The molecular mechanism of Gastric cancer (GC) is gaining ground rapidly. Cytological study has identified the multiple changes of gene, to isolate GC associated genes, optimized arbitrarily primed polymerase chain re...The molecular mechanism of Gastric cancer (GC) is gaining ground rapidly. Cytological study has identified the multiple changes of gene, to isolate GC associated genes, optimized arbitrarily primed polymerase chain reaction (AP-PCR) is used in present study matching GC tissues and non-cancerous gastric tissues. The present study includes three parts: the first step is acquirement of the differential bands. The DNA is isolated from matched GC tissues and non-cancerous gastric tissues. DNA fingerprinting generated by using optimized APPCR. The second step is identification of the DNA. The DNA extracted from the differential bands are amplified and identified by dot blot hybridization,展开更多
文摘The molecular mechanism of Gastric cancer (GC) is gaining ground rapidly. Cytological study has identified the multiple changes of gene, to isolate GC associated genes, optimized arbitrarily primed polymerase chain reaction (AP-PCR) is used in present study matching GC tissues and non-cancerous gastric tissues. The present study includes three parts: the first step is acquirement of the differential bands. The DNA is isolated from matched GC tissues and non-cancerous gastric tissues. DNA fingerprinting generated by using optimized APPCR. The second step is identification of the DNA. The DNA extracted from the differential bands are amplified and identified by dot blot hybridization,