With an unwavering passion for groundbreaking medical research and an unyielding determination to make a profound impact in the field, I am fueled by an insatiable ambition to pursue a postdoctoral fellow position in a research hub full of innovations, to delve deeper into my research interests and contribute to the advancement of healthcare. Driven by a relentless pursuit of excellence, I am committed to pushing the boundaries of knowledge, collaborating with brilliant minds, and translating discoveries into tangible solutions that enhance patient care and transform lives. As I embark on this journey, I eagerly anticipate the opportunity to contribute to the scientific community and beyond with my full capacity and dedication.
Accomplished Postdoctoral Researcher at Dell Medical School with expertise in genome editing and high-throughput screening. Proven ability to enhance collaboration by 32% and secure $368,000 in funding. Proficient in CRISPR techniques and bioinformatics, combining strong analytical skills with effective communication to drive impactful research outcomes.
Genome Editing : Participated in research projects by designing multiplex PCR ,qRT PCR , in vitro whole genome based CRISPR editing protocols and executing experiments.
Drug Discovery : Designed and interpreted high throughput screening results using IncucyteS3 ,multiplex Flow Cytometry assisted Cell Sorter to screen small molecules.
Subcellular organelles organization : Coordinated and managed laboratory projects by isolating subcellular organelles , enabling microfluidic Nano Sight technology with Horiba Size Analyzer isolated organelles extracellular vesicles characterized .
LC-MS Skills : High throughput screening of small molecules uptake by subcellular organelle using Shimadzu's High Performance Liquid Chromatography.
High content Image analysis : Quantitative imaging for tracking subcellular response; apply machine learning to large datasets, and explore advanced imaging modalities like super-resolution microscopy to achieve a more comprehensive validation loop
Big Omics tools and Auto Dock ;Leveraging cornputational data to identify target small molecules for prediction of potential ligand-receptor binding to design experimental priorities.
Scientific Writing : Partnered with PI to assist in writing grant proposals that generated $368,000 NINDS NIH funding for the lab.
Collaboration : Served as primary contact with other researchers, increasing collaboration and communication efficiency by 32%.
Lab Skills : “High-throughput screening of small molecules using the IncuCyte S3 platform and multiplex flow-cytometry–assisted cell sorting.”
Genome editing :Optimized in vitro CRISPR-mediated gene editing , refining sgRNA design and golden gate cloning ,transfection, and validation of CRISPR edits with TIDE analysis using NGS data.
Data Analysis: Oversaw project data and lab-database update cycles, achieving a 99 % data-accuracy rate.
Scope: Provided comprehensive medical care to infants, children, and adolescents.
Responsibilities: Conducted thorough assessments, diagnostics, and therapeutic planning.
Patient Care: Offered outpatient and inpatient services, including examinations, diagnosis, medication prescriptions, vaccinations, and developmental guidance.
Specialized Rotations: Excelled in high-intensity rotations such as pediatric intensive care, neonatal intensive care, and pediatric emergency care, dedicating over 80 hours per week.
Tenure: Successfully served as a resident pediatric physician for a year, leaving a lasting impact on patient well-being and medical excellence
Kasu, Y.A.T., Dasgupta, R., Brower, C.S., A fluorescence-based reporter of Arginyltransferase 1(ATE1). Texas Journal of Microscopy, 2020. 51(1): p. 26-29.
ECFMG certified International Medical Graduate