X Cai1, Y Zhang, L Geng. 1. Cancer Institute, Zhejiang Medical University, Hangzhou.
Abstract
OBJECTIVE: To identify the chromosomal localization of novel colorectal cancer-related gene HSU17714. METHODS: Enhanced fluorescence in situ hybridization technique was applied with tyramine as the enhancer. RESULTS: 80%(128/160) interphase and 60% (104/174) metaphase cells showed obvious hybridization signals of HSU17714. 85%(40/47) metaphase cells showed hybridization signals at 22q13 in the fluorescence R-banding assay. CONCLUSION: HSU17714 is assigned to human chromosome 22q13.
OBJECTIVE: To identify the chromosomal localization of novel colorectal cancer-related gene HSU17714. METHODS: Enhanced fluorescence in situ hybridization technique was applied with tyramine as the enhancer. RESULTS: 80%(128/160) interphase and 60% (104/174) metaphase cells showed obvious hybridization signals of HSU17714. 85%(40/47) metaphase cells showed hybridization signals at 22q13 in the fluorescence R-banding assay. CONCLUSION: HSU17714 is assigned to human chromosome 22q13.