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Structure of the RNA-dependent RNA polymerase from COVID-19 virus 期刊论文
, 2020, 卷号: 368, 期号: 6492
作者:  Gao Y.;  Yan L.;  Huang Y.;  Liu F.;  Zhao Y.;  Cao L.;  Wang T.;  Sun Q.;  Ming Z.;  Zhang L.;  Ge J.;  Zheng L.;  Zhang Y.;  Wang H.;  Zhu Y.;  Zhu C.;  Hu T.;  Hua T.;  Zhang B.;  Yang X.;  Li J.;  Yang H.;  Liu Z.;  Xu W.;  Guddat L.W.;  Wang Q.;  Lou Z.;  Rao Z.
收藏  |  浏览/下载：40/0  |  提交时间：2020/07/28
comparative study  drug  electron microscopy  enzyme  enzyme activity  RNA  virus  Coronavirus  SARS coronavirus  adenosine phosphate  alanine  antivirus agent  NSP7 protein, SARS-CoV-2  NSP8 protein, SARS-CoV-2  remdesivir  RNA directed RNA polymerase  RNA-dependent RNA polymerase, coronavirus  viral protein  beta sheet  Betacoronavirus  chemistry  cryoelectron microscopy  drug design  enzyme active site  enzymology  metabolism  molecular model  protein domain  ultrastructure  Adenosine Monophosphate  Alanine  Antiviral Agents  Betacoronavirus  Catalytic Domain  Cryoelectron Microscopy  Drug Design  Models, Molecular  Protein Conformation, beta-Strand  Protein Domains  RNA Replicase  Viral Nonstructural Proteins  
A highly conserved cryptic epitope in the receptor binding domains of SARS-CoV-2 and SARS-CoV 期刊论文
, 2020, 卷号: 368, 期号: 6491
作者:  Yuan M.;  Wu N.C.;  Zhu X.;  Lee C.-C.D.;  So R.T.Y.;  Lv H.;  Mok C.K.P.;  Wilson I.A.
收藏  |  浏览/下载：17/0  |  提交时间：2020/07/28
angiotensin converting enzyme 2  epitope  neutralizing antibody  virus hemagglutinin  virus spike protein  angiotensin converting enzyme 2  coronavirus receptors  coronavirus spike glycoprotein  dipeptidyl carboxypeptidase  epitope  neutralizing antibody  spike glycoprotein, SARS-CoV  spike protein, SARS-CoV-2  virus antibody  virus antigen  virus receptor  antibody  antigen  chemical binding  crystal structure  protein  respiratory disease  viral disease  virus  amino terminal sequence  antibody isolation  antigen binding  antigenicity  Article  binding affinity  binding site  conservation biology  controlled study  coronavirus disease 2019  cross reaction  cryoelectron microscopy  crystal structure  enzyme linked immunosorbent assay  epidemic  glycosylation  human  hydrophobicity  immune response  in vitro study  in vivo study  light chain  nonhuman  priority journal  protein conformation  protein domain  protein interaction  protein localization  protein structure  protein targeting  receptor binding  SARS coronavirus  Severe acute respiratory syndrome coronavirus 2  amino acid sequence  antibody affinity  Betacoronavirus  binding site  chemistry  immunology  metabolism  molecular model  SARS coronavirus  X ray crystallography  Coronavirus  SARS coronavirus  Amino Acid Sequence  Antibodies, Neutralizing  Antibodies, Viral  Antibody Affinity  Antigens, Viral  Betacoronavirus  Binding Sites  Cross Reactions  Crystallography, X-Ray  Epitopes  Models, Molecular  Peptidyl-Dipeptidase A  Protein Conformation  Protein Domains  Protein Interaction Domains and Motifs  Receptors, Virus  SARS Virus  Spike Glycoprotein, Coronavirus  
The genetic architecture of the human cerebral cortex 期刊论文
, 2020, 卷号: 367, 期号: 6484
