20 evolution-"https:"-"https:"-"https:" Postdoctoral positions at Baylor College of Medicine
-
basic and translational neuroscience and genetics research. Our laboratory focuses on understanding neural circuit development and function, inhibitory neurobiology, cerebellar neural circuits, and
-
the molecular bases of lung development in humans. We invite you to learn more about our research. Training will be provided in grant application preparation. At Baylor College of Medicine, postdoctoral
-
well as opportunities for growth and career development. The Postdoctoral Associate should be highly motivated, well organized, and able to work independently as well as part of a team. They will be required to design
-
PIs, publish manuscripts, and apply for career development grants. Develops statistical and generative AI models for single-cell and spatial data from the Martin Lab and multimodal (genetic, imaging
-
Schedule: Flexible Summary Dr. Putluri's lab is applying mass spectrometry technology to study metabolic profiling studies in cancer development and progression. The lab has established a robust research
-
environment. The laboratory emphasizes scientific independence, rigor, and professional development, with dedicated support for developing independent research programs and advancing career goals. Interested
-
data scientists to identify trends, patterns, and opportunities for improvement. Coding & Software Development: Codes, tests, and refines software applications tailored for the radiation oncology domain
-
theunderlying mechanisms in disease development and control. For instance, we have recently (Nature,2019) employed metabolomics approaches to show that dietary methionine restriction is an effectiveand feasible
-
faculty to understand clinical needs and implement AI solutions to address specific challenges. 2. Monte Carlo simulation for development of new therapy techniques Develops Monte Carlo code to simulate
-
will lead and/or contribute to numerous preclinical research projects focused on the development of novel molecular magnetic resonance imaging (MRI)-based techniques for early detection, disease