50 algorithm-development-"Multiple"-"Simons-Foundation" "Prof" Postdoctoral positions at Stony Brook University
Sort by
Refine Your Search
-
, including integration across multiple cohorts, devising workflows and strategies to plan genetic association studies. * Conducting bioinformatics and statistical analyses of high-throughput omics data
-
proteomic datasets, including integration across multiple cohorts, devising workflows and strategies to plan genetic association studies. ● Conducting bioinformatics and statistical analyses of high
-
proteomic datasets, including integration across multiple cohorts, devising workflows and strategies to plan genetic association studies. ● Conducting bioinformatics and statistical analyses of high
-
. Candidates seeking to bridge multiple disciplines or bring AI into new scientific/applied domains are particularly encouraged to apply. We will process applications on an ongoing basis until all positions
-
intelligence or machine learning from other fields. Candidates seeking to bridge multiple disciplines or bring AI into new scientific/applied domains are particularly encouraged to apply. We will process
-
intelligence or machine learning from other fields. Candidates seeking to bridge multiple disciplines or bring AI into new scientific/applied domains are particularly encouraged to apply. We will process
-
applicants may select from multiple projects and should have experience in most of the following areas: ● Background in cell/molecular biology. ● Experience with mouse models. ● Experience with
-
applicants may select from multiple projects and should have experience in most of the following areas: ● Background in cell/molecular biology. ● Experience with mouse models. ● Experience with
-
neurological conditions. The Postdoctoral Associates primarily will be responsible for developing human clinical research protocols and preparing applications for IRB, RDRC, or IND, collecting PET and/or MRI
-
study the hematopoietic microenvironment niche, clonal competition, and cardiovascular pathology in MPNs. The ultimate goal of our research is to develop more effective therapies for patients with MPNs