Basem is a Ph.D. Candidate and National Science Foundation Predoctoral Fellow at the University of California, Berkeley, working in the labs of Dr. Jillian Banfield, Professor in the Departments of Earth and Planetary Science and Environmental Science, Policy, and Management, and Dr. Jennifer Doudna, Professor in the Departments of Chemistry and Chemical Engineering, and Molecular and Cell Biology.
During his graduate career, Basem has applied computational approaches to the discovery and investigation of viruses and novel tools for biotechnological applications. His Ph.D. research has introduced a paradigm shift in our understanding of bacterial viruses by uncovering new groups of bacteriophages with huge genomes, including the largest documented, equipped with a wide variety of features typically associated with life and cellular organisms. This breakthrough was reported this year in Nature Magazine, and was highlighted as part of the 2020 Nobel Prize in Chemistry Collection, recommended by faculty in f1000 prime, widely covered in the popular press (including the Atlantic, Gizmodo, arsTechnica, & IFLS), science blogs, and multiple highlights in Nature Reviews and in Nature Reviews Microbiology as "too big to be ignored", among other major scientific journals.
Basem also uses data mining to unleash the potential of phages to revolutionize biotechnology, medicine, crop production, and basic research. The first product of this effort, which was published in Science Magazine, yielded more compact and more versatile gene-editing technologies that they have shown to edit the DNA of bacteria, plants, and human cell lines, with a higher targeting capacity that also enables molecular diagnostics, and high promise for delivery into human and plant cells. This work was highlighted in the 2020 Nobel Prize in Chemistry Lecture, in addition to being featured by Nature, Nature Plants, Nature Biotechnology, Cell Molecular Plant, and more.
During the COVID-19 pandemic, Basem has contributed to multiple open-science efforts to develop economical methods for coronavirus surveillance in municipal wastewater, to study the coronaviruses circulating in our communities, and to establish more robust computational pipelines for viral pandemic detection.
Microbial Physiology and Evolution
Natural Product Biosynthesis
Evolutionary and Rational Protein Design
Planetary Science & Astrobiology
Origin of Life
in situ Resource Utilization
Ph.D. Microbiology (In Progress)
Department of Plant and Microbial Biology
University of California, Berkeley
B.S. Genetics, Cell Biology and Development
College of Biological Sciences
University of Minnesota- Twin Cities
International General Certificate of Secondary Education
Modern Education Schools, Cairo, Egypt
Evaluations administered by University of Cambridge, UK