Pattamawadee Yanatatsaneejit และ Suphakit Khowutthitham. (2012) Cancer: secret in genetic code and DNA mismatch repair genes. Abnomalities of these genes can be both from mutations and epigenetics. However, cancer is not a single gene disorder. Tumorigenesis is a lengthy process and several gene mutations need to accumulate for a long time for cancer to develop. Nowadays, pharmacogenetics has been used in cancer therapy. For example, drug therapy for EGFR mutation has been used for lung cancer patients. Therefore, knowledge from genetic study can be applied in clinical development for improving quality of human life. <i>Thai Journal of Genetics</i>, <i>5</i>(1), 120.Pattamawadee Yanatatsaneejit และ Suphakit Khowutthitham. "Cancer: secret in genetic code and DNA mismatch repair genes. Abnomalities of these genes can be both from mutations and epigenetics. However, cancer is not a single gene disorder. Tumorigenesis is a lengthy process and several gene mutations need to accumulate for a long time for cancer to develop. Nowadays, pharmacogenetics has been used in cancer therapy. For example, drug therapy for EGFR mutation has been used for lung cancer patients. Therefore, knowledge from genetic study can be applied in clinical development for improving quality of human life.". Thai Journal of Genetics 5 (2012):120.Pattamawadee Yanatatsaneejit และ Suphakit Khowutthitham. Cancer: secret in genetic code and DNA mismatch repair genes. Abnomalities of these genes can be both from mutations and epigenetics. However, cancer is not a single gene disorder. Tumorigenesis is a lengthy process and several gene mutations need to accumulate for a long time for cancer to develop. Nowadays, pharmacogenetics has been used in cancer therapy. For example, drug therapy for EGFR mutation has been used for lung cancer patients. Therefore, knowledge from genetic study can be applied in clinical development for improving quality of human life. Genetics Society of Thailand:ม.ป.ท. 2012.