60 education-"Los-Alamos-National-Laboratory" research jobs at Baylor College of Medicine
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. Experience with large-scale genomic data would also be advantageous. Prior first author publications are highly desirable. Must be self-motivated, well-organized, highly independent, and willing to train new
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aims to develop and test novel CAR-redirected immunotherapy for pediatric solid tumors. In particular, a CRISPR/Cas9-based mutagenesis screen will be applied to discover and therapeutically target novel
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-retroviral therapies. Our lab welcomes persons from diverse backgrounds. The candidate will work side-by-side with Dr. Hartig to develop cutting-edge scientific skills as the lab tackles these problems and
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development activities and in collaborative projects and present findings at a prestigious national/international conference, to prepare for the chosen career. Job Duties Conducts research projects, both
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field. Strong analytical and written communication skills, including proficiency in presentation and educational content development. Strong interest in neuroethics, psychedelics, bioethics, health policy
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is to develop innovative immmuno therapies aimed at eradicating endometriotic lesions and effectively alleviating endometriosis-related symptoms, such as infertility and pain. The Post-Doc researcher
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College of Medicine. The objective of the research in Dr. Yi Zhu's laboratory is to understand the basic biology of the adipose tissue and the liver in the effort to develop new concepts and biologics
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. Subsequently, our goal is to develop innovative immmuno therapies aimed at eradicating endometriotic lesions and effectively alleviating endometriosis-related symptoms, such as infertility and pain. The Post-Doc
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the Baylor College of Medicine. The objective of the research in Dr. Yi Zhu’s laboratory is to understand the basic biology of the adipose tissue and the liver in the effort to develop new concepts and
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: The candidate will develop innovative methods to integrate multiple modalities of single cell data to disentangle cell-to-cell variability, and identify novel cell subpopulations that contribute to treatment