Sort by
Refine Your Search
-
for analysis of large-scale whole genome genetic and genomic and phenotype data. Examples include large Whole Genome Sequencing association studies, biobanks, single-cell and CRISPR multiome data
-
for analysis of large-scale whole genome genetic and genomic and phenotype data. Examples include large Whole Genome Sequencing association studies, biobanks, single-cell and CRISPR multiome data
-
Medical School and the Baym Lab are seeking an Associate, postbacalaureate researcher, with experience in the evolution of mobile genetic elements. The candidate will work with a multi-disciplinary
-
methods to compare the genetic architecture of rare vs. common genetic variation 2. Developing methods to analyze GWAS data using graphical models and genome-wide genealogies 3. Developing methods to
-
. Capellini. The focus of the position will be to study the genetic and developmental basis of human-specific adaptations and disease. The lab primarily concentrates on musculoskeletal adaptations in
-
evolution of mating system variation. Major areas of research include determining the genetic basis of reproductive isolating mechanisms, understanding the role of natural selection in speciation
-
focused on the genetic engineering of cultured red blood cells (RBCs), for applications in transfusion medicine, infectious diseases, and therapeutic development. The specific project aims to engineer
-
across diverse populations and biobanks for risk prediction, genetic discovery, and genomic medicine. Federated and transfer learning for distributed and privacy-preserving data integration. AI and Deep
-
, degenerative, and regenerative biology of the cerebral cortex, employing both mice as a genetic model and limited work with human iPSC-derived cortical like neurons. We are particularly interested for this
-
genetic variation, including the biology and evolution of mutation, the effect of variation on molecular function and structure, population genetics as a lens on evolution, and the maintenance and