56 phd-position-in-image-processing Postdoctoral positions at Baylor College of Medicine
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engineering, medical physics, or related fields, with proficiency in preclinical MRI, image data processing and analysis. Experience in handling and working with rodents is preferrable. Baylor College
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. The applicant will join a well-funded lab to engage in basic and translational neuroscience research. The laboratory uses in-vivo and in-vitro recording techniques including 2-photon imaging, whole-cell recording
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Schedule: Monday – Friday, 8 a.m. – 5 p.m. Summary One postdoctoral position is available in Dr. Yang He's Laboratory within the Department of Pediatrics-Neurology at Baylor College of Medicine. Our team is
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translational research focuses on ligandomics, a new omics technology engineered by our group, for drug target discovery and novel therapy development to treat ocular diseases, including glaucoma, diabetic
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Biology in Cancer Genomics and Immunology. This position will be involved in the development and/or application of computational approaches to understand the mechanism of cancer development, progression
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must have an MD, PhD or MD/PhD degree, and experience in clinical research. This position also the opportunity to contribute to cutting-edge research in advanced endovascular aortic research within a
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designed to understand and treat the psychological outcomes (e.g., post-traumatic stress disorder [PTSD] and emotion dysregulation) that are often found with exposure to intimate partner violence [IPV] and
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: Summary A Postdoctoral Associate position is available in Dr. Xia Gao’s laboratory in the Department of Pediatrics at Baylor College of Medicine. We are interested in the interactions of nutrition
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treatment plans, enhance patient outcomes, and innovate radiation therapy techniques. Job Duties 1- AI-Modeling for Treatment Planning: Develops, optimizes, and validates AI-based models to assist in image
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analytical and problem-solving skills. This position offers an opportunity to work on NIH-funded projects investigating the immunologic mechanisms underlying chronic lung allograft dysfunction, with a focus on