Morgan Johnson
Washington,DC
Summary
Experienced biological scientist with a strong background in oncology, immunology, and translational research, transitioning into biological technical consulting. Over six years of hands-on experience in leading-edge research at AstraZeneca and the National Cancer Institute, bringing deep expertise in experimental design, data analysis, and protocol development. Work directly contributed to advancing multiple drug development projects and academic publications. Specialize in providing actionable insights through rigorous data interpretation, helping organizations navigate complex biological challenges. Skills in managing human biological samples, adapting experimental protocols, and ensuring compliance with regulatory standards make a valuable asset in advising on project strategy and execution. Proven track record of fostering interdisciplinary collaboration and improving workflow efficiency, ensuring scientific objectives are met with precision and timeliness. Passionate about leveraging scientific expertise to drive innovation and impact, eager to apply technical acumen and strategic thinking to solve critical problems in the biotech and pharmaceutical industries as a biological technical consultant.
Overview
6
6
years of professional experience
Work History
Biologist- Oncology
AstraZeneca
12.2021 - Current
- Contributed cellular and molecular data to 5+ approved projects for the company’s drug portfolio
- Managed procurement, organization, and documentation of 150+ human biological samples, ensuring compliance with ethical and regulatory standards
- Adapted protocols to detect target protein expression within bone marrow progenitors and mature immune cells
- Projected experiment timelines to ensure timely data delivery for stakeholder meetings
- Trained a graduate level student in technical skills for investigating drug resistance mechanisms
- Streamlined workflow by establishing documentation standards and active site monitoring
- Conceptualized improvements for leadership interactions and inter/intradepartmental situations, leading to the establishment of focus task groups.
Intramural Researcher
National Cancer Institute, NIH
09.2018 - 09.2021
- Investigated the role of liver cell populations in autoimmune disease pathophysiology using a preclinical mouse model.
- Persuaded senior advisor on the importance of an emerging myeloid cell phenotype with supporting data.
- Contributed technical skills and knowledge to a senior colleague’s research, leading to an academic journal publication.
- Consulted literature, institute experts, an MD-PhD Rheumatology expert, PI, and staff scientist to design research project.
- Presented research findings on an expanding concept of innate immune memory at lab meetings, department meetings, and research fairs
- Adapted a research question for a high school intern to develop their technical skills and knowledge.
- Reviewed manuscripts, suggested alternative experiments, and data analytics approaches to ensure scientific validation and uphold community ethics.
Education
Master of Science - Clinical And Translational Research
The George Washington University
District Of Columbia 08.2027
Bachelor of Science - Biology
Saint John Fisher College
Rochester, NY05.2018
Leadership Experience
- Jefferson Houston School, Alexandria, VA, Developed science lessons and projects on cancer education, prevention, diagnosis, and treatment for advanced 4th and 5th grade students., 01/2022 - Present
- Fellow Editorial Board NIH, Frederick, MD, Inspected manuscript drafts for grammatical errors, legibility, and comprehension to improve data reception by various scientific specialties and health professionals., 03/2019 - 09/2021
Additional Information
Publications:
- Valencia, J. C., Erwin-Cohen, R. A., Clavijo, P. E., Allen, C., Sanford, M. E., Day, C., Hess, M. M., Johnson, M., Yin, J., Fenimore, J. M., Bettencourt, I. A., Tsuneyama, K., Romero, M. E., Klarmann, K. D., Jiang, P., Bae, H. R., McVicar, D. W., Merlino, G., Edmondson, E. F., . . . Young, H. A. (2021). Myeloid-Derived suppressive cell expansion promotes melanoma growth and autoimmunity by inhibiting CD40/IL27 regulation in macrophages. Cancer Research, 81(23), 5977–5990. https://doi.org/10.1158/0008-5472.can-21-1148 (2021)
Posters:
- Fort Detrick Spring Research Festival in Frederick, MD, Title:TIM4 Serves as a Potential Marker Indicating Transcriptional Memory in Liver Macrophage Population (2021)
- National Institute’s of Health Postbac Poster Day in Bethesda, MD, Title: Does Exposure to Chronic IFN-g Establish an Invariable Macrophage Phenotype in Mice? (2020)
- National Institute’s of Health Postbac Poster Day in Bethesda, MD, Title: Do Breast Cancer Secreted Exosomes Impact IFN-gamma Signaling? (2019)
Oral:
- National Cancer Institute’s, LCIM Department Seminar in Frederick, MD, Title: Kupffer Cells in the
Context of Autoimmunity (2021)
National Cancer Institute’s CCR Fellow Young Investigators Seminar Series in Frederick, MD Title: Effects of Chronic Inflammation
Timeline
Biologist- Oncology
AstraZeneca
12.2021 - Current
Intramural Researcher
National Cancer Institute, NIH
09.2018 - 09.2021
Master of Science - Clinical And Translational Research
The George Washington University
Bachelor of Science - Biology
Saint John Fisher College