Research Assistant Academic CV
I. Research Objective
Highly motivated research assistant with a Master’s in Molecular Biology and over three years of experience in cell biology and genetics research. Proficient in advanced lab techniques, data analysis, and scientific writing. Seeking a Research Assistant position at Springfield University’s Genetics Department to contribute to groundbreaking research in gene therapy and regenerative medicine.
II. Education
Master of Science in Molecular Biology
Springfield University, Springfield, IL | Graduation Date: May 2053
Bachelor of Science in Biology
Springfield University, Springfield, IL | Graduation Date: May 2050
III. Research Experience
Research Assistant, Genetics Department
Springfield University, Springfield, IL | June 2051 – Present
Conducted gene expression studies using qPCR, Western blotting, and flow cytometry to investigate the role of specific microRNAs in cell differentiation.
Collaborated with a team of five researchers on a grant-funded project to explore gene editing techniques using CRISPR-Cas9.
Analyzed large datasets using R and Python, contributing to the discovery of a new pathway involved in cellular regeneration.
Co-authored two peer-reviewed publications and presented findings at three national conferences.
Supervised and trained undergraduate students in lab techniques and data collection.
Undergraduate Research Assistant, Department of Cell Biology
Springfield University, Springfield, IL | September 2050 – May 2051
Assisted with cell culture experiments investigating the effects of growth factors on neural stem cells.
Conducted immunofluorescence staining and microscopy to visualize protein localization in developing neurons.
Performed data analysis using SPSS and Excel, and contributed to weekly lab meetings by presenting findings.
Collaborated with a graduate student to prepare a poster presentation for the university’s annual research symposium.
IV. Technical Skills
Laboratory Techniques: PCR, qPCR, CRISPR-Cas9, Western blotting, flow cytometry, immunofluorescence, cell culture
Statistical Analysis: R, SPSS, GraphPad Prism
Programming Languages: Python, MATLAB
Data Visualization: Tableau, Excel
Research Software: ImageJ, EndNote, Mendeley
Research Equipment: Confocal microscope, spectrophotometer, centrifuge
V. Professional Experience
Teaching Assistant, Molecular Biology
Springfield University, Springfield, IL | September 2052 – May 2053
Assisted in teaching molecular biology lab courses for undergraduate students, including grading assignments and exams.
Provided one-on-one tutoring and feedback to students on lab reports and experimental techniques.
Intern, Biotech Research and Development
BioTech Solutions, Springfield, IL | June 2050 – August 2050
Assisted in conducting pre-clinical trials for a gene therapy product aimed at treating genetic disorders.
Maintained cell cultures, performed ELISAs, and contributed to writing sections of regulatory documents.
VI. Publications
Thompson, S.J., Patel, R.K., & Lee, M.C. (2052). "MicroRNA-19b Modulates Gene Expression in Stem Cell Differentiation." Journal of Molecular Biology, 450(3), 215-228.
Thompson, S.J., & Kim, H.L. (2051). "The Effects of CRISPR-Cas9 on Regenerative Pathways in Neural Stem Cells." Cellular and Molecular Medicine, 18(4), 102-115.
VII. Presentations
"Exploring the Role of MicroRNA in Stem Cell Differentiation." Oral Presentation at the Annual Molecular Biology Conference, New York, NY, March 2053.
"Gene Editing with CRISPR-Cas9: Applications in Regenerative Medicine." Poster Presentation at the National Cell Biology Symposium, Boston, MA, November 2052.
"The Effects of Growth Factors on Neural Stem Cell Proliferation." Poster Presentation at Springfield University Research Day, Springfield, IL, May 2050.
VIII. Awards & Honors
Graduate Research Fellowship, Springfield University, 2052-2053
Best Poster Presentation, National Cell Biology Symposium, November 2052
Dean’s List, Springfield University, 2050
Undergraduate Research Grant, Springfield University, 2050
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