http://togogenome.org/gene/2697049:GU280_gp02                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC2                                                                                  ^@                                                                                  32015508|||32075877|||32132184|||32142651|||32155444|||32221306|||32225175|||32225176|||32245784|||32362314|||32363391|||32366695|||32697968|||32703818|||32730807|||32732280|||32817270|||32820179|||32929138|||32979942|||32989130|||33082293|||33082294|||33102950|||33106671|||33184236|||33229438|||33413740|||33417835|||33465165|||33607086|||33636719|||33690265|||33888467|||34142653|||34159616|||34166617|||34171266|||34210893|||34322129|||34504087|||34561887|||34599882|||34732583|||35102342|||35108439|||35150743                                                                                  ^@                                                                                  Biophys. J.|||Cell|||Cell Host Microbe|||Cell Rep.|||Dev. Cell|||EMBO J.|||Eurosurveillance|||FEBS J.|||Front. Immunol.|||Glycobiology|||J. Biol. Chem.|||JACC Basic Transl. Sci.|||Life. Sci Alliance|||Microbiol. Immunol.|||Mol. Cell|||Nat. Commun.|||Nat. Immunol.|||Nature|||PLoS Pathog.|||Proc. Natl. Acad. Sci. U.S.A.|||Sci. Adv.|||Sci. Rep.|||Science                                                                                  ^@                                                                                  A highly conserved cryptic epitope in the receptor-binding domains of SARS-CoV-2 and SARS-CoV.|||A multibasic cleavage site in the Spike protein of SARS-CoV-2 is essential for infection of human lung cells.|||A new coronavirus associated with human respiratory disease in China.|||Adaptation of SARS-CoV-2 in BALB/c mice for testing vaccine efficacy.|||Analysis of the SARS-CoV-2 spike protein glycan shield reveals implications for immune recognition.|||Biomechanical characterization of SARS-CoV-2 spike RBD and human ACE2 protein-protein interaction.|||Characterization of spike glycoprotein of SARS-CoV-2 on virus entry and its immune cross-reactivity with SARS-CoV.|||Cryo-EM structure of the 2019-nCoV spike in the prefusion conformation.|||D614G Mutation Alters SARS-CoV-2 Spike Conformation and Enhances Protease Cleavage at the S1/S2 Junction.|||Deducing the N- and O- glycosylation profile of the spike protein of novel coronavirus SARS-CoV-2.|||Early transmissibility assessment of the N501Y mutant strains of SARS-CoV-2 in the United Kingdom, October to November 2020.|||Emergence of a SARS-CoV-2 variant of concern with mutations in spike glycoprotein.|||Evolutionary and structural analyses of SARS-CoV-2 D614G spike protein mutation now documented worldwide.|||Furin cleavage of the SARS-CoV-2 spike is modulated by O-glycosylation.|||Hydroxychloroquine-mediated inhibition of SARS-CoV-2 entry is attenuated by TMPRSS2.|||In situ structural analysis of SARS-CoV-2 spike reveals flexibility mediated by three hinges.|||Increased transmissibility and global spread of SARS-CoV-2 variants of concern as at June 2021.|||Integrin mediates cell entry of the SARS-CoV-2 virus independent of cellular receptor ACE2.|||Molecular Architecture of the SARS-CoV-2 Virus.|||Neuropilin-1 facilitates SARS-CoV-2 cell entry and infectivity.|||Neuropilin-1 is a host factor for SARS-CoV-2 infection.|||Proteolytic activation of SARS-CoV-2 spike protein.|||Recognition and inhibition of SARS-CoV-2 by humoral innate immunity pattern recognition molecules.|||Recurrent emergence of SARS-CoV-2 spike deletion H69/V70 and its role in the Alpha variant B.1.1.7.|||S-acylation controls SARS-CoV-2 membrane lipid organization and enhances infectivity.|||SARS-CoV-2 D614G variant exhibits efficient replication ex vivo and transmission in vivo.|||SARS-CoV-2 Vaccines Based on the Spike Glycoprotein and Implications of New Viral Variants.|||SARS-CoV-2 can recruit a heme metabolite to evade antibody immunity.|||SARS-CoV-2 cell entry depends on ACE2 and TMPRSS2 and is blocked by a clinically proven protease inhibitor.|||SARS-CoV-2 immune evasion by the B.1.427/B.1.429 variant of concern.|||SARS-CoV-2 spike D614G change enhances replication and transmission.|||SARS-CoV-2 spike L452R variant evades cellular immunity and increases infectivity.|||SARS-CoV-2 variants preferentially emerge at intrinsically disordered protein sites helping immune evasion.|||Sequences in the cytoplasmic tail of SARS-CoV-2 Spike facilitate expression at the cell surface and syncytia formation.|||Site-specific glycan analysis of the SARS-CoV-2 spike.|||Spike mutation D614G alters SARS-CoV-2 fitness.