10 communication-and-signal-processing Postdoctoral research jobs at University of Minnesota
Sort by
Refine Your Search
-
Listed
-
Field
-
neuroplasticity using rodent models. Concurrent research lines exploring the intersection of sex hormone signaling and respiratory neuroplasticity in aging, spinal cord injury, and stress models offer multiple
-
. Our research investigates how receptor-mediated signal transduction is regulated in time and space within cells. As a postdoctoral associate, you would spearhead a project related to these themes while
-
research areas include Biomedical applications, Communication systems and information theory, Digital systems and computer architecture, Microelectronics, Micro-electromechanical systems (MEMS), Nano
-
conducting clinical or preclinical proof-of-concept studies Preferred: Experience in physiological signal processing and the application of machine learning to biomedical data Background in computational
-
material and personnel support will be provided to the postdoctoral fellow leading this project. This is a unique opportunity to study the signals that generate learning and potentially bridge a longstanding
-
Microsoft Word, Excel, and Power Point, and specialized scientific software, including Geneious and GraphPad Prism, will be a part of daily duties. The successful candidate will be expected to co-author
-
of CNS and peripheral immune compartments • Excellent verbal and written communication skills in English • Familiarity with rodent surgical techniques and behavioral assays relevant to CNS disease models
-
biology, genetics, physiology or biomedicine and have a strong track record of, and potential for, success. The applicant should have a keen research interest in cell signaling, calcium dynamics
-
organizations. Such collaborations may also extend to leading the communication with industrial partners through regular progress reports and supporting technology transfer processes where applicable. -You will
-
at the Lillehei Heart Institute to study the signals that induce the maturation of myogenic progenitors derived from pluripotent stem cells (NPG Regenerative Medicine, 9:16, 2024; PNAS, 116:4346-4351, 2019; eLIFE