168 algorithm-development-"Prof"-"Prof"-"Prof" research jobs at The Ohio State University
Sort by
Refine Your Search
-
basis of human cancers; develops, adopts and implements new laboratory methods to achieve characterization of the genetic basis of human cancers; identifies novel genes and examines their role in cancer
-
data for research sponsored by the National Institute of Health (NIH), as well as by other agencies; identifies and selects problems to be studied; develops and troubleshoots new experimental techniques
-
Sciences | Evolution Ecology and Organismal Biology The Postdoctoral Scholar will participate in a lab- and field-based research project that evaluates the drivers of bryophyte rarity. The postdoc will
-
. Responsibilities include developing and contributing to projects, investigating new phenomena, setting research priorities, conducting experiments, data analysis, literature reviews, and laboratory maintenance
-
laboratory focuses on the development of astrocytic manipulations to promote repair in the post-stroke brain. This work utilizes molecular biological techniques for cloning and packaging of viral vectors, as
-
, and in vivo models to elucidate mechanisms underlying tumor evolution and drug resistance. The candidate will have access to state-of-the-art technologies and work in a highly collaborative
-
, biosyngas purification, chemical separation, and hydrogen purification from syngas; develop new research results for new and/or continuing research activities; research results to answer important questions
-
mosquitoes. They will also be expected to develop independent projects that build upon the laboratory’s ongoing work. In collaboration with their scientific mentor (the P.I.), the successful candidate will
-
. This position involves the development, implementation, and refinement of computational tools and models to support both empirical and simulation-based studies. The ideal candidate will have a strong background
-
to accomplish these goals, which will promise to provide critical insights into the molecular circuitry that drives these lung cancers and, consequently, results in the development of novel therapeutic strategies