|||Structural basis for the recognition of the SARS-CoV-2 by full-length human ACE2.|||Structural basis of receptor recognition by SARS-CoV-2.|||Structure of the SARS-CoV-2 spike receptor-binding domain bound to the ACE2 receptor.|||Structure, function, and antigenicity of the SARS-CoV-2 spike glycoprotein.|||Superantigenic character of an insert unique to SARS-CoV-2 spike supported by skewed TCR repertoire in patients with hyperinflammation.|||TMPRSS2 and furin are both essential for proteolytic activation of SARS-CoV-2 in human airway cells.|||TMPRSS2 expression dictates the entry route used by SARS-CoV-2 to infect host cells.|||The Impact of Mutations in SARS-CoV-2 Spike on Viral Infectivity and Antigenicity.|||The Integrin Binding Peptide, ATN-161, as a Novel Therapy for SARS-CoV-2 Infection.|||The SARS-CoV-2 Envelope and Membrane proteins modulate maturation and retention of the Spike protein, allowing assembly of virus-like particles.|||Tracking Changes in SARS-CoV-2 Spike: Evidence that D614G Increases Infectivity of the COVID-19 Virus. ^@                                                                                  Abfalterer W.|||Abiona O.|||Abrahams S.|||Abrami L.|||Abriata L.A.|||Acharya P.|||Agostini M.|||Aguirre-Sampieri S.|||Aihara H.|||Alcantara L.C.J.|||Alisoltani-Dehkordi A.|||Allam M.|||Allen J.D.|||An Z.|||Anastasina M.|||Anton-Plagaro C.|||Archer B.|||Arditi M.|||Asselta R.|||Auerbach A.|||Azadi P.|||Bagola K.|||Bahar I.|||Bailey D.|||Balistreri G.|||Baric R.S.|||Barnes J.R.|||Bartelt L.|||Bassi J.|||Batra N.|||Bauer M.|||Bayarri-Olmos R.|||Beale R.|||Beck M.|||Beddingfield B.J.|||Beer M.|||Benarafa C.|||Bestle D.|||Bhattacharya T.|||Bhiman J.N.|||Bianchi S.|||Bilello J.P.|||Binder M.|||Bix G.J.|||Blanc F.E.C.|||Boettcher-Friebertshaeuser E.|||Bona G.|||Boson B.|||Bottazzi B.|||Boucher R.C.|||Boulant S.|||Bowen J.E.|||Bundalovic-Torma C.|||Butcher S.J.|||Cameroni E.|||Campbell F.|||Cantuti-Castelvetri L.|||Cao W.|||Capurro V.|||Carabelli A.M.|||Carraro M.|||Cattin-Ortola J.|||Cavalli A.|||Cesana D.|||Chapagain P.P.|||Chen A.|||Chen J.|||Chen K.E.|||Chen Q.|||Chen S.|||Chen T.|||Chen X.|||Chen Y.|||Chen Y.-M.|||Cheng L.|||Cheng M.H.|||Cherepanov P.|||Chiba S.|||Choe H.|||Christodoulou E.|||Clementi N.|||Collier D.A.|||Collins B.M.|||Cook N.J.|||Corbett K.S.|||Corti D.|||Cosset F.L.|||Covino R.|||Crispin M.|||Cruz-Resendiz A.|||Cui D.|||Cui Y.|||Culap K.|||Cullen P.J.|||D'Angelo G.|||Dai F.-H.|||Dal Peraro M.|||Daly J.L.|||Datir R.|||Davidson A.D.|||Davies M.A.|||De Marco A.|||Deng Y.Q.|||Denolly S.|||Di Iulio J.|||Dijkman R.|||Dinnon K.H. III|||Djannatian M.|||Doldan P.|||Dolnik O.|||Dong C.|||Doni A.|||Doolabh D.|||Doores K.J.|||Dos Santos M.S.|||Drosten C.|||Du L.|||Duga S.|||Duncan L.M.|||Ebert N.|||Edwards C.E.|||Edwards R.J.|||Ehre C.|||Eickmann M.|||Engelbrecht S.|||Erichsen S.|||Eshaghi A.|||Evans C.M.|||Fan H.|||Fan S.|||Fan X.|||Farzan M.|||Ferreira I.A.T.M.|||Fertleman M.|||Fischer W.M.|||Foley B.|||Fonseca V.|||Fontes-Garfias C.R.|||Franz J.|||Freeman T.M.|||Freiberg A.N.|||Fukuhara T.|||Gallagher T.|||Gallina P.|||Gallo G.|||Garlanda C.|||Garred P.|||Garten W.|||Garzoni C.|||Ge J.|||Gecht M.|||Geng Q.|||Geng S.|||Giandhari J.|||Giorgi E.E.|||Giovanetti M.|||Glass A.J.|||Gleinich A.S.|||Gnanakaran S.|||Gobeil S.M.|||Godzik A.|||Goedhals D.|||Gokce O.|||Goldsmith J.A.|||Graham B.S.|||Graham C.|||Graham R.|||Gralinski L.E.|||Grana-Miraglia L.|||Grant O.C.|||Greber U.F.|||Groves H.E.|||Gu H.|||Guastalla S.B.|||Gubbay J.B.|||Guo L.|||Guo R.|||Guo Y.|||Gupta R.K.|||Gutierrez J.M.|||Guttman D.S.|||Hagen W.J.H.|||Halfmann P.|||Halwe N.J.|||Han G.|||Hao H.|||Hardes K.|||Hardie D.|||Harvey W.T.|||Hastie K.M.|||Haynes B.F.|||He L.|||He Y.|||Heaney J.|||Heindl M.R.|||Helenius A.|||Henderson R.|||Hengartner N.|||Hepojoki J.|||Herrler G.|||Herrler T.|||Hiscox J.A.|||Hoerner C.|||Hoffmann B.|||Hoffmann D.|||Hoffmann M.|||Hollandi R.|||Holmes E.C.|||Horvath P.|||Hossain J.|||Hou D.|||Hou Y.J.|||Hsiao M.|||Hsieh C.L.|||Hu J.|||Hu K.|||Hu T.Y.|||Hu Y.|||Huang W.|||Hummer G.|||Ikeda T.|||Im W.|||Invernizzi P.|||Iranzadeh A.|||Isabel M.R.|||Isabel S.|||Ismail A.|||Ito J.|||Ito K.|||Iwanaga N.|||Jaconi S.|||James L.C.|||Janowska K.|||Jiang N.|||Jiang S.|||Jin Q.|||Jinnai Y.|||Joensuu M.|||Johnson B.A.|||Jombart T.|||Jores J.|||Kallio K.|||Kallio-Kokko H.|||Kalveram B.|||Kassiotis G.|||Kawaoka Y.|||Kaya T.|||Keller M.|||Kelly J.N.|||Kemp S.A.|||Kenyon J.C.|||Kim S.|||Kimura I.|||King J.|||Kjaer S.|||Klein K.|||Kleine-Weber H.|||Klenk H.D.|||Koch J.|||Kolls J.K.|||Konings F.|||Kopp M.F.|||Korber B.|||Korsman S.