiber protein
3	5213	5398	185	6.78	Phage holin, HolA
4	5400	5744	344	12.61	Small terminase subunit
5	5744	7618	1874	68.71	Large terminase subunit
8	8496	8885	389	14.26	Endolysin, CwlQ
13	11,660	11,821	161	5.90	Caskin-2/caskin-1
14	11,894	12,826	932	34.17	Protein kinase
16	13,113	15,899	2786	102.15	DNA-dependent RNA polymerase
23	17,580	19,676	2096	76.85	Hydrolase/Topoisomerase-primase
26	20,690	23,233	2543	93.24	Putative DNA polymerase
33	25,816	27,036	1220	44.73	Phage exonuclease
34	27,020	27,457	437	16.02	Endonuclease VII
35	27,457	28,473	1016	37.25	Calcineurin-like Phosphoesterase
37	28,865	29,410	545	19.98	Phosphomevalonate kinase
38	29,410	30,420	1010	37.03	Adenylation DNA ligase-like protein
41	30,888	31,352	464	17.01	Putative acetyltransferase
43	31,537	33,165	1628	59.69	Phage head to tail connecting protein
44	33,165	34,064	899	32.96	Scaffolding protein
45	34,112	35,263	1151	42.20	Major capsid protein
46	35,331	35,978	647	23.72	Tail protein
47	35,981	38,602	2621	96.10	Tail protein
48	38,612	39,217	605	22.18	Putative internal virion protein A

^aA total of 26 ORFs are predicted to encode for hypothetical proteins, which are omitted from the table

ISSN: 1471-2164