-
to disentangle co-occurring conditions using multi-omics data in Down syndrome. The position will be jointly mentored by Dr. Casey Greene in the Department of Biomedical Informatics and is funded by the NIH
-
) structure/function and defining how CAR structure impacts brain tumor response and resistance. The postdoctoral fellow will conduct experiments and assist with project planning and data interpretation, as
-
integrate genomic data, microscopy data, and mouse behavioral data Present research findings in group meetings Publish research findings, assist with grant writing, and present work in conferences It is not
-
Anschutz Medical Campus. Additional mentoring support will be provided by Dr. Ashis Biswas, Dr. Nicholas Dwork, and a multidisciplinary team of clinical neuroscientists and data scientists. This position is
-
single-cell transcriptomic data. The candidate should be proficient in, or highly motivated to learn cancer data science, machine learning, and high throughput sequencing analysis. Successful applicants
-
, managing data cleaning and wrangling efforts, and preparing scientific communications such as abstracts, oral and poster presentations, scientific manuscripts, and research grant proposals. The projects
-
and analyze tissue and organoid cultures FACS analysis and sorting Plan and conduct molecular biological, cellular biological, and other experiments Analyze and interpret data Troubleshoot experiments
-
, including design of experimental setup, data generation, data interpretation, and manuscript writing, with the following key responsibilities: Wet lab responsibilities: Conducting molecular biology
-
verifying accuracy of research data; coordinating various meetings with study staff, collaborators, and other stakeholders, including community partners as needed; and data management. Additionally
-
. The fellow will conduct research-related activities, which include day-to-day research operations, clinical trials management, data management and analysis, supervision of graduate and undergraduate research