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highly motivated to impact patient outcomes through translational approaches to the treatment of T cell malignancies. Experience with in vivo mouse immunotherapy models, protein/antibody engineering and
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in academia, the private sector or government. QUALIFICATIONS: · MD, PhD, ScD, DrPH, MPH or MSc (required) · Proven analytical experience in population genetics, computational biology
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are open to those with previous research backgrounds acquired during PhD or MD education. An ideal candidate would have an interest in psychiatry and/or related mental-health research. Excellent
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in preclinical PET/CT or PET/MR imaging and kinetic modeling. A PhD in biomedical engineering, physics, or a related field is required. However, interested candidates with a strong computational
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modeling. However, interested candidates with a strong computational background and interest in getting involved in medical imaging and preclinical models are also strongly encouraged to apply. A PhD in
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serve as a building block for tissue engineering and regenerative therapies, with applications in stem cell development, wound healing, and cardiovascular disease treatment. Key Responsibilities Design
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projects, there are ample opportunities to tailor the needs of the lab to the skillset and interests of the individual. Candidates with MD, PhD, or MD/PhD degrees and experience in a variety of molecular
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. Qualifications We are seeking candidates who meet the following criteria: A PhD or equivalent degree, already obtained, in a related field e.g., philosophy, law, computer science, data science, social sciences
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, Biomedical Engineering, Computer Science, and Data Science. The Yale and VA NORSE study is a multicenter initiative focusing on New-Onset Refractory Status Epilepticus (NORSE), including its subtype of FIRES
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doctorate (PhD, or MD, or MD,PhD) degree in medicine or life sciences/biology is required. Prior experience working in animal models, animal surgery, molecular biology techniques such as cloning, cell culture