Sort by
Refine Your Search
-
Program
-
Field
-
contribute to the excellence of our academic community. Development and application of advanced magnetic resonance imaging acquisition and analysis techniques. Develop and apply image acquisition and analyses
-
, including slide-free imaging and multimodal techniques, for high-resolution analysis of human tissues. KEY RESPONSIBILITIES: Design and conduct experiments using advanced optical microscopy and tissue imaging
-
experience in designing and conducting human subject research. Proficiency in statistical analysis and familiarity with software such as SAS, SPSS, R, or similar. Excellent scientific writing and oral
-
research projects. Primary responsibilities will include research such as experimental design and data analysis, assistance in funding applications, and publication in peer-reviewed journals. JOB DESCRIPTION
-
Experience with CRISPR screening and/or gene editing Experience with cancer data analysis and/or analyzing (epi)genomic sequencing data **Please kindly attach a cover letter with your CV. NOTE: Position tasks
-
QUALIFICATIONS: - PhD in Ecology and Evolution, Virology, Bioinformatics, Computer Science or a related discipline - Demonstrated interest in computational analysis of biological data - Advanced coding skills
-
requirement for completion of the didactic component of the first two years of the program. The participant's performance will be formally reviewed by the fellow's mentor as well as faculty advisors from both
-
and characterization of disordered proteins. Will be responsible for data analysis and for the writing of findings in scientific publications. PREFERRED QUALIFICATION: This position is exclusively for a
-
. Mentor graduate and undergraduate researchers in experimental design, data analysis, and scientific writing. Publish results in high‑impact journals and present findings at national/international meetings
-
University School of Medicine to work on one of several ongoing NIH-funded projects to delineate virus-host factor interactions during enveloped virus entry and egress. The focus is on entry, uncoating and