Jeffrey L. Ram Ph.D.

Jeffrey L. Ram Ph.D.

jeffram@med.wayne.edu

6112 Scott Hall

313-577-1558

313-577-5494 (fax)

Jeffrey L. Ram Ph.D.

Position Title

Professor

Areas of Interest

Cell Physiology; GI Physiology; Neurophysiology; Reproductive Biology

Narrative Bio

Dr. Jeffrey L. Ram has diverse research interests relating to biodiversity, reproductive biology, neuroscience, invasive species, and human and environmental microbiomes. He studies diverse aquatic organisms both as model systems for reproductive- and neuro- biology and as a way to understand changes taking place in Great Lakes habitats and ecology. These organisms include animals that can affect human health, such as midges and mosquitoes, predatory microinvertebrates that prey upon them, and aquatic invaders of the Great Lakes, like the zebra mussel. His invertebrate research has been recognized internationally by several international research grants, and he is the president of the International Society for Invertebrate Reproduction and Development. This research is connected technically and conceptually to other projects on the oral microbiome and engineering ballast systems of ships. In addition, Dr. Ram is the head of a $1.2 million grant from the National Science Foundation to promote science and science careers among students in the Detroit public schools.

Laboratory Web Site

http://sun.science.wayne.edu/~jram/ramlab.htm

Publications

 A list of Dr. Ram's publications can be found at PubMed-Ram

Post Graduate Training

  • 1973-77 NIH Post doctoral fellow in neurobiology and endocrinology, University of California, Santa Cruz.

Category Information

  • Cellular Physiology-Patch clamping (neurons and smooth muscle cells); chemoreceptors in bacteria; bioinformatics (microbial)
  • GI Physiology-Bioinformatics of gastrointestinal tract bacteria; interrelationships of GI tract bacteia and colon cancer
  • Neurophysiology-Neural control of reproduction in invertebrate model organisms; patch clamping (neurons and smooth muscle cells)
  • Reproductive Physiology-Neural control of reproduction in invertebrate model organisms; mechanisms regulating fertilization