GENIPAC: A Genomic Information Portal for Head and Neck Cancer Cell Systems

• Main Authors: Lee, Beverly K.B., Gan, Chai Phei, Chang, Jit Kang, Tan, Joon Liang, Fadlullah, Muhammad Zaki Hidayatullah, Rahman, Zainal Ariff Abdul, Prime, Stephen Stewart, Gutkind, Jorge Silvio, Liew, Chee Sun, Khang, Tsung Fei, Tan, Aik Choon, Cheong, Sok Ching
• Format: Article
• Published: SAGE Publications 2018
• Subjects: Q Science (General); QA Mathematics; QA75 Electronic computers. Computer science; R Medicine; RK Dentistry
• Online Access: http://eprints.um.edu.my/21537/; https://doi.org/10.1177/0022034518759038

Head and neck cancer (HNC)–derived cell lines represent fundamental models for studying the biological mechanisms underlying cancer development and precision therapies. However, mining the genomic information of HNC cells from available databases requires knowledge on bioinformatics and computational skill sets. Here, we developed a user-friendly web resource for exploring, visualizing, and analyzing genomics information of commonly used HNC cell lines. We populated the current version of GENIPAC with 44 HNC cell lines from 3 studies: ORL Series, OPC-22, and H Series. Specifically, the mRNA expressions for all the 3 studies were derived with RNA-seq. The copy number alterations analysis of ORL Series was performed on the Genome Wide Human Cytoscan HD array, while copy number alterations for OPC-22 were derived from whole exome sequencing. Mutations from ORL Series and H Series were derived from RNA-seq information, while OPC-22 was based on whole exome sequencing. All genomic information was preprocessed with customized scripts and underwent data validation and correction through data set validator tools provided by cBioPortal. The clinical and genomic information of 44 HNC cell lines are easily assessable in GENIPAC. The functional utility of GENIPAC was demonstrated with some of the genomic alterations that are commonly reported in HNC, such as TP53, EGFR, CCND1, and PIK3CA. We showed that these genomic alterations as reported in The Cancer Genome Atlas database were recapitulated in the HNC cell lines in GENIPAC. Importantly, genomic alterations within pathways could be simultaneously visualized. We developed GENIPAC to create access to genomic information on HNC cell lines. This cancer omics initiative will help the research community to accelerate better understanding of HNC and the development of new precision therapeutic options for HNC treatment. GENIPAC is freely available at http://genipac.cancerresearch.my/.