Biotechnology postgraduate with research experience in cancer biology. 5 years of research experience molecular techniques and working on with publication of cancer research project.
To pursue a research career in the field of Cancer Biology by obtaining a Doctoral degree from a reputed organization and utilize my skills to work with further oriented project work and establish my career as a scientist and contribute to endowment of society.
Skilled in aseptic techniques for contamination prevention in cell culture and maintaining diverse cell lines Knowledgeable in cell differentiation and transfection for gene manipulation Proficient in cell proliferation assays, immunofluorescence, flow cytometry, and various microscopy techniques Understands tissue engineering principles and data analysis using statistical software
Proficient in PCR for DNA amplification, Allele specific PCR cloning, and genotyping, and data analysis Experienced in DNA/RNA isolation from different samples Familiar in cloning, CRISPR/Cas9 gene editing, and Western Blotting for protein detection Proficient in gel electrophoresis and fluorescence microscopy Familiar in bioinformatics for genomic, transcriptomic, and proteomic analyses
well-versed in various microbial techniques, ranging from fermentation and genetic engineering to bioremediation and the production of antibiotics My knowledge extends to applications such as vaccine development, probiotics, microbial culturing, bioleaching, microbial fuel cells, and biofertilizers This broad understanding reflects my awareness of the diverse roles that microorganisms play in fields such as biotechnology, medicine, agriculture, and environmental science
comprehensive understanding of various biochemistry techniques, including but not limited to chromatography, electrophoresis, mass spectrometry, and enzyme assays
Currently engaged in the preparation and publication of a comprehensive review elucidating the critical role of TSFSF9 in pancreatic cancer metastasis. The review explores the intricate interplay with novel microbes within regulatory networks, providing valuable insights into the complex dynamics of cancer progression and potential therapeutic targets.
Master Thesis - Cultivation Microalga Biomass in Dairy Waste water And Simultaneous Bioremediation, 2019
Cultivation of microalgal species for biomass and lipid production on synthetic medium becomes expensive and water requirement for algae culture is very high especially in open pond system, but fortunately their capability to grow in dairy waste water resolves this problem as well as contributes in treatment of wastewater by decreasing the value of COD, BOD and removal of heavy metals, the treated wastewater can be use in other purposes such as irrigation. Major problem with most cattle wastewaters is the high concentrations of nutrients, particularly total N and total P concentration, which require costly chemical-based treatments to remove them during wastewater treatment hence by growing microalgae on dairy waste water N and P are used as source of nutrients by microalgal species