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phenotypes, with expert advice from a behavioral neuroscientist. Investigate structure-function relationships using disease-causing missense mutants and a variety of cell-based and biochemical functional
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, collaborative scientific community at Cold Spring Harbor Laboratory and work closely with investigators and institutional core facilities, including the Single Cell Biology Core, to develop and implement emerging
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candidate will work on developing and applying advanced single-cell multiomic sequencing technologies1,2 to human cancer samples, primarily in the areas of cancer genomics and transcriptomics, to study tumor
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a larger interdisciplinary team of computational and experimental scientists. Our approach uses single-cell omics approaches coupled with high-resolution microscopy and in vitro models to study the
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Responsibilities The successful candidate will join an interdisciplinary team of computational and experimental scientists to study T cell development and auto-immunity. The lab technician will assist members in
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for hematologic malignancies. The ultimate goal is to understand how environmental signals such as diets and nervous system activities modulate blood cell development and cancers. Based on these basic mechanistic
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working in a lab after completion of their degree (level II requirement) Skills/Experience: The ideal candidate should have experience in mammalian cell culture, molecular cloning methods, PCR, qPCR
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research, including molecular and cell biology, neuroscience, DNA gene expressions, and genomics. The IT Coordinator provides sole support for the ongoing meetings, symposiums, and seasonal course programs
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patient-derived organoids and immune cell co-culture systems from patients across diverse ancestries. The successful candidate will have access to all of these resources in the Beyaz lab and work in
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Degradation (TPD) therapeutic strategies to abrogate or rewire cancer cell signaling. We have recently established a new discovery platform to expand the landscape of TPD E3 ligases and targeting modalities