Speakers

Biography

At Mahidol University's College of Sports Science and Technology in Thailand, I leverage my research expertise in miRNA, fitness, and chronic illnesses to educate students as a lecturer. My interests extend to the microbiome's role in exercise and chronic diseases, as explored in a 2022 publication. A key research area for me involves the transgenerational impact of diseases on birth abnormalities, using miRNAs and target genes as biomarkers. My current research, funded by Tinarathpatra Co Ltd., Thai Health Promotion Foundation, and Mahidol University, investigates BDNF gene expression in amphetamine users. This project encompasses BDNF, single nucleotide polymorphisms (SNPs), mRNAs, miRNAs, and the microbiota to explore potential interventions for miRNA and target gene expression. Inspired by my Ph.D. in Health Promotion and Human Services from the University of Cincinnati, I began exploring the interplay between genotype, lifestyle changes, and exercise in disease prevention. This initial focus on genotypes has evolved into in-depth epigenetic studies, particularly the role of miRNAs and target genes as key indicators.

Abstract

Background The use of amphetamine- substances or ecstasy is widespread among young people across Southeast Asia, and particularly in Thailand. When used over long periods of time, amphetamines can induce cravings, depression, aggressive behavior or mental health problems. Forty -male patients engaged in two different 40 mins exercise groups (1) light- exercise with less supervision (2) circuit training with close supervision. The participants blood were withdrawn for protein BDNF analysis and MMSE were given on day 1and day 31. The results showed the cognitive function improved in light aerobic exercise.