|||Kosakovsky Pond S.L.|||Kosugi Y.|||Krijnse Locker J.|||Krueger N.|||Ku Z.|||Kuivanen S.|||Kunz B.|||Kuroda M.|||LaBranche C.C.|||Labroussaa F.|||Laguda-Akingba O.|||Lam T.T.|||Lan J.|||Landry J.|||Laurenson-Schafer H.|||Lavillette D.|||Le Mercier P.|||Lee C.D.|||Lee R.E.|||Legros V.|||Lei J.|||Lei X.|||Leist S.R.|||Lessells R.J.|||Leung G.M.|||Leung K.|||Levanov L.|||Lever A.M.|||Li F.|||Li J.|||Li L.|||Li P.|||Li Q.|||Li S.|||Li X.|||Li X.'|||Li X.F.|||Li Y.|||Li Y.'|||Limburg H.|||Lin X.|||Liu H.|||Liu J.|||Liu S.|||Liu Y.|||Lokugamage K.G.|||Lourenco J.|||Lozach P.Y.|||Lu F.|||Lu Q.|||Lu X.|||Luo C.|||Luo D.Y.|||Lv H.|||Lytras S.|||MacRae J.I.|||Malim M.H.|||Mancini N.|||Mann M.|||Manne K.|||Mansouri K.|||Mantovani A.|||Mapelli S.N.|||Marais G.|||Marelli S.|||Margolis D.M.|||Markmann A.J.|||Martin D.|||Martinez-Flores D.|||Mascenik T.M.|||Masino L.|||Maslen S.L.|||Maslo C.|||Matheson N.J.|||Mathieu C.|||Matkovic M.|||Matsuura Y.|||Matthews D.A.|||McCallum M.|||McClure M.O.|||McCoy L.E.|||McDanal C.|||McDowell S.|||McGuire A.T.|||McLellan J.S.|||Menachery V.D.|||Meng B.|||Mesquita F.S.|||Meunier F.A.|||Mi D.|||Minami R.|||Minervini G.|||Mirchandani D.|||Mlcochova P.|||Mlisana K.|||Mohale T.|||Mohamed A.|||Mok C.K.P.|||Mollenhauer B.|||Montefiori D.C.|||Montgomery D.|||Moon-Walker A.|||Morgan O.|||Mosalaganti S.|||Motozono C.|||Mou H.|||Moulton H.|||Msomi N.|||Mu Z.|||Mudau I.|||Muehlebach M.D.|||Mueller M.A.|||Muir L.|||Munro S.|||Muruato A.E.|||Nagasaki Y.|||Nakagawa S.|||Nakajima N.|||Nans A.|||Nasser H.|||Nastouli E.|||Navarro M.J.|||Ng K.W.|||Ngare I.|||Nie J.|||Nie L.|||Nitsche A.|||Noval Rivas M.|||Oesterlund P.|||Ojha A.|||Ojha R.|||Okuda K.|||Osterlund P.|||Ou T.|||Ou X.|||Pagani I.|||Papa G.|||Paraboschi E.M.|||Park Y.J.|||Parker E.|||Parker M.D.|||Parks R.|||Partridge D.G.|||Paschold L.|||Patel S.N.|||Pavlin B.|||Paz Montoya J.|||Pedemonte N.|||Pedotti M.|||Pedro L.D.|||Pei Y.-Y.|||Pellanda A.F.|||Perez L.G.|||Perucchini C.|||Petruccione F.|||Piccoli L.|||Pilgram O.|||Pillay S.|||Pinto D.|||Pizzato M.|||Pizzuto M.S.|||Plante J.A.|||Plante K.S.|||Plow E.|||Poehlmann S.|||Pohlmann A.|||Porritt R.A.|||Portmann J.|||Poutanen S.M.|||Poutanen T.|||Pozzi B.|||Preiser W.|||Pye V.E.|||Qian Z.|||Qin C.F.|||Qin H.|||Qin J.|||Qing E.|||Quaglia F.|||Raclot C.|||Randell S.H.|||Rappuoli R.|||Rees-Spear C.|||Ren L.|||Reynolds H.M.|||Rhys H.|||Riddell A.|||Robertson D.L.|||Rohde C.|||Rosa A.|||Rosadas C.|||Rosen L.E.|||Rosenthal P.B.|||Roustan C.|||Roy C.J.|||Saito A.|||Saliba C.|||Salladini E.|||Samara N.L.|||Sampieri A.|||San E.J.|||Sanders R.W.|||Saphire E.O.|||Sato K.|||Scavello F.|||Schaefer A.|||Scharton D.|||Schiergens T.S.|||Schreiber G.|||Schroeder S.|||Schuermann C.|||Schwarz A.|||Sekiya N.|||Seow J.|||Sergeeva O.|||Sessions R.B.|||Sewell B.T.|||Shajahan A.|||Shan S.|||Shang J.|||Sheng X.|||Shi D.|||Shi K.|||Shi P.Y.|||Shi X.|||Shi Y.|||Shimizu R.|||Shimono N.|||Shoemark D.K.|||Short C.E.|||Shum M.H.|||Sigal A.|||Sikora M.|||Silacci-Fregni C.|||Simon-Gracia L.|||Simonetti B.|||Simons M.|||Siret E.|||Sironi M.|||Smura T.|||Snell G.|||So R.T.Y.|||Song Y.|||Song Z.-G.|||Sprouse K.R.|||Spyer M.|||Stadelmann C.|||Stalder H.|||Stalls V.|||Stanifer M.|||Stark T.J.|||Stein D.A.|||Steiner S.|||Steinmetzer T.|||Stravalaci M.|||Sun C.|||Sun Q.|||Sun S.|||Supekar N.T.|||Susana A.|||Suzuki T.|||Syed Z.A.|||Szirovicza L.|||Tabak L.A.|||Taddeo A.|||Tai W.|||Takahashi K.|||Takeda M.|||Tan T.S.|||Tang H.|||Tao Z.-W.|||Taylor G.P.|||Tedder R.S.|||Teesalu T.|||Tegally H.|||Telenti A.|||Ten Hagen K.G.|||Teng Y.|||Thakur N.|||Theiler J.|||Thi Nhu Thao T.|||Thiel V.|||Thomann L.|||Tian E.|||Tian J.-H.|||Tilles S.W.|||Tobi A.|||Torii S.|||Tortorici M.A.|||Tosatto S.C.E.|||Toya T.|||Toyoda M.|||Trono D.|||Trueeb B.S.|||Tse L.V.|||Turelli P.|||Turonova B.|||Tyers L.|||Uckeley Z.M.|||Ueno T.|||Uguccioni M.|||Ulferts R.|||Ulrich L.|||Uriu K.|||Vaca L.|||Van Kerkhove M.D.|||Van Lam van T.|||Van Voorhis W.C.|||Van Zyl G.|||Vandemaele K.|||Vapalahti O.|||Varani L.|||Veesler D.|||Vicenzi E.|||Virgin H.W.|||Walaza S.|||Wall A.|||Walls A.C.|||Wan Y.|||Wang H.|||Wang J.|||Wang L.|||Wang M.|||Wang N.|||Wang Q.|||Wang Q.-M.|||Wang W.|||Wang X.|||Wang Y.|||Watanabe Y.|||Weaver S.|||Weaver S.C.|||Welch L.G.|||Welsch S.|||Weng T.|||Wentworth D.E.|||Whelan S.P.|||Wibmer C.K.|||Wilkinson E.|||Williamson C.|||Williamson M.K.|||Willscher E.|||Wilson I.A.|||Wilson M.|||Winkler M.S.|||Woods R.J.|||Wrapp D.|||Wrobel A.G.|||Wu F.|||Wu J.|||Wu J.T.|||Wu N.|||Wu N.C.|||Wu N.H.|||Wu Z.|||Xia H.|||Xia L.|||Xiang Z.|||Xie X.|||Xu J.|||Xu L.|||Yamauchi Y.|||Yan R.|||Yang G.|||Yang X.|||Yang X.'|||Yao H.|||Ye G.|||Yonekawa A.|||Yoon H.|||York D.|||Yu B.|||Yu J.|||Yuan M.|||Yuan M.-L.|||Yue Y.|||Zahradnik J.|||Zeldin D.C.|||Zepeda-Cervantes J.|||Zhang J.|||Zhang L.|||Zhang L.'|||Zhang N.N.|||Zhang Q.|||Zhang S.|||Zhang X.|||Zhang X.F.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao C.|||Zhao G.|||Zhao S.|||Zhao Z.|||Zheng J.-J.|||Zheng W.|||Zhou B.|||Zhou H.|||Zhou Q.|||Zhou X.|||Zhou Y.|||Zhu X.|||Zou J.|||de Azevedo N.T.D.|||de Brot S.|||de Oliveira T.|||de Silva A.|||de Silva T.I.|||le Polain de Waroux O.|||van Gils M.J.|||van Zandbergen G.|||van der Goot F.G.|||van der Meer F.|||von Buelow S.|||von Gottberg A.
