A novel three-class ROC method for eQTL analysis. - Weichao Xu; Peikai Chen; Y. S. Hung; Sun-Yuan Kung (ICMLC, 2010)

Extracting Key Pathways from Gene Signature and Genetic Aberrations in Subtypes of Cancer. - Peikai Chen; Yubo Fan; Tsz-Kwong Man; Ching C. Lau; Y. S. Hung; Stephen T. C. Wong (CIBB, 2012)

An integrative bioinformatics approach for identifying subtypes and subtype-specific drivers in cancer. - Peikai Chen; Y. S. Hung; Yubo Fan; Stephen T. C. Wong (CIBCB, 2012)

A gene signature based method for identifying subtypes and subtype-specific drivers in cancer with an application to medulloblastoma. - Peikai Chen; Yubo Fan; Tsz-Kwong Man; Y. S. Hung; Ching C. Lau; Stephen T. C. Wong (BMC Bioinform., 2013)

Identification of cancer subtypes and subtypes-specific drivers using high-throughput data wih application to medulloblastoma. - Peikai Chen (2013)

A powerful conditional gene-based association approach implicated functionally important genes for schizophrenia. - Miao-Xin Li; Lin Jiang; Timothy Shin Heng Mak; Johnny S. H. Kwan; Chao Xue; Peikai Chen; Henry Chi-Ming Leung; Liqian Cui; Tao Li 034; Pak Chung Sham (Bioinform., 2019)

ORCA: An ensemble deep learning framework for automatic detection and deformity assessment for lower-limb radiographs of skeletal dysplasia. - Peikai Chen; Xinlin Zhou; Haihua Cai; Janus Wong; Yong Hu 003; Michael Kai-Tsun To (CIVEMSA, 2024)

enLLASD: An Ensemble Deep Learning Framework to Automate Derivation of Lower Limb Alignments for Skeletal Dysplasia. - Peikai Chen; Xinlin Zhou; Haihua Cai; David J. H. Shih; Janus Wong; Yong Hu 003; Michael Kai-Tsun To (IEEE Trans. Instrum. Meas., 2025)