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laboratory of Professor Sylvia Plevritis at Stanford University to study tumor spatial biology via single cell spatial analysis of the tumor microenvironment. Projects aim to reveal molecular mechanisms
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We have an open postdoctoral position to investigate cell-cell interactions in the context of mitochondrial dysfunction in the outer retina. We strive to gain insight into pathogenic mechanisms
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Our lab is interested in elucidating molecular mechanisms that control transcriptional programs in neuronal cells with the aim of preventing/reversing neurodegeneration. Various projects
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Qualifications: Ph.D. in Rock Physics/Rock mechanics, Energy geoscience and engineering, Civil Engineering, or related fields with expertise in geotechnical/geomechanics testing, micro- and nano-scale imaging
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innovative projects. Mentoring will be provided for the fellow to become competitive for NIH and other grant funding mechanisms.
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reliable predictive tools in clinical use and mechanisms of resistance to standard checkpoint therapy are poorly understood. Our lab joins the intersection of basic cancer immunology, patient-derived
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the coursework required for admission to a graduate program in Physics or Astronomy, which typically includes an introductory physics sequence as well as more advanced physics courses including classical mechanics
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diseases and host-microbe interactions. Our research program employs murine infection models and brings together immunology, tissue biology, microbiology, and genetics to uncover fundamental mechanisms
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candidates are encouraged to apply. Candidates having completed courses in an introductory physics sequence, advanced physics courses such as classical mechanics, electrodynamics, quantum mechanics
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datasets. The prospective candidate will investigate the genomic basis of coronary artery disease and related complex diseases, with emphasis on identifying mechanism and modifiers of response to known