42 phd-in-computational-mechanics-"St"-"FEMTO-ST" research jobs at University of Kansas Medical Center
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Medical Center is focused on unraveling the epigenetic mechanisms involved in vascular dysfunction associated with cardiopulmonary complications, with a current emphasis on understanding how Obstructive
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exhaustive list of all possible. Required Qualifications: Education: PhD in Bioengineering or Neuroscience or related field. This position requires a formal degree in the cited discipline area(s) to ensure
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research program seeks to identify novel pathways used by bacteria to cause disease. One major area of research interest is how the human pathogen Staphylococcus aureus responds to, and utilizes, host fatty
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on mucin trafficking mechanisms in the airway epithelium. This position focuses on both research and lab management, with approximately 80% of the time dedicated to research projects. Job Description
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. The laboratory works on mucin trafficking mechanisms in the airway epithelium. This position focuses on both research and lab management, with approximately 80% of the time dedicated to research projects. Job
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: The postdoctoral fellow will focus on using preclinical models to understand the molecular mechanism regulating the tumor microenvironment-mediated tumor promotion and response to therapy. In addition, the applicant
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for scientific publications, and supervise graduate students. Job Description: Required Qualifications Education: PhD in Neuroscience, Computer Science, Bioengineering, Physiology or related fields. Preferred
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, duties, and assignments. Furthermore, job duties, responsibilities, and activities may change at any time with or without notice. Required Qualifications: Education: MD, DO, PharmD, Pharm, or PhD
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: Education: PhD or PsyD in Clinical or Counseling Psychology, or completion of all degree requirements, including a one-year full-time internship from an APA-accredited program. All degree requirements
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: The Postdoctoral Fellow will work under the supervision of Dr. Liang Zheng in the KUMC Pathology Department, engaging in cutting-edge research on the molecular mechanisms underlying thrombosis and hemostasis, with