http://togogenome.org/gene/2697049:GU280_gp03                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC3                                                                                  ^@                                                                                  32015508|||33060197|||33157038|||33422265|||34158638|||35108439|||35239449                                                                                  ^@                                                                                  Autophagy|||Cell|||Dev. Cell|||FEBS J.|||Nat. Struct. Mol. Biol.|||Nature|||Science                                                                                  ^@                                                                                  A new coronavirus associated with human respiratory disease in China.|||Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms.|||Cryo-EM structure of SARS-CoV-2 ORF3a in lipid nanodiscs.|||ORF3a of the COVID-19 virus SARS-CoV-2 blocks HOPS complex-mediated assembly of the SNARE complex required for autolysosome formation.|||SARS-CoV-2 ORF3a induces RETREG1/FAM134B-dependent reticulophagy and triggers sequential ER stress and inflammatory responses during SARS-CoV-2 infection.|||SARS-CoV-2 variants preferentially emerge at intrinsically disordered protein sites helping immune evasion.|||beta-Coronaviruses Use Lysosomes for Egress Instead of the Biosynthetic Secretory Pathway.                                                                                  ^@                                                                                  Abate C.|||Achar S.R.|||Agard D.A.|||Alessi D.R.|||Altan-Bonnet G.|||Altan-Bonnet N.|||Asarnow D.|||Azumaya C.M.|||Baillie C.|||Barrio-Hernandez I.|||Basler C.F.|||Batra J.|||Bautista D.M.|||Beltrao P.|||Berardi F.|||Bi Y.|||Biel J.|||Billesboelle C.|||Bleck C.|||Bouhaddou M.|||Bowen A.|||Braberg H.|||Braxton J.R.|||Brilot A.F.|||Brohawn S.G.|||Brown F.|||Burke D.|||Burness K.A.|||Cakir M.|||Cakir Z.|||Campbell M.G.|||Carlson-Stevermer J.|||Carraro M.|||Chazal M.|||Chen J.|||Chen Y.|||Chen Y.-M.|||Cheng Y.|||Chio C.M.|||Chio U.S.|||Dai F.-H.|||Davies P.|||Dellibovi-Ragheb T.A.|||Deshpande I.|||Diallo A.|||Dickinson M.S.|||Diwanji D.|||Doan L.|||Dorward M.|||Dunham A.|||Dunham I.|||Eckhardt M.|||Elliott M.|||Fabius J.M.|||Faust B.|||Fehr A.R.|||Fisher M.|||Flores S.|||Foussard H.|||Fozouni P.|||Fraser J.S.|||Frieman M.B.|||Frost A.|||Garcia-Sastre A.|||Geyer A.|||Ghosh S.|||Ghoussaini M.|||Giesel D.M.|||Goodman N.|||Gordon D.E.|||Grosse R.|||Guo J.Z.|||Gupta M.|||Haas K.M.|||Haas P.|||Hastie C.J.|||Haupt R.|||Hemphill K.R.|||Herrera N.|||Hiatt J.|||Hodder A.J.|||Hoel C.M.|||Holden K.|||Holmes E.C.|||Hoppe N.|||Hsu V.W.|||Hu Y.|||Huettenhain R.|||Ideker T.|||Jang G.|||Ji M.|||Jin M.|||Johnson C.|||Jouvenet N.|||Jura N.|||Jureka A.S.|||Kaake R.M.|||Karim M.A.|||Kehrer T.|||Kehrl J.|||Keough K.C.|||Kern D.M.|||Kerviel A.|||Khalid M.M.|||Kim K.|||Klesh R.J.|||Kochs G.|||Koh C.|||Kortemme T.|||Kotecha A.|||Kratochvil H.T.|||Krogan N.J.|||Kuang E.|||Kuchenov D.|||Lam V.L.|||Le Mercier P.|||Leech H.|||Li F.|||Li J.|||Li X.|||Li Y.|||Li Y.L.|||Lind A.L.|||Liu X.|||Liu Y.|||Lo M.|||Logue J.|||Long X.|||Lopez K.E.|||Mali S.S.|||Manglik A.|||Marrero M.C.|||Maures T.|||McGrath M.|||McGregor M.|||Melo A.A.|||Memon D.|||Merz G.E.|||Miao G.|||Minervini G.|||Miorin L.|||Modak M.|||Moreno E.|||Moritz M.|||Moss F.R. III|||Naing Z.Z.C.|||Nguyen H.C.|||Nguyen P.|||Nowotny C.|||O'Meara M.J.|||Obernier K.|||Oki J.|||Ott M.|||Owens T.W.|||Pak E.|||Palmarini M.|||Pan T.|||Park J.|||Patel A.H.|||Paulino J.|||Pawar K.I.|||Peden A.A.|||Pei Y.-Y.|||Perlman S.|||Peters J.K.|||Petsalaki E.|||Pollard K.S.|||Pospiech T.H. Jr.|||Pourmal S.|||Puchades C.|||Pulido E.H.|||Qiu Q.|||Quaglia F.|||Raggett S.|||Rassen J.A.|||Rathore U.|||Reid E.|||Remis J.P.|||Rezelj V.V.|||Rihn S.|||Rizo A.N.|||Rojc A.|||Rosales R.|||Rosenberg O.S.|||Roth T.L.|||Safari M.|||Sali A.|||Salladini E.