10 programming-"Multiple"-"U"-"U.S"-"Prof"-"University-of-California" Postdoctoral positions at Stony Brook University
-
, 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
-
experience with larval or pathogen dispersal simulation and connectivity analyses strongly preferred. Knowledge of epidemiological modeling, and proficiency in multiple programming/analytical computer
-
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
-
experience with larval or pathogen dispersal simulation and connectivity analyses strongly preferred. Knowledge of epidemiological modeling, and proficiency in multiple programming/analytical computer
-
disease. Our research program focuses on identifying mechanisms involved in the progression of chronic kidney disease. Specifically, we investigate the mechanisms that regulate proliferation
-
disease. Our research program focuses on identifying mechanisms involved in the progression of chronic kidney disease. Specifically, we investigate the mechanisms that regulate proliferation