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mechanistic understanding of polar lobe formation at the molecular, cellular and biophysical level. You will adapt live imaging, genetic and molecular manipulation, and biophysics assays to embryos of several
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applying CRISPR to dissect the consequences of copy-number alterations in iPS cells. This project focuses on 8p syndrome, a developmental disorder caused by a complex rearrangement on chromosome 8p
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., diffusion transformers, multimodal representation learning) for modeling high-dimensional biological images. Develop computational methods to reconstruct and simulate 3D tissue architecture and dynamics
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biology, molecular biology, or a related discipline, including technical experience with cell culture, animal procedures and breeding, Western blotting and qPCR; fewer than 5 years of post-doctoral
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of cancer immunotherapy and beyond. Required Qualifications: The post-doctoral fellow candidate is required to have obtained an MD, PhD, or MD/PhD in areas of cell biology, biochemistry, molecular biology, or
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migration. Future directions include: Dissecting the molecular mechanisms driving 3’UTR/CDS expression switches Functional studies of candidate 3’UTRs in neural development using human organoids or in cancer
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molecular biology, including proficiency and independence working with cell cultures, iPSC lines Excellent communication skills, including verbal and writing skills Ability to work well in a collaborative
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, quantum materials, quantum optics, quantum dynamics, quantum condensed matter, quantum sensing and most other research specialties that can legitimately be prefixed by the word “quantum.” Eligibility
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imaging; cellular and molecular biology studies and assays including for example cell culture and transfections, qRT-PCR, RNA and DNA isolation and preparation, ELISAs, tissue histology and microscopy, and
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fields and an interest in learning more about physical cosmology are also strongly encouraged to apply. Our group is working on a diverse set of problems across both theory, simulations, and observation