1) Business Development, Marketing, and Product Development. 2) National Science Foundation SBIR/STTR grant and report submission and commercialization plan.3) Nucleic acid extraction and stabilization for (potential) direct-to-consumer RNA testing platform.

The Gerontology laboratory at the University of Michigan Medical School I was a part of a team who worked on a number of problems related to the genetics of aging in mammals, with projects focused on:• Development of methods to slow aging in mice, by diets, drugs, or mutations• Cellular mechanisms of stress resistance and aging, in mice and in tissue culture• Comparative biogerontology using cells from cross-species cell line model• Gene mapping, biomarkers of aging, and correction of defects in the immune system ----------------------------------------------------------------------------------------------------------- As a postdoctoral research fellow in the lab:a) Demonstrated skills and expertise in establishing two inducible gene knockout models, resulted in developing protocols for growth hormone and Insulin signaling gene deletions in mouse models. b) Designing and optimizing tamoxifen-dose strategies in-vivo using i.p and i.v injection, to reduce the overall cost and time to develop inducible in-vivo gene knockouts. c) Collaborated cross-functionally and lead projects with group of scientists and Industrial professional (such as Covance CRO) to develop 3 mouse-PAPPA antibody and tested them using siRNA, CRISPR techniques in cell-based assays. d) Excellent interpersonal and public speaking skills resulted in collaboration with the Undergraduate Research Opportunity Program (UROP) at UM to recruit young talents in science.For a detailed list of accomplishments, please request my resume.

My role as a graduate research assistant: a) Formulated, designed and spearhead mechanistic studies on the role of small molecules in targeting epigenetic abnormalities using mammalian cell culture and animal tissues cultures as the model systems.b) Utilized flow-cytometry and molecular biology techniques resulted in discovering the effects of bioactive compounds on cancer cells.b) Explore new technologies and identified creative solutions to overcome the current limitations with western blot techniques, resulted in 10% cost reduction in antibody purchase and significantly improved research productivity.c) Due to my excellent interpersonal skills and budgeting expertise, I was able to serve as a senator and treasure for graduate student body where I managed a yearly fund of $ 80,000 among different organization within the graduate school for 3 years.  Achievements in the record of <5 years of my tenure at UAB:• Excellent communication skills resulted in 8 scientific publication and 3 oral presentations to lay audience. This work helped lab in seizing two R01 and an R21 grant for project development.• Utilized leadership and management skills to mentor a team of 4 junior scientists and 2 undergraduates, resulted in early-cancer drug-discovery of 5 small molecules.• Identified problem pertaining to current treatment strategies for triple-negative breast cancers (TNBC) hence, collaborated-cross functionally to solve the problem and develop a unique treatment regimen to help 20% of total TNBC market through modified hormone chemotherapy.• Due to my enthusiasm, innovation and self-motivation attitude in the field of biology, it rewarded me with The John Milner Nutrition and Cancer Prevention Research Practicum spot in 2016 as one of the 30 participant around the world by NIH/NCI.For a detailed list of accomplishments and skills, please request my resume.

Symbiotec’s R&D uses State Of The Art Technologies to develop new Generic APIs as well as Innovative and optimized processes for existing products. They develop processes to convert Natural Soy Sterol optimally through Fermentation and further downstream synthetic chemistry to a range of Steroids and Hormones. ----------------------------------------------------------------------------------------------------------------------------- My role as an Assistant Scientist:• Involved with biotech research and development for steroid biotransformation by optimizing product yields. • Standardized and conducted in-progress quality control checks for CMC manufacturing in accordance with cGMP guidelines (21CFR part 11 compliant).• Developed and optimized seed cultures for manufacturing in bio-safety level 2 lab.• Supported Quality Management System (QMS) for biotech departments and coordinated between various teams. • Assessed risk-benefit analysis for expansion of manufacturing plant.• Provided compliance and regulatory input to product lifecycle planning for 2 commercial products.• Supervised cross-functional teams and coordinated activities over multiple departments.• Standardized various steroid biotransformation processes from laboratory level to commercial scale.• Optimized media preparation and utilized HPLC analysis method for characterizing steroids.

Syncom Healthcare Limited is in the business of Healthcare for 45 years with the prime objective to mitigate human ailments.My role as a trainee was to get involved with:1) Improving microbial handling techniques, 2) Perform and record drug sensitivity, 3) Optimize media preparation and sterilization.

During this internship, I learned the process involved in vaccine production. Managing livestock, culturing and breading the livestock for biological's.The produced vaccine undergoes standardization process through different methods such as Sterility test, viral titration, vacuum test, safety test and potency test.

Ranbaxy laboratories which is now operated in combination of Sun Pharma: is the world fifth-largest specialty generics company and the largest pharmaceutical company in India. As an intern in Ranbaxy I learned: sterile gowning techniques, parenteral drug-product processing and formulation, lab automation, SOP writing and maintaining.