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Molecular
2015
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  • Establishing the Drosophila Larval Neuroblast as a System to Study Regulated Cell Death in vivo.
    颁布单位：[University of Michigan] |  颁布时间：2015 |  实施时间：2015 |  学科分类：[stem cell survival, necrotic cell death, cell survival checkpoint, genotoxic stress, Molecular, Cellular and Developmental Biology, Science, Cellular and Molecular Biology]
    预览  |  原文链接    [浏览：18 下载：11]
  • Hox6 function is Necessary for Endocrine Pancreas Development in vivo and in vitro.
    颁布单位：[University of Michigan] |  颁布时间：2015 |  实施时间：2015 |  学科分类：[Hox6 function in pancreatic endocrine cell development, Molecular, Cellular and Developmental Biology, Science, Cellular and Molecular Biology]
    预览  |  原文链接    [浏览：9 下载：3]
  • Architecture-Function Analysis of the Kinetochore Reveals the Mechanism of Spindle AssemblyCheckpoint Signaling.
    颁布单位：[University of Michigan] |  颁布时间：2015 |  实施时间：2015 |  学科分类：[Mechanism of mitotic checkpoint that ensures accurate chromosome segregation during cell division, Developmental of biophysical tools to probe and characterize macromolecular structures, Macromolecular protein architecture of kinetochore shapes emergent functions, Biochemical parameters provide handles to modulate checkpoint signaling, High resolution and fluorescence microscopy approaches to address biological problems, Quantitative approaches to define checkpoint signaling to predict implications in diseased conditions like cancer, Biological Chemistry, Molecular, Cellular and Developmental Biology, Science (General), Health Sciences, Science, Biophysics]
    预览  |  原文链接    [浏览：21 下载：15]
  • Insights into KRAS Biology through its Novel Interactions.
    颁布单位：[University of Michigan] |  颁布时间：2015 |  实施时间：2015 |  学科分类：[KRAS rearrangements in metastatic prostate cancer, Outlier kinases in pancreatic cancer as targets for precision therapy, KRAS engages Argonaute 2 to promote cellular transformation, RAS and AGO2 interaction, Molecular, Cellular and Developmental Biology, Health Sciences, Molecular and Cellular Pathology]
    预览  |  原文链接    [浏览：6 下载：0]
  • New Insights into the Regulation of Hematopoietic Stem Cell Self-Renewal.
    颁布单位：[University of Michigan] |  颁布时间：2015 |  实施时间：2015 |  学科分类：[hematopoietic stem cells, telomere, shelterin, histone methyltransferase, quiescence, trithorax, Molecular, Cellular and Developmental Biology, Oncology and Hematology, Health Sciences, Cellular and Molecular Biology]
    预览  |  原文链接    [浏览：33 下载：14]