ID HPV44E6 STANDARD; ds-DNA; VRL; 590 bp. XX DE Human papillomavirus type 44 (HPV-44), E6 region. XX AC M27023 XX DT 15-SEP-1989 XX OS Human papillomavirus type 44 DNA recovered from a vulvar OS condyloma. OC Human papillomavirus type 44 OC Viridae; ds-DNA nonenveloped viruses; Papovaviridae; OC Papillomavirus. XX RN [1] RP 1-590 RA Lorincz,A.T., Quinn,A.P., Goldsborough,M.D., Schmidt,B.J. and RA Temple,G.F.; RT "Cloning and partial DNA sequencing of two new human papillomavirus RT types associated with condylomas and low-grade cervical neoplasia"; RL J. Virol. 63, 2829-2834 (1989) XX XX HPV-44 is a mucosatropic HPV which to date has not been detected in XX cervical cancer. Prevalence studies indicate that HPV-44 and HPV-43 XX have been found in 4% of cervical intraepithelial neoplasms, but in XX none of the 56 cervical cancers tested. XX XX During the analysis of approximately 1000 anogenital tissue samples, XX two new HPV types, HPV-43 and HPV-44, were identified. The complete XX genome of HPV-44 was recovered from a vulvar condyloma and cloned XX into bacteriophage lambda. The biopsy was taken from a woman from XX the Detroit Michigan area. The DNA recovered was a single 7.8 kb XX BamHI fragment. Only the E6 region of the cloned sample has been XX sequenced, although the positions of the ORFs for the entire genome XX have been deduced and are consistent with the organization of DNA XX from HPV-6b. A possible feature of HPV types associated with XX malignant lesions is the potential to produce a different E6 protein XX by alternative splicing. This potential has been found in types XX HPV-16, HPV-18, and HPV-31. HPV-44 has a potential E6 splice donor XX at nt 229, but does not contain a potential splice acceptor. XX XX FT KEY Location/Qualifiers FT CDS 103..555 FT /note="putative" FT /note="ORF E6 from bp 70 to 555" FT /product="transforming protein" FT /gene="E6" FT /note="putative" FT /codon_start=1 XX SQ SEQUENCE 590 bp; 197 a; 117 c; 124 g; 152 t; aataataatc taacctttac aaaaaagagg aggaaccgaa ttcggttcca accgaaaacg 60 gttatataaa aaccagccca aaaattaagc aagcggggca taatggaaag tgcaaatgcc 120 tccacgtctg cacaaagtat agaccagttg tgcaaggagt gcaacattcc tatgcacaat 180 ctgcaaattt tatgcgtgtt ttgcagaaaa acgttaagta ctgcagaggt ttattcattc 240 gcatataaac agttatatgt agtgtaccga ggaaactttc catttgcagc ctgtgccatt 300 tgtttagaac tacaaggtaa ggtcaatcaa tttaggcatt ttaactacgc gggatatgca 360 gtaacagtgg aagaagaaac aaataagtca attctggacg tgctgatacg ctgctatttg 420 tgccacaaac cattgtgcca cgtggaaaag gtgcgccaca tattggacaa ggcgcgattc 480 attaaattac aagatacctg gaagggtcgc tgcttccatt gttggacatc atgcatggaa 540 actatactac cttaaaggaa attgttttac agctggaacc tcctgaccct 590 //