964 Single-cell spatial characterization of microenvironmental impacts on immunotherapy discrepancies between adult and pediatric nasopharyngeal carcinoma patients
Molecular and Cell Biology. The Martik lab studies the neural crest-a multipotent and migratory c... more Molecular and Cell Biology. The Martik lab studies the neural crest-a multipotent and migratory cell population that differentiates into various tissues. They use developmental biology approaches to understand how gene regulation impacts neural crest differentiation, disease, evolution, and adult regeneration. Some of her current projects include studying how neural crest cells contribute to adult tissue regeneration and vertebrate evolution, as well as studying the dysregulation of neural crest gene regulatory networks in neural crest-derived cancers. Her continued work in these areas has implications for human disease treatment and regenerative medicine.
Helen Wills Neuroscience Institute at Berkeley. He is also the principal investigator of the comp... more Helen Wills Neuroscience Institute at Berkeley. He is also the principal investigator of the computation and language lab, which emphasizes its research on language acquisition and human conceptual systems. Some of Piantadosi' s past research has focused on the ambiguity of language and the optimization of word length for communication. In this interview, we will be discussing one of his more recent papers, "One model for the learning of language." This paper describes a computational learning system that can acquire the key structures of a language, given enough positive data from the language itself.
Molecular and Cell Biology. The Martik lab studies the neural crest-a multipotent and migratory c... more Molecular and Cell Biology. The Martik lab studies the neural crest-a multipotent and migratory cell population that differentiates into various tissues. They use developmental biology approaches to understand how gene regulation impacts neural crest differentiation, disease, evolution, and adult regeneration. Some of her current projects include studying how neural crest cells contribute to adult tissue regeneration and vertebrate evolution, as well as studying the dysregulation of neural crest gene regulatory networks in neural crest-derived cancers. Her continued work in these areas has implications for human disease treatment and regenerative medicine.
Journal of Forestry. In this interview, we discuss Dr. Collins' research on the history and traje... more Journal of Forestry. In this interview, we discuss Dr. Collins' research on the history and trajectory of fire management strategies in California as well as factors driving forest change.
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