alert Rectangle 9 Rectangle 9 Rectangle 9 Rectangle 9 Group 4 email out facebook fax flickr grid instagram LINK linkedin location Group 47 Group 9 Group 9 Group 47 PHONE play Group 4 " Search twitter video face_white youtube
frances e.weaver, phd, professor of biology

⇓ High Res Image

Frances E. Weaver PhD

Professor of Biology

  • PhD Cell Biology 1985

    Johns Hopkins University (MD)

  • BIOL 161 Biological Concepts I Principles of Evolution and Ecology

  • BIOL 306 Developmental Biology

My research interests focus on molecular mechanisms, that is the activities at the DNA, RNA, or protein level that influence cellular and thereby organismal properties. I also have long standing interests in embryonic and post-embryonic development. In my research here at Widener, I have applied molecular biological techniques to the study of the embryology of horseshoe crabs, the muscle physiology of fish, and the immune responses of frogs.

My research projects have been undertaken with the twin goals of increasing biological knowledge in these areas and supporting participation by undergraduate students. My students and I have an enormous amount of fun learning together, and I take great pride in the accomplishments of each and every one of them.

My current project is on gene expression in horseshoe crab embryos (Limulus polyphemus). My students work to identify previously unknown genes and determine their expression patterns during embryonic development in these organisms.

Selected Awards

  • Widener University College of Arts and Sciences Faculty Award for Excellence in Teaching, 2010

  • Member of Sigma Xi, The Scientific Research Society

  • Project Kaleidoscope F21 (Faculty for the 21st century) Member

Selected Publications

  • Donato, M., Schiavi, J., Ulreich, A., Weaver, F.E., & Coughlin, D.J. (2008). Myosin regulatory light chain expression in trout muscle. Journal of Experimental Zoology, 309A, 64–72.

  • Weaver, F.E., Shaikh, S.R., & Edidin, M. (2008). Plasma membrane lipid diffusion and composition of sea urchin egg membranes vary with ocean temperature. Chemistry and Physics of Lipids, 151(1), 62–65.

  • Patel, K.K, Siegel, C., Weaver, F.E., & Vatnick, I. (2005). Genetic monogamy of captive pigeons (Columba livia) as assessed by DNA fingerprinting. BIOS, The Quarterly Journal of the Beta Beta Beta Biological Honor Society, 76(2), 97–101.

Society for Developmental Biology (SDB)