TABLE 4.

Thirty new HPV candidates and two subtypes isolated from human skin samples and an environmental sample^a

HPV candidate	Sourceb	Size of fragment analyzedc (bp)	Closest related HPV type or candidate	Nucleotide sequence homology (%)
FA14	RTR	434	HPV 8	72
FA15	RTR	443	HPV FA4	68
FA16.1d	RTR	437	HPV 23	81
FA16.2d	RTR	437	HPV 23	81
FA17	RTR	437	HPV RTRX7	78
FA18	RTR	434	HPV 8	71
FA19	RTR	215	PCPV 1	61
FA20	D	431	HPV FA11	72
FA21	HC	431	HPV 4	67
FA22	D	440	HPV FA7	81
FA23.1d	HC, RTR	434	HPV 8	71
FA23.2d	D	434	HPV 8	71
FA24	HC, D	440	HPV FA4	70
FA25	D	434	HPV 5	72
FA26	D	434	HPV 8	72
FA27	D	434	HPV 50	82
FA28	RTR	437	HPV FA13	68
FA29	RTR	440	HPV FA2.1	67
FA30	RTR	440	HPV FA13	76
FA31	RTR	215	HPV 48	63
FA32	RTR	437	HPV FA11	65
FA33	RTR	215	HPV 48	59
FA34	RTR	440	HPV 50	64
FA35	RTR	440	HPV FA13	64
FA36	HC	218	HPV 5 NAf3	77
FA37	Floor	437	HPV 5	77
FA38	HC	221	HPV FA2.3	62
FA39	HC	440	HPV FA7	82
FA40	HC	437	HPV 38	74
FA41	RTR	440	HPV 4	70
FA42	HC	437	HPV FA7	80
FA43	HC	446	HPV FA6	81

^aHPV candidates are presented together with the previously characterized HPV types to which they show the closest DNA sequence homology. 

^bRTR, renal transplant recipient; D, dialysis patient; HC, healthy control. 

^cPrimer sequences not included. 

^dFA16.1 and FA16.2, as well as FA23.1 and FA23.2, represent subtypes.