作者:  Grasby K.L.;  Jahanshad N.;  Painter J.N.;  Colodro-Conde L.;  Bralten J.;  Hibar D.P.;  Lind P.A.;  Pizzagalli F.;  Ching C.R.K.;  McMahon M.A.B.;  Shatokhina N.;  Zsembik L.C.P.;  Thomopoulos S.I.;  Zhu A.H.;  Strike L.T.;  Agartz I.;  Alhusaini S.;  Almeida M.A.A.;  Alnæs D.;  Amlien I.K.;  Andersson M.;  Ard T.;  Armstrong N.J.;  Ashley-Koch A.;  Atkins J.R.;  Bernard M.;  Brouwer R.M.;  Buimer E.E.L.;  Bülow R.;  Bürger C.;  Cannon D.M.;  Chakravarty M.;  Chen Q.;  Cheung J.W.;  Couvy-Duchesne B.;  Dale A.M.;  Dalvie S.;  de Araujo T.K.;  de Zubicaray G.I.;  de Zwarte S.M.C.;  den Braber A.;  Doan N.T.;  Dohm K.;  Ehrlich S.;  Engelbrecht H.-R.;  Erk S.;  Fan C.C.;  Fedko I.O.;  Foley S.F.;  Ford J.M.;  Fukunaga M.;  Garrett M.E.;  Ge T.;  Giddaluru S.;  Goldman A.L.;  Green M.J.;  Groenewold N.A.;  Grotegerd D.;  Gurholt T.P.;  Gutman B.A.;  Hansell N.K.;  Harris M.A.;  Harrison M.B.;  Haswell C.C.;  Hauser M.;  Herms S.;  Heslenfeld D.J.;  Ho N.F.;  Hoehn D.;  Hoffmann P.;  Holleran L.;  Hoogman M.;  Hottenga J.-J.;  Ikeda M.;  Janowitz D.;  Jansen I.E.;  Jia T.;  Jockwitz C.;  Kanai R.;  Karama S.;  Kasperaviciute D.;  Kaufmann T.;  Kelly S.;  Kikuchi M.;  Klein M.;  Knapp M.;  Knodt A.R.;  Krämer B.;  Lam M.;  Lancaster T.M.;  Lee P.H.;  Lett T.A.;  Lewis L.B.;  Lopes-Cendes I.;  Luciano M.;  Macciardi F.;  Marquand A.F.;  Mathias S.R.;  Melzer T.R.;  Milaneschi Y.;  Mirza-Schreiber N.;  Moreira J.C.V.;  Mühleisen T.W.;  Müller-Myhsok B.;  Najt P.;  Nakahara S.;  Nho K.;  Olde Loohuis L.M.;  Orfanos D.P.;  Pearson J.F.;  Pitcher T.L.;  Pütz B.;  Quidé Y.;  Ragothaman A.;  Rashid F.M.;  Reay W.R.;  Redlich R.;  Reinbold C.S.;  Repple J.;  Richard G.;  Riedel B.C.;  Risacher S.L.;  Rocha C.S.;  Mota N.R.;  Salminen L.;  Saremi A.;  Saykin A.J.;  Schlag F.;  Schmaal L.;  Schofield P.R.;  Secolin R.;  Shapland C.Y.;  Shen L.;  Shin J.;  Shumskaya E.;  Sønderby I.E.;  Sprooten E.;  Tansey K.E.;  Teumer A.;  Thalamuthu A.;  Tordesillas-Gutiérrez D.;  Turner J.A.;  Uhlmann A.;  Vallerga C.L.;  van der Meer D.;  van Donkelaar M.M.J.;  van Eijk L.;  van Erp T.G.M.;  van Haren N.E.M.;  van Rooij D.;  van Tol M.-J.;  Veldink J.H.;  Verhoef E.;  Walton E.;  Wang M.;  Wang Y.;  Wardlaw J.M.;  Wen W.;  Westlye L.T.;  Whelan C.D.;  Witt S.H.;  Wittfeld K.;  Wolf C.;  Wolfers T.;  Wu J.Q.;  Yasuda C.L.;  Zaremba D.;  Zhang Z.;  Zwiers M.P.;  Artiges E.;  Assareh A.A.;  Ayesa-Arriola R.;  Belger A.;  Brandt C.L.;  Brown G.G.;  Cichon S.;  Curran J.E.;  Davies G.E.;  Degenhardt F.;  Dennis M.F.;  Dietsche B.;  Djurovic S.;  Doherty C.P.;  Espiritu R.;  Garijo D.;  Gil Y.;  Gowland P.A.;  Green R.C.;  Häusler A.N.;  Heindel W.;  Ho B.-C.;  Hoffmann W.U.;  Holsboer F.;  Homuth G.;  Hosten N.;  Jack C.R.;  Jang M.;  Jansen A.;  Kimbrel N.A.;  Kolskår K.;  Koops S.;  Krug A.;  Lim K.O.;  Luykx J.J.;  Mathalon D.H.;  Mather K.A.;  Mattay V.S.;  Matthews S.;  van Son J.M.;  McEwen S.C.;  Melle I.;  Morris D.W.;  Mueller B.A.;  Nauck M.;  Nordvik J.E.;  Nöthen M.M.;  O'Leary D.S.;  Opel N.;  Martinot M.-L.P.;  Bruce Pike G.;  Preda A.;  Quinlan E.B.;  Rasser P.E.;  Ratnakar V.;  Reppermund S.;  Steen V.M.;  Tooney P.A.;  Torres F.R.;  Veltman D.J.;  Voyvodic J.T.;  Whelan R.;  White T.;  Yamamori H.;  Adams H.H.H.;  Bis J.C.;  Debette S.;  Decarli C.;  Fornage M.;  Gudnason V.;  Hofer E.;  Arfan Ikram M.;  Launer L.;  Longstreth W.T.;  Lopez O.L.;  Mazoyer B.;  Mosley T.H.;  Roshchupkin G.V.;  Satizabal C.L.;  Schmidt R.;  Seshadri S.;  Yang Q.;  Alvim M.K.M.;  Ames D.;  Anderson T.J.;  Andreassen O.A.;  Arias-Vasquez A.;  Bastin M.E.;  Baune B.T.;  Beckham J.C.;  Blangero J.;  Boomsma D.I.;  Brodaty