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Granzyme A from cytotoxic lymphocytes cleaves GSDMB to trigger pyroptosis in target cells 期刊论文
, 2020, 卷号: 368, 期号: 6494
作者:  Zhou Z.;  He H.;  Wang K.;  Shi X.;  Wang Y.;  Su Y.;  Wang Y.;  Li D.;  Liu W.;  Zhang Y.;  Shen L.;  Han W.;  Shen L.;  Ding J.;  Shao F.
收藏  |  浏览/下载：46/0  |  提交时间：2020/07/28
cell  cell component  cytology  enzyme  enzyme activity  gene expression  immunity  tumor  Mus  gamma interferon  granzyme  GSDMB protein, human  GZMA protein, human  pore forming cytotoxic protein  tumor protein  animal  Bagg albino mouse  chemistry  cytotoxic T lymphocyte  enzymology  genetics  HEK293 cell line  human  immunology  metabolism  mouse  natural killer cell  neoplasm  pathology  protein degradation  protein domain  pyroptosis  transgenic mouse  Animals  Granzymes  HEK293 Cells  Humans  Interferon-gamma  Killer Cells, Natural  Mice  Mice, Inbred BALB C  Mice, Transgenic  Neoplasm Proteins  Neoplasms  Pore Forming Cytotoxic Proteins  Protein Domains  Proteolysis  Pyroptosis  T-Lymphocytes, Cytotoxic  
Deregulation of ribosomal protein expression and translation promotes breast cancer metastasis 期刊论文
, 2020, 卷号: 367, 期号: 6485
作者:  Ebright R.Y.;  Lee S.;  Wittner B.S.;  Niederhoffer K.L.;  Nicholson B.T.;  Bardia A.;  Truesdell S.;  Wiley D.F.;  Wesley B.;  Li S.;  Mai A.;  Aceto N.;  Vincent-Jordan N.;  Szabolcs A.;  Chirn B.;  Kreuzer J.;  Comaills V.;  Kalinich M.;  Haas W.;  Ting D.T.;  Toner M.;  Vasudevan S.;  Haber D.A.;  Maheswaran S.;  Micalizzi D.S.
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CRISPR associated protein  epidermal growth factor receptor 2  Ki 67 antigen  ribosome protein  ribosome RNA  transcription factor E2F  ribosome protein  cancer  cell  gene expression  genetic engineering  protein  RNA  tumor  animal experiment  animal model  animal tissue  Article  biogenesis  bioluminescence  breast cancer  cell cycle progression  cell cycle regulation  cell proliferation  circulating tumor cell  controlled study  enzyme activation  epithelial mesenchymal transition  gene expression profiling  genetic transcription  human  human cell  lung metastasis  metastasis  microfluidics  mouse  nonhuman  overall survival  phenotype  priority journal  progression free survival  promoter region  protein expression  protein processing  protein synthesis  proteomics  RNA sequence  transcription regulation  animal  breast tumor  cancer transplantation  CRISPR Cas system  female  gene expression regulation  genetics  pathology  sequence analysis  tumor cell line  tumor embolism  Mus  Animals  Breast Neoplasms  Cell Line, Tumor  CRISPR-Cas Systems  Female  Gene Expression Regulation, Neoplastic  Humans  Mice  Neoplasm Metastasis  Neoplasm Transplantation  Neoplastic Cells, Circulating  Ribosomal Proteins  Sequence Analysis, RNA  
Regenerative potential of prostate luminal cells revealed by single-cell analysis 期刊论文
, 2020, 卷号: 368, 期号: 6490
作者:  Karthaus W.R.;  Hofree M.;  Choi D.;  Linton E.L.;  Turkekul M.;  Bejnood A.;  Carver B.;  Gopalan A.;  Abida W.;  Laudone V.;  Biton M.;  Chaudhary O.;  Xu T.;  Masilionis I.;  Manova K.;  Mazutis L.;  Pe’er D.;  Regev A.;  Sawyers C.L.
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androgen  growth factor  Nrg2 growth factor  Rspo3 growth factor  unclassified drug  androgen binding protein  antiandrogen  ataxin 1  Atxn1 protein, mouse  glycosylphosphatidylinositol anchored protein  homeodomain protein  nerve growth factor  Nkx3-1 protein, mouse  Nrg2 protein, mouse  probasin  Psca protein, mouse  R-spondin3 protein, mouse  thrombospondin  transcription factor  tumor antigen  tumor protein  androgen  cancer  cell  gene expression  RNA  rodent  ablation therapy  animal cell  animal tissue  Article  cell differentiation  cell population  cell regeneration  cells by body anatomy  controlled study  gene  gene expression  human  luminal cell  male  mesenchyme cell  mouse  nonhuman  paracrine signaling  priority journal  prostate cell  prostate tissue  protein expression  Psca gene  RNA sequencing  Sca1 gene  single cell analysis  animal  genetics  mesenchymal stem cell  metabolism  organ size  organoid  physiology  prostate  prostate tumor  regeneration  sequence analysis  single cell analysis  Mus  Androgen Antagonists  Androgen-Binding Protein  Androgens  Animals  Antigens, Neoplasm  Ataxin-1  Cell Differentiation  Gene Expression  GPI-Linked Proteins  Homeodomain Proteins  Humans  Male  Mesenchymal Stem Cells  Mice  Neoplasm Proteins  Nerve Growth Factors  Organ Size  Organoids  Prostate  Prostatic Neoplasms  Regeneration  Sequence Analysis, RNA  Single-Cell Analysis  Thrombospondins  Transcription Factors  
Partitioning of cancer therapeutics in nuclear condensates 期刊论文
, 2020, 卷号: 368, 期号: 6497
作者:  Klein I.A.;  Boija A.;  Afeyan L.K.;  Hawken S.W.;  Fan M.;  Dall'Agnese A.;  Oksuz O.;  Henninger J.E.;  Shrinivas K.;  Sabari B.R.;  Sagi I.;  Clark V.E.;  Platt J.M.;  Kar M.;  McCall P.M.;  Zamudio A.V.;  Manteiga J.C.;  Coffey E.L.;  Li C.H.;  Hannett N.M.;  Guo Y.E.;  Decker T.-M.;  Lee T.I.;  Zhang T.;  Weng J.-K.;  Taatjes D.J.;  Chakraborty A.;  Sharp P.A.;  Chang Y.T.;  Hyman A.A.;  Gray N.S.;  Young R.A.
收藏  |  浏览/下载：40/0  |  提交时间：2020/07/28
cancer  condensate  disease  drug  physicochemical property  protein  tumor  antineoplastic agent  BRD4 protein, human  cell cycle protein  green fluorescent protein  heterochromatin-specific nonhistone chromosomal protein HP-1  MED1 protein, human  nonhistone protein  nuclear protein  nucleophosmin  peroxisome proliferator activated receptor binding protein  recombinant protein  serine arginine rich splicing factor  SRSF2 protein, human  transcription factor  cell nucleus  drug resistance  genetics  human  metabolism  neoplasm  Antineoplastic Agents  Cell Cycle Proteins  Cell Nucleus  Chromosomal Proteins, Non-Histone  Drug Resistance, Neoplasm  Green Fluorescent Proteins  Humans  Mediator Complex Subunit 1  Neoplasms  Nuclear Proteins  Recombinant Proteins  Serine-Arginine Splicing Factors  Transcription Factors