Dr Vinny Verma
Lecturer
Biography
As a Biophysical Chemist, my work bridges the complex fields of biochemistry and biophysics to enhance our understanding of molecular interactions and mechanisms. In my current role as a Lecturer in Biotechnology at the University of Chester, I am deeply committed to fostering an enriching academic environment that promotes both graduate skill development and vibrant research activity. My core expertise includes single-molecule fluorescence imaging, protein chromatography, and DNA biochemistry, with a strong emphasis on imaging data analysis. I continuously adapt my teaching strategies to align with the university’s innovative academic culture. As a Researcher at the University of Chester, I apply my background in biochemistry and microbiology to investigate the impact of agrochemicals on soil microbial communities and crop health. I also explore the influence of dietary supplements on human health. My research incorporates a wide array of techniques, including microbial cell culturing, PCR, DNA sequencing, spectrophotometry, and protein structure prediction and analysis.
Teaching and Supervision
Modules Taught: Essential Methods for the Biotechnologist: Core lab techniques including microbial and mammalian cell culture, recombinant DNA technology, protein analysis, and gene expression studies, alongside applied statistics. From Genes to Biological Systems: Gene regulation in development, use of vertebrate and eukaryotic model organisms, and understanding complex microbial communities. Applied Biotechnology: Genetically modified organisms, gene editing technologies (CRISPR, TALENs, Zinc fingers), personalised medicine, and biotech applications in health, industry, and the environment. Emerging Molecular Therapies in Medicine: Personalised and targeted therapies, advanced gene therapy approaches, non-coding RNA and oligonucleotide therapeutics, nanomedicine for drug delivery, molecular immunotherapy, and cancer treatment strategies. Research Dissertation: Supervision and support of independent student-led research projects.
Research and Knowledge Exchange
Research Focus & Techniques: Single-Molecule Imaging Fluorescence Imaging Imaging Data Analysis Protein Chromatography DNA Biochemistry DNA Sequencing Polymerase Chain Reaction (PCR) Spectrophotometry Protein Structure Prediction Protein Structure Analysis Microbial Cell Culturing Molecular Mechanisms Soil Microbiome Agrochemical Impact Crop Health Human Health Nutritional Supplements Sustainable Agriculture