• With the utilization of superb pipetting techniques and operation of centrifuge, meticulously cleaned and rinsed C. Elegan eggs with buffer and bleaching solutions.
• Using pipettes, carefully transferred C. Elegan eggs onto a seeded NGM agar plate to cultivate a synchronized C. Elegan population.
• Collaborated with a diverse team to devise an original experiment to assess the chemotactic response of the synchronized C. elegans.
• Formulated customized solution by diluting isoamyl alcohol to a concentration of 6%, prepared synchronized adult C. elegans, and performed chemotaxic assay.
• Designed and conducted study on the effects of cyclic breathing after exposure to a stressor, compared to no cyclic breathing technique in sample size of 15 participants.
• Methodically prepared and dissected Periplaneta americana and Drosophila melanogaster. Observed the physiological and structural effects of epinephrine treatments.
• Accurately performed standard lab techniques such as qPCR with a success rate of 92%.
• Utilized and calibrated polarizing and fluorescent microscopes to analyze cellular structures.
• Conducted a systematic review, The Clinical Effects of Psilocybin: A Systematic Literacy Review according to the Preferred Reporting Items for Systematic Reviews and Meta-Analysis (PRISMA) group.
• Used OVID databases including Medline, Embase, and APA Psycinfo to complete search.
• Screened through over 700 articles to find relevant sources for the literacy review.
• Thoroughly examined and evaluated results and methods of over 40 articles to compose conclusions for the review.
• With relevant findings, organized and composed a clear systematic literacy review on the safety and adverse effects of Psilocybin in clinical settings, when used to treat psychiatric disorders.
• Created and filled novel databases on REDCap for ongoing clinical trials.
• Partnered with a team of researchers to plan, execute, and analyze transfection experiments aimed at investigating Rett Syndrome, contributing to advancements in gene editing technology.
• Performed thorough post-transfection analysis, employing techniques like fluorescence microscopy and qPCR to validate successful gene transfer and expression, with a success rate of 90%.
• Engineered a dsDNA break using the designed gRNA in more than 200 instances, paving the way for targeted gene manipulation and potential therapeutic applications.
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