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spectrometry approaches to elucidate molecular mechanisms of metabolic rewiring underlying cancer and aging. 2. Developing activity-based proteome profiling (ABPP) strategies to guide the development of chemical
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coordinated in space and time is still unclear. We have developed new tools to address these questions, and we are determining how stable microtubule attachment is restricted to a single locus on each human
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translate extracellular cues sensed by GPCRs into specific phenotypic outputs. Developing quantitative proteomics approaches to capture the spatiotemporal organization of signaling networks and combining
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to create “A Spatial Transcriptomic Atlas of Embryo-Endometrial Crosstalk During Implantation and Human Embryo Development”. This position is funded by a new collaborative grant between the laboratories of Dr
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analysis of multiple disease-specific datasets and contribute to the development of novel methodologies in this space. The ideal applicant will have a strong background in bioinformatics methods and a keen
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features. Using our recently developed chromosome engineering approach, we have created isogenic stem cell lines that allow us to precisely isolate the effects of the chromosomal abnormality from other
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chromosome 8p that results in neurodevelopmental delays, epilepsy, and other clinical features. Using our recently developed chromosome engineering approach, we have created isogenic stem cell lines that allow
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cosmetics in India. The role includes developing and improving analytical protocols, conducting lab and field analyses and training other students and collaborators on analytical approaches. The start date is
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in human biology and evolution, our work seeks to uncover the molecular logic underlying human-specific neuronal differentiation and synaptic connectivity and to translate these insights
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resilience. Additionally, SURI has established a network of stakeholders, including private firms, city governments, and international development institutions. The Postdoctoral Scholar will help extend