-
/2024 Position Qualification Position Summary Identify and analyze the mechanism of action of the hormones LH and PGF2alpha in bovine and human ovarian cells. Conduct in vivo experiments using bovine
-
post-doctoral research scholar. The successful applicant will have a strong training in cognitive science and human behavioral modeling, and be a passionate learner, who is eager to collaborate in
-
, Department of Neurosurgery, University of Nebraska Medical Center. Dr. Gliske's research group focuses on developing translational electrophysiology biomarkers using advanced statistical analysis of human data
-
Date 11/13/2023 Position Qualification Position Summary Conduct translational research using cellular and molecular biology-based approaches in the area of immunobiology. Studies will primarily use human
-
of normal and diseased human muscle to study pathological changes in abundance, structure, and function of molecular, subcellular, and cellular subsystems including myofibers, intercellular connective tissue
-
in vitro cell culture experiments, including experiments using Caco-2 monolayers; perform analysis of human, animal tissues, and samples from in vitro experiments using routine cellular, molecular
-
supervision to: perform in vitro cell culture experiments, including experiments using Caco-2 monolayers; perform analysis of human, animal tissues, and samples from in vitro experiments using routine cellular
-
. Independently drive research projects and participate in collaborative projects between our laboratory and other academic and industrial partners. Act as a leader from the bench, driving research programs
-
experiments essential to evaluating coagulation, fibrinolysis, and inflammation in human disease states and animal models. Position Details Additional Information Posting Category Research - Non Academic
-
combination therapy and biomarkers for glioblastoma (brain cancer). The potential candidate is expected to perform various cell and molecular biology techniques, PBMC and exosome isolation from human serum