|||Saltzberg D.|||Sangwan S.|||Schaefer K.|||Schulze-Gahmen U.|||Shi Y.|||Shoichet B.|||Shokat K.M.|||Shun-Shion A.S.|||Silvas J.A.|||Simoneau C.R.|||Smith A.M.|||Song Z.-G.|||Sorum B.|||Soucheray M.|||Southworth D.R.|||Sridharan S.|||Straus M.R.|||Stroud R.M.|||Sun M.|||Sun Q.|||Swaney D.L.|||Takvorian P.M.|||Tao Z.-W.|||Thomas P.V.|||Thwin A.C.|||Tian J.-H.|||Titus E.W.|||Tosatto S.C.E.|||Toso D.B.|||Toth R.|||Trenker R.|||Tse E.|||Tsui T.K.M.|||Tummino T.A.|||Tutuncuoglu B.|||Ulferts S.|||Ummadi M.|||Vallejo-Gracia A.|||Vallet T.|||Verba K.A.|||Vignuzzi M.|||Wang F.|||Wang P.|||Wang P.H.|||Wang Q.-M.|||Wang W.|||Weckstein A.R.|||Weigang S.|||Weston S.|||White K.M.|||Whitis N.|||Whittaker G.R.|||Wilkinson S.G.|||Williams D.M.|||Wu D.|||Wu F.|||Xu J.|||Xu L.|||Yang Z.|||Young I.D.|||Yu B.|||Yu Z.|||Yuan M.-L.|||Zhang H.|||Zhang K.|||Zhang X.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao H.|||Zhao J.|||Zhao S.|||Zheng J.-J.|||Zhou F.|||Zhou Y.|||de Haan C.A.M.
http://togogenome.org/gene/2697049:GU280_gp11                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/A0A663DJA2                                                                                  ^@                                                                                  32015508|||32160149|||32229288|||32315281|||32342724|||32357959|||32366488|||32376603|||32408337|||32422201|||32436571|||32459984|||32499358|||32543353|||32707573|||32854108|||32943628|||32949774|||33022950|||33031744|||33051368|||33082293|||33248470|||33301543|||33317424|||33350913|||33439885|||33441410|||33501730|||33568452|||33605978|||33630831|||33632859|||33643227|||33670363|||33675655|||33722935|||33770098|||33827988                                                                                  ^@                                                                                  Cell|||Clin. Infect. Dis.|||Clin. Microbiol. Infect.|||Emerg. Infect. Dis.|||Emerg. Microbes Infect.|||Eur. Respir. J.|||Front. Microbiol.|||Genome Res.|||Int. J. Infect. Dis.|||J. Virol.|||JAMA|||Lancet Infect. Dis.|||MBio|||MSphere|||Microbiol. Resour. Announc.|||Nat. Commun.|||Nature|||PLoS Biol.|||PLoS ONE|||PLoS Pathog.|||Proc. Natl. Acad. Sci. U.S.A.|||Science|||Transbound Emerg|||Transbound. Emerg. Dis.|||Vaccines|||Vaccines (Basel)|||Viruses                                                                                  ^@                                                                                  A Mouse-Adapted SARS-CoV-2 Induces Acute Lung Injury and Mortality in Standard Laboratory Mice.|||A deletion in SARS-CoV-2 ORF7 identified in COVID-19 outbreak in Uruguay.|||A household case evidences shorter shedding of SARS-CoV-2 in naturally infected cats compared to their human owners.|||A mouse-adapted model of SARS-CoV-2 to test COVID-19 countermeasures.|||A new coronavirus associated with human respiratory disease in China.|||A plasmid DNA-launched SARS-CoV-2 reverse genetics system and coronavirus toolkit for COVID-19 research.|||An 81-Nucleotide Deletion in SARS-CoV-2 ORF7a Identified from Sentinel Surveillance in Arizona (January to March 2020).|||An Observational Laboratory-Based Assessment of SARS-CoV-2 Molecular Diagnostics in Benin, Western Africa.|||Associations of Early COVID-19 Cases in San Francisco with Domestic and International Travel.|||Berberine and Obatoclax Inhibit SARS-Cov-2 Replication in Primary Human Nasal Epithelial Cells In Vitro.|||Case Study: Prolonged Infectious SARS-CoV-2 Shedding from an Asymptomatic Immunocompromised Individual with Cancer.|||Cold-Adapted Live Attenuated SARS-Cov-2 Vaccine Completely Protects Human ACE2 Transgenic Mice from SARS-Cov-2 Infection.|||Complete Genome Sequence of a SARS-CoV-2 Strain Isolated in Northern Germany.|||Development of an inactivated vaccine candidate for SARS-CoV-2.|||Discovery of SARS-CoV-2 antiviral drugs through large-scale compound repurposing.|||Earliest detection to date of SARS-CoV-2 in Florida: Identification together with influenza virus on the main entry door of a university building, February 2020.|||Early Diffusion of SARS-CoV-2 Infection in the Inner Area of the Italian Sardinia Island.|||Emergence of a Severe Acute Respiratory Syndrome Coronavirus 2 Virus Variant With Novel Genomic Architecture in Hong Kong.|||From People to Panthera: Natural SARS-CoV-2 Infection in Tigers and Lions at the Bronx Zoo.|||Genomic variation and epidemiology of SARS-CoV-2 importation and early circulation in Israel.|||In-Frame 12-Nucleotide Deletion within Open Reading Frame 3a in a SARS-CoV-2 Strain Isolated from a Patient Hospitalized with COVID-19.