-
therapeutic leads toward the targeting of historically inaccessible protein targets. Key Responsibilities Design, synthesis, and characterization of sp³-rich covalent small molecules Lead structure–activity
-
biology. This NIH-funded position is available to study the role of nuclear pore proteins in the regulation of chromatin architecture during neuronal differentiation. The successful candidate will have a
-
infectious diseases that impact global health. Basic science discoveries made using a variety of human and pathogen-derived proteins, designed, expressed and purified by a collaborative DHVI team have
-
fellow will focus on evolving and characterizing next-generation therapeutic proteins using the lab’s high-throughput phage-assisted continuous evolution (PACE) platform. Their work will contribute
-
including mammalian cell culture and assays of protein and nucleic acids, DNA sequencing, genetic engineering including production of viral vector delivery systems and nonviral transfection methods, and