HPV VIS Detail Information

> This page shows VIS [5001900] detail information, including site information (chromosome, GRCh38 location, disease, sample, etc) and literature information.

Site Information

DVID	5001900
VISID	TVIS20004525
Chromosome	chr15
GRCh38 Location	58544058
Disease	Cervical carcinoma
Sample	Tumor
Virus Reference Genome	K02718
Target Gene	LIPC

Literature Information

PubMed PMID	23824673
Published year	2013
Journal	PloS one
Title	Multiplex Identification of Human Papillomavirus 16 DNA Integration Sites in Cervical Carcinomas.
Author	Xu B,Chotewutmontri S,Wolf S,Klos U,Schmitz M,Dürst M,Schwarz E
Evidence	Viral DNA integration into the host genome is a frequent mutation in cervical carcinogenesis. Because integration occurs into different genomic locations, it creates unique viral-cellular DNA junctions in every single case. This singularity complicates the precise identification of HPV integration sites enormously. We report here the development of a novel multiplex strategy for sequence determination of HPV16 DNA integration sites. It includes DNA fragmentation and adapter tagging, PCR enrichment of the HPV16 early region, Illumina next-generation sequencing, data processing, and validation of candidate integration sites by junction-PCR. Altogether 75 HPV16 integration sites (3'-junctions) were identified and assigned to the individual samples. By comparing the DNA junctions with the presence of viral oncogene fusion transcripts, 44 tumors could be classified into four groups: Tumors with one transcriptionally active HPV16 integrate (n = 12), tumors with transcribed and silent DNA junctions (n = 8), tumors carrying episomal HPV16 DNA (n = 10), and tumors with one to six DNA junctions, but without fusion transcripts (n = 14). The 3'-breakpoints of integrated HPV16 DNA show a statistically significant (p<0. Half of the mapped HPV16 integration sites target cellular genes pointing to a direct influence of HPV integration on host genes (insertional mutagenesis). In summary, the multiplex strategy for HPV16 integration site determination worked very efficiently. It will open new avenues for comprehensive mapping of HPV integration sites and for the possible use of HPV integration sites as individualized biomarkers after cancer treatment of patients for the early diagnosis of residual and recurrent disease.