|||Infection of dogs with SARS-CoV-2.|||Investigation of a COVID-19 outbreak in Germany resulting from a single travel-associated primary case: a case series.|||Isolation of infectious SARS-CoV-2 from urine of a COVID-19 patient.|||Molecular Evolution of Human Coronavirus 229E in Hong Kong and a Fatal COVID-19 Case Involving Coinfection with a Novel Human Coronavirus 229E Genogroup.|||Molecular characterization of SARS-CoV-2 from the first case of COVID-19 in Italy.|||Neuropilin-1 facilitates SARS-CoV-2 cell entry and infectivity.|||Nosocomial outbreak of COVID-19 pneumonia in Wuhan, China.|||ORF10-Cullin-2-ZYG11B complex is not required for SARS-CoV-2 infection.|||Possible Bat Origin of Severe Acute Respiratory Syndrome Coronavirus 2.|||Rapid incorporation of Favipiravir by the fast and permissive viral RNA polymerase complex results in SARS-CoV-2 lethal mutagenesis.|||SARS-CoV-2 Phylogenetic Analysis, Lazio Region, Italy, February-March 2020.|||SARS-CoV-2 Positivity on or After 9 Days Among Quarantined Student Contacts of Confirmed Cases.|||SARS-CoV-2 genomic surveillance in Taiwan revealed novel ORF8-deletion mutant and clade possibly associated with infections in Middle East.|||Severe Acute Respiratory Syndrome Coronavirus 2 from Patient with Coronavirus Disease, United States.|||Subgenomic RNA identification in SARS-CoV-2 genomic sequencing data.|||Territorywide Study of Early Coronavirus Disease Outbreak, Hong Kong, China.|||The SARS-CoV-2 ORF10 is not essential in vitro or in vivo in humans.|||Viable SARS-CoV-2 in the air of a hospital room with COVID-19 patients.                                                                                  ^@                                                                                  Ackermann N.|||Adams L.E.|||Aepfelbacher M.|||Agueero B.|||Aguero B.|||Aissi M.A.J.|||Akogbeto P.|||Alam M.M.|||Albrecht R.|||Alessi D.R.|||Alexander A.J.T.|||Almonacid L.I.|||An der Heiden M.|||Anastasina M.|||Angyal A.|||Antwerpen M.|||Anzick S.L.|||Aranday-Cortes E.|||Arbiza J.|||Ariyama N.|||Asproni R.|||Avanzato V.A.|||Aw-Yong K.L.|||Badou Y.|||Bai X.|||Baillie C.|||Bakel H.V.|||Bakshi S.|||Balistreri G.|||Bao L.|||Barbian K.|||Baric R.S.|||Bartlett S.L.|||Bartolini B.|||Bengs K.|||Benner C.|||Bennett S.|||Berger A.|||Bergeson N.H.|||Berrios F.|||Boehm S.|||Boehmer M.M.|||Boender T.S.|||Bordi L.|||Boucher R.C.|||Bowden T.A.|||Brackman C.J.|||Branicki W.|||Brennan B.|||Brito B.|||Brown A.J.|||Brown F.|||Brown R.|||Bruenink S.|||Brunink S.|||Brunker K.|||Bryant M.D.|||Bryden S.R.|||Buchholz U.|||Bucris E.|||Bullock H.A.|||Burgstaller-Muehlbacher S.|||Burness K.A.|||Bushnell B.|||Butcher S.J.|||Cai F.|||Cai W.|||Calle P.P.|||Calleros L.|||Cameron-Ruiz N.|||Canard B.|||Cantuti-Castelvetri L.|||Cao J.|||Capobianchi M.R.|||Carletti F.|||Carmichael S.|||Carrilero L.|||Caserta L.C.|||Castilletti C.|||Casu G.|||Chan J.F.|||Chan M.C.|||Chan T.T.Y.|||Chanda S.K.|||Chang M.W.|||Chang Y.|||Chapman M.E.|||Chatterjee A.K.|||Chau S.K.|||Chen G.W.|||Chen K.F.|||Chen S.B.|||Chen X.|||Chen Y.-M.|||Chen Z.|||Cheng K.|||Cherabuddi K.|||Chiparelli H.|||Chiu C.|||Chiu C.H.|||Choi A.|||Choi G.K.|||Choi M.P.|||Choong I.C.|||Chopra A.|||Chu D.K.W.|||Colavita F.|||Cole S.J.|||Coppola L.|||Corman V.M.|||Coutard B.|||Cowton V.M.|||Cronk B.D.|||Crowe S.R.|||Dabrowska A.|||Dai F.-H.|||Dai J.|||Dangel A.|||Davey R.A.|||Davies P.|||Davis C.|||De Jesus P.D.|||De Lorenzo G.|||Decroly E.|||Dejosez M.|||Delaney M.A.|||Delfraro A.|||Deng T.|||Deng W.|||Deng X.|||Dhabaria A.|||Di Caro A.|||Diel D.G.|||Dinnon K.H. III|||Dinnon K.H.III.|||Djannatian M.|||Donahue C.J.|||Donald C.L.|||Dorward M.|||Dossou A.|||Drexler J.F.|||Drori Y.|||Drosten C.|||Dunlop J.I.|||Dutta J.|||Eberle U.|||Edwards C.E.|||Eiguren-Fernandez A.|||Elbadry M.|||Elbadry M.A.|||Eleveld M.J.|||Elledge S.J.|||Elliott M.|||Elvinger F.|||Erster O.|||Espinoza P.|||Estifanos B.|||Evans C.|||F de Oliveira Filho E.|||Fan Z.H.|||Fancello T.|||Fang Y.|||Fares M.|||Fattorini V.|||Federman S.|||Feng L.|||Ferron F.|||Fiamma M.|||Filipe A.D.S.|||Fingerle V.|||Fischer C.|||Fischer E.R.|||Fischer N.|||Frabasile S.|||Franz J.|||Franzen K.|||Fredrickson R.|||Freitas J.R.|||Fritch E.J.|||Fung J.|||Fung K.S.|||Fung K.S.C.|||Fuques E.|||Furnon W.|||Galarce N.|||Gangwar M.|||Gao H.|||Gao Q.|||Gao Y.|||Gao Z.|||Garcia-Sastre A.|||Gaudieri S.|||Gautam R.|||Ge X.|||Gestuveo R.J.|||Geyer A.|||Giesel D.|||Giombini E.|||Glenn J.S.|||Glynne R.J.|||Gokce O.|||Goldfarb D.M.|||Goldsmith C.|||Gong X.|||Gong Y.N.|||Goni N.|||Gonzalez-Reiche A.S.|||Goodman L.|||Goodman N.|||Goodrich E.|||Grahl A.|||Gralinski L.E.