H.;  Brunner H.G.;  Buckner R.L.;  Buitelaar J.K.;  Bustillo J.R.;  Cahn W.;  Cairns M.J.;  Calhoun V.;  Carr V.J.;  Caseras X.;  Caspers S.;  Cavalleri G.L.;  Cendes F.;  Corvin A.;  Crespo-Facorro B.;  Dalrymple-Alford J.C.;  Dannlowski U.;  de Geus E.J.C.;  Deary I.J.;  Delanty N.;  Depondt C.;  Desrivières S.;  Donohoe G.;  Espeseth T.;  Fernández G.;  Fisher S.E.;  Flor H.;  Forstner A.J.;  Francks C.;  Franke B.;  Glahn D.C.;  Gollub R.L.;  Grabe H.J.;  Gruber O.;  Håberg A.K.;  Hariri A.R.;  Hartman C.A.;  Hashimoto R.;  Heinz A.;  Henskens F.A.;  Hillegers M.H.J.;  Hoekstra P.J.;  Holmes A.J.;  Elliot Hong L.;  Hopkins W.D.;  Hulshoff Pol H.E.;  Jernigan T.L.;  Jönsson E.G.;  Kahn R.S.;  Kennedy M.A.;  Kircher T.T.J.;  Kochunov P.;  Kwok J.B.J.;  Le Hellard S.;  Loughland C.M.;  Martin N.G.;  Martinot J.-L.;  McDonald C.;  McMahon K.L.;  Meyer-Lindenberg A.;  Michie P.T.;  Morey R.A.;  Mowry B.;  Nyberg L.;  Oosterlaan J.;  Ophoff R.A.;  Pantelis C.;  Paus T.;  Pausova Z.;  Penninx B.W.J.H.;  Polderman T.J.C.;  Posthuma D.;  Rietschel M.;  Roffman J.L.;  Rowland L.M.;  Sachdev P.S.;  Sämann P.G.;  Schall U.;  Schumann G.;  Scott R.J.;  Sim K.;  Sisodiya S.M.;  Smoller J.W.;  Sommer I.E.;  Pourcain B.S.;  Stein D.J.;  Toga A.W.;  Trollor J.N.;  van der Wee N.J.A.;  van't Ent D.;  Völzke H.;  Walter H.;  Weber B.;  Weinberger D.R.;  Wright M.J.;  Zhou J.;  Stein J.L.;  Thompson P.M.;  Medland S.E.;  Enhancing NeuroImaging Genetics through Meta-Analysis Consortium (ENIGMA)-Genetics working group
收藏  |  浏览/下载：47/0  |  提交时间：2020/07/28
brain  genetic analysis  meta-analysis  resonance  signaling  surface area  Article  bioinformatics  brain cortex  brain function  brain region  brain tissue  cortical thickness (brain)  educational status  evidence based medicine  gene control  gene locus  genetic association  genetic correlation  genetic variability  genome-wide association study  human  human genetics  priority journal  surface area  tissue structure  Wnt signaling  anatomy and histology  attention deficit disorder  brain cortex  brain mapping  cognition  genetic variation  genetics  meta analysis  nuclear magnetic resonance imaging  organ size  Parkinson disease  Attention Deficit Disorder with Hyperactivity  Brain Mapping  Cerebral Cortex  Cognition  Genetic Loci  Genetic Variation  Genome-Wide Association Study  Humans  Magnetic Resonance Imaging  Organ Size  Parkinson Disease  
Structures of cell wall arabinosyltransferases with the anti-tuberculosis drug ethambutol 期刊论文
, 2020, 卷号: 368, 期号: 6496
作者:  Zhang L.;  Zhao Y.;  Gao Y.;  Wu L.;  Gao R.;  Zhang Q.;  Wang Y.;  Wu C.;  Wu F.;  Gurcha S.S.;  Veerapen N.;  Batt S.M.;  Zhao W.;  Qin L.;  Yang X.;  Wang M.;  Zhu Y.;  Zhang B.;  Bi L.;  Zhang X.;  Yang H.;  Guddat L.W.;  Xu W.;  Wang Q.;  Li J.;  Besra G.S.;  Rao Z.
收藏  |  浏览/下载：32/0  |  提交时间：2020/07/28
biochemistry  cell component  chemical binding  detection method  drug  drug resistance  enzyme  enzyme activity  inhibition  mutation  Mycobacterium tuberculosis  arabinosyltransferase  ethambutol  glycosyltransferase  tuberculostatic agent  cell wall  chemistry  cryoelectron microscopy  enzymology  multidrug resistance  Mycobacterium tuberculosis  protein conformation  Antitubercular Agents  Cell Wall  Cryoelectron Microscopy  Drug Resistance, Multiple, Bacterial  Ethambutol  Mycobacterium tuberculosis  Pentosyltransferases  Protein Conformation