Paul D. Friesen is affiliated with the University of Wisconsin-Madison in the United States. Their research primarily focuses on the fields of Biochemistry, Genetics, and Molecular Biology, with particular emphasis on Molecular Biology as a subfield. The work of Friesen covers topics such as Viral Infectious Diseases and Gene Expression in Insects, CRISPR and Genetic Engineering, and Insect Resistance and Genetics.
The scientist has contributed to several peer-reviewed publications in notable venues. Among these are:
Friesen's frequent co-authors include:
Regarding publication venues, Friesen has most often published in the Journal of Virology and SSRN Electronic Journal. These journals have hosted the majority of their scientific contributions.
The research topics regularly addressed by Friesen reflect interests in the molecular mechanisms of viral infections in insects, the application and development of CRISPR and genetic engineering techniques, as well as the genetic basis for insect resistance. This interdisciplinary focus integrates molecular biology approaches with virology and genetic engineering technologies.
David R. Beidler;Muneesh Tewari;Paul D. Friesen;Guy Poirier
S. Rabizadeh;D. J. LaCount;P. D. Friesen;D. E. Bredesen
Asako Sugimoto;Paul D. Friesen;Joel H. Rothman
J Bertin;S M Mendrysa;D J LaCount;S Gaur
Paul D. Friesen
P A Hershberger;J A Dickson;P D Friesen
M E Wilson;T H Mainprize;P D Friesen;L K Miller
M S Nissen;P D Friesen
P D Friesen;L K Miller
Steven M. Rodems;Paul D. Friesen
P D Friesen;M S Nissen
S M Rodems;P D Friesen
J L Cartier;P A Hershberger;P D Friesen
P A Hershberger;D J LaCount;P D Friesen
Paul D. Friesen;Roland R. Rueckert
Gulam A. Manji;Rebecca R. Hozak;Douglas J. Lacount;Paul D. Friesen
Andrew J. Fisher;Wilfred dela Cruz;Stephen J. Zoog;Christine L. Schneider
Douglas J. LaCount;Stephen F. Hanson;Christine L. Schneider;Paul D. Friesen
Stephen J. Zoog;Jennifer J. Schiller;Justin A. Wetter;Nor Chejanovsky
J A Dickson;P D Friesen
If you think any of the details on this page are incorrect, let us know.
Exploring Molecular Biology opens the door to a diverse range of online degrees and career directions. For students interested in crossing between science and technology, degrees such as the architecture online degree provide a unique blend of analytical thinking and creativity. This may appeal to those who value both design and scientific problem-solving.
For a strong foundation in quantitative analysis, consider a bachelor in mathematics online. This pathway sharpens logical reasoning, data analysis skills, and mathematical modeling—assets in bioinformatics or molecular data science careers.
Creativity intersects science in areas like molecular visualization and science communication. The best online graphic design programs can help students master visual storytelling, creating impactful scientific graphics or educational materials.
For those seeking flexibility and cost-effectiveness, online interdisciplinary studies bachelor programs low cost offer the chance to tailor coursework to suit diverse scientific, technical, and creative interests—preparing you for evolving career pathways in and beyond Molecular Biology.
University of Florida
Stanford University
King's College London
University of Münster
University of Queensland
Commonwealth Scientific and Industrial Research Organisation
George Mason University
Tokyo Medical and Dental University
University of Wyoming
Indian Association for the Cultivation of Science
Heidelberg University
Fudan University
Stanford University
Cleveland Clinic
University of New South Wales
University of British Columbia