|||Grandi N.|||Grecco S.|||Green L.R.|||Groves D.|||Gruber C.E.M.|||Grundhoff A.|||Gu W.|||Guchte A.V.|||Guenther T.|||Gully K.L.|||Gunson R.|||Gunther T.|||Gutierrez A.|||Gygi S.P.|||Haas W.|||Halden R.U.|||Hamouda O.|||Harcourt J.|||Harouna Djingarey M.|||Harper J.W.|||Hastie C.J.|||He Y.|||He Z.|||Heffer J.|||Helenius A.|||Hentschel S.|||Hepojoki J.|||Herbert K.M.|||Herder V.|||Hoch M.|||Hoermansdorfer S.|||Hogue B.G.|||Holland L.A.|||Holmes E.C.|||Hou Y.J.|||Hounkanrin G.|||Hounkpatin B.|||Hsiao M.J.|||Hsu E.|||Hu Y.|||Huang C.G.|||Huang E.|||Huang H.I.|||Huang J.|||Huang P.N.|||Huang P.W.|||Huang S.|||Huang S.Y.|||Huang X.|||Huchting J.|||Hughes J.|||Hull M.V.|||Indenbirken D.|||Ingerman K.|||Ip K.F.|||Ip S.M.|||Ippisch S.|||Ippolito G.|||Ivancic M.|||Jang Y.|||Jenkins-Moore M.|||Jiang D.|||Jiang N.|||Jiang N.'|||Joensuu M.|||Johnson C.|||Johnson J.R.|||Johnson K.|||Johnson N.|||Judson S.D.|||Jutla A.|||Kaelin E.A.|||Kallio K.|||Kallio-Kokko H.|||Kamili S.|||Kan B.|||Katz K.|||Kaya T.|||Keeley A.J.|||Kehrer T.|||Kerr K.|||Khan Z.|||Killian M.L.|||Kohl A.|||Kok K.H.|||Konrad R.|||Kowalski M.|||Krause N.|||Ksiazek T.G.|||Kuivanen S.|||Kuo R.L.|||Kurver L.|||Labaj P.P.|||Lalle E.|||Lao H.Y.|||Lau S.K.P.|||Lauzardo M.|||Laverack M.|||Law P.Y.T.|||Le N.T.|||Leary S.|||Lednicky J.|||Lednicky J.A.|||Lee K.M.|||Lee L.K.|||Lee R.A.|||Leech H.|||Leist S.R.|||Lello L.S.|||Lendy E.K.|||Leung K.S.|||Leung W.S.|||Levanov L.|||Levican J.|||Li C.|||Li F.|||Li H.|||Li J.|||Li K.|||Li K.S.M.|||Li X.|||Li Y.|||Li Y.'|||Li Y.M.|||Liang L.|||Lieber G.|||Liebl B.|||Lignitto L.|||Lim E.S.|||Lindsey B.B.|||Lindstrom S.|||Lingala R.|||Liu J.|||Liu L.|||Liu M.T.|||Liu R.W.|||Liu W.|||Liu W.C.|||Liu X.|||Liu Y.|||Liu Y.C.|||Liu Y.C.'|||Lo Maglio I.|||Loeb J.C.|||Lokugamage K.G.|||Loney C.|||Lou X.|||Lu J.|||Lu X.|||Luetgehetmann M.|||Luk H.K.H.|||Lung D.C.|||Lung K.C.|||Luo L.|||Lutgehetmann M.|||Lv Z.|||Lynch B.|||Ma L.|||Ma W.L.|||Ma X.|||Mahalingam S.|||Mair D.|||Makino S.|||Mallal S.|||Mameli G.|||Man Ho A.Y.|||Mandelboim M.|||Mao H.|||Maqsood R.|||Marandino A.|||Maria Gruber C.E.|||Marini S.|||Marosevic D.V.|||Martens C.|||Martin-Sancho L.|||Martinez D.R.|||Martinez-Sobrido L.|||Matson M.J.|||Matsunaga N.|||Matusali G.|||Mauldin M.R.|||McAloose D.|||McCann C.|||McElwee M.J.|||McFarlane S.|||McKune S.L.|||Medina R.A.|||Meier C.|||Mena E.L.|||Menachery V.D.|||Mendelson E.|||Merits A.|||Mesecar A.D.|||Messina F.|||Meunier F.A.|||Miesen P.|||Milewska A.|||Miller S.|||Miorin L.|||Mirchandani D.|||Mitchell P.K.|||Miwatani-Minter B.|||Mogdasy C.|||Mohamed K.|||Mollenhauer B.|||Monne M.|||Montgomery S.A.|||Moorman N.J.|||Mor O.|||Moreira-Soto A.|||Morris J.G. Jr.|||Mozingo K.|||Muehlemann B.|||Muller N.|||Munster V.J.|||Murray J.|||Myers P.D.|||Nagel M.|||Narayanan K.|||Neira V.|||Nelson E.J.|||Ng T.T.|||Ng Y.Y.|||Nguyen C.|||Nguyen T.H.|||Nicastri E.|||Nichols J.|||Noerz D.|||Nomikou K.|||Norz D.|||O'Leary C.|||Oestereich L.|||Oesterlund P.|||Ojha R.|||Okuda K.|||Olmstead C.|||Orr A.|||Orton R.J.|||Osterlund P.|||Overheul G.J.|||Owczarek K.|||Pache L.|||Paden C.R.|||Pagano M.|||Palmarini M.|||Palmas A.D.|||Pan T.|||Pancer K.|||Pando R.|||Panzera Y.|||Parker M.D.|||Parr Y.A.|||Parsons P.|||Partridge D.G.|||Patel A.H.|||Paulo J.A.|||Pedro L.D.|||Peersen O.|||Pei Y.-Y.|||Peiris M.|||Perera R.A.P.M.|||Perez R.|||Pfefferle S.|||Pinto R.M.|||Piorkowski G.|||Piras G.|||Plante J.A.|||Plante K.S.|||Poertner K.|||Poon L.L.M.|||Poon V.K.|||Protzer U.|||Pryce R.|||Pu Y.|||Pyrc K.|||Qin C.|||Qin C.'|||Que T.L.|||Queen K.|||Raggett S.|||Ramas V.|||Ramos N.|||Rathnasinghe R.|||Raza M.|||Reich A.|||Reid E.|||Retamal P.|||Rexroth U.|||Reyes K.|||Riedo F.X.|||Rihn S.J.|||Riva L.|||Robertson D.L.|||Rona G.|||Royle J.|||Rubanov A.|||Rueca M.|||Ruppin E.|||Ryan K.A.|||Sabo-Attwood T.|||Sakthivel S.K.|||Salemi M.|||Sanak M.|||Sander A.L.|||Sanders W.|||Schaefer A.|||Schafer A.|||Scharton D.|||Schindewolf C.|||Schneider J.|||Schotsaert M.|||Schultz P.G.|||Scobey T.|||Scotch M.|||Seifert S.N.|||Selisko B.|||Seo S.H.|||Shankar S.N.|||Shannon A.|||Sheahan T.P.|||Shepherd J.G.|||Shi H.|||Shi W.|||Shi Y.|||Shih S.R.|||Shum D.H.|||Simons M.|||Sims L.D.|||Sin K.M.|||Sing A.|||Sit K.Y.|||Sit T.H.C.|||Siu G.K.|||Slavinski S.|||Smith D.C.|||Smith N.|||Smollett K.|||Smura T.|||Sofer D.|||Song Z.-G.|||Sorhouet C.|||Sotomayor-Gonzalez A.|||Sreenu V.B.|||Stadelmann C.|||Stephenson C.J.|||Stewart D.G.|||Stewart M.|||Stokol T.|||Su A.I.|||Subramaniam K.|||Sugrue E.|||Sun J.|||Sun R.|||Sykes J.M.|||Szemiel A.M.|||Szirovicza L.|||Taggart A.|||Tagliamonte M.S.|||Tam K.K.|||Tam K.W.S.|||Tamin A.|||Tang J.Y.M.|||Tao Y.|||Tao Z.-W.|||Tchibozo C.|||Techera C.|||Teesalu T.|||Teriete P.|||Terio K.|||Thomas P.|||Thomson E.C.|||Thornburg N.J.|||Tian J.-H.|||Tilly T.B.|||To E.M.W.|||To K.K.|||To W.K.|||Tobi A.|||Tomas G.|||Tong L.|||Tong S.|||Torchetti M.K.|||Torrie L.S.|||Toth R.|||Touret F.|||Tramontano E.|||Treis B.|||Tsang D.N.C.|||Tsang O.T.Y.|||Tsao K.C.|||Tse H.|||Tse L.V.|||Tso E.Y.|||Tucker R.M.|||Turnbull M.L.|||Ueberheide B.|||Uehara A.|||Usmani M.|||Vairo F.|||Vaites L.P.|||Valdes V.|||Vapalahti O.|||Varghese F.S.|||Varjak M.|||Varsani A.|||Veith T.|||Walter M.|||Waltzek T.B.|||Wang C.|||Wang D.|||Wang G.|||Wang H.|||Wang L.|||Wang N.|||Wang Q.-M.|||Wang S.|||Wang W.|||Wang X.|||Wang Y.|||Weaver S.C.|||Wei X.|||Wen L.|||West A.|||Whitaker B.|||White K.M.|||Wickenhagen A.|||Wicklein B.|||Widen S.G.|||Wilkinson S.G.|||Williamson B.N.|||Wilson S.J.|||Winkler M.S.|||Woelfel R.|||Wong A.C.P.|||Wong B.K.|||Wong E.Y.M.|||Wong S.C.|||Wong S.C.Y.|||Woo P.C.Y.|||Woudenberg T.|||Wu A.K.|||Wu C.Y.|||Wu D.|||Wu F.|||Wu L.I.|||Wu T.C.|||Wyatt P.G.|||Wyles M.|||Xu K.|||Xu L.|||Xu Y.|||Yadouleton A.|||Yam W.C.|||Yang B.|||Yang C.T.|||Yang D.|||Yang J.R.|||Yang M.|||Yang S.L.|||Yang Z.|||Yau M.C.|||Yin W.|||Yin X.|||Yin Y.|||Yip C.C.Y.|||Yip K.T.|||Yip S.P.|||Yount B.L. Jr.|||Yount B.L.Jr.|||Yu B.|||Yu V.Y.T.|||Yuan F.|||Yuan M.-L.|||Yuan S.|||Yuen K.Y.|||Zaid A.|||Zapf A.|||Zec S.|||Zeitlmann N.|||Zhai B.|||Zhang H.|||Zhang J.|||Zhang L.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao J.|||Zhao S.|||Zheng J.-J.|||Zheng K.|||Zheng Y.|||Zhong N.|||Zhou Q.|||Zhu A.|||Zhu L.|||Zhu L.'|||Zhuang Z.|||Zhuo J.|||Zuckerman N.S.|||Zusinaite E.|||Zwaka T.P.|||da Silva Filipe A.|||de Jonge M.I.|||de Oliveira Filho E.F.|||de Silva T.I.|||de Wit E.|||den Hartog G.|||van Bakel H.|||van Heerbeek N.|||van Laarhoven A.|||van Rij R.P.|||van Woudenbergh E.|||van de Guchte A.|||van der Meer F.
http://togogenome.org/gene/2697049:GU280_gp01                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC1|||http://purl.uniprot.org/uniprot/P0DTD1                                                                                  ^@                                                                                  32015508|||32198291|||32272481|||32277040|||32321856|||32358203|||32438371|||32526208|||32578982|||32680882|||32726803|||32733001|||32763915|||32908316|||32979938|||33060197|||33080218|||33232691|||33413740|||33479166|||33504779|||33564093|||33713597|||33727702|||34562452|||35108439|||35594856|||35706445|||35944563                                                                                  ^@                                                                                  Biochemistry|||Cell|||Cell Rep.|||Commun. Biol.|||Eurosurveillance|||FEBS J.|||Front. Genet.|||J. Biol. Chem.|||Mol. Cell|||Nat. Commun.|||Nat. Microbiol.|||Nat. Struct. Mol. Biol.|||Nature|||Proc. Natl. Acad. Sci. U.S.A.|||Science                                                                                  ^@                                                                                  A molecular pore spans the double membrane of the coronavirus replication organelle.|||A new coronavirus associated with human respiratory disease in China.|||Activation and evasion of type I interferon responses by SARS-CoV-2.|||An atomistic model of the coronavirus replication-transcription complex as a hexamer assembled around nsp15.|||Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms.|||Cryo-EM Structure of an Extended SARS-CoV-2 Replication and Transcription Complex Reveals an Intermediate State in Cap Synthesis.|||Cryo-EM structures of the SARS-CoV-2 endoribonuclease Nsp15 reveal insight into nuclease specificity and dynamics.|||Crystal structure of SARS-CoV-2 main protease provides a basis for design of improved alpha-ketoamide inhibitors.|||Dynamic competition between SARS-CoV-2 NSP1 and mRNA on the human ribosome inhibits translation initiation.|||Early transmissibility assessment of the N501Y mutant strains of SARS-CoV-2 in the United Kingdom, October to November 2020.|||Evasion of Type I Interferon by SARS-CoV-2.|||How the Replication and Transcription Complex Functions in Jumping Transcription of SARS-CoV-2.|||Human NLRP1 is a sensor of pathogenic coronavirus 3CL proteases in lung epithelial cells.|||ISG15-dependent activation of the sensor MDA5 is antagonized by the SARS-CoV-2 papain-like protease to evade host innate immunity.|||Molecular Basis for ADP-ribose Binding to the Mac1 Domain of SARS-CoV-2 Nsp3.|||Papain-like protease regulates SARS-CoV-2 viral spread and innate immunity.|||SARS-CