13 high-performance-computing-postdoc Postdoctoral positions at University of Kansas Medical Center
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in Neurodevelopmental Disability (LEND) interdisciplinary training program. Research areas of emphasis include sensorimotor processes and cognitive abilities in autism spectrum disorder (ASD
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, with potential for extension, subject to performance review and budget availability. Salary begins at $65,000 (subject to relevant work experience and/or years post-PhD), with full benefits. Anticipated
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, microbiology, molecular biology, database analysis and computational biology may be used to conduct the research. Job Description: Research Overview: Design and conduct experiments and interpret data under
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: Professional Staff Job Description Summary: The Postdoctoral Fellow will perform research in the areas of data management and health outcomes analysis for the Director of Outcomes and Implementation Research
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more junior members on the team. Provide guidance to graduate students under the direction of Dr. Qiu. Postdoc Expectations: The Postdoc will be expected to complete research projects under the guidance
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and genomics Perform molecular and cell biology techniques such as DNA and RNA extractions, RT-PCR, immunoblot analysis, immunofluorescence staining and tissue culture. Assist with development of grant
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experimental data and interpret results for use in publications, grant applications, and determining the next steps in the research. Perform cellular and molecular biology experiments pertaining to define
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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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contribute to a collaborative and dynamic research environment. Expectations: The Postdoc will be expected to complete research projects under the guidance of the faculty mentor, record and interpret
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fallopian tube and HGSOC cell lines and tissue explants by mass spectrometry/proteomics; verify the resulting candidate biomarkers by high-throughput capillary-based immunoassays; and isolate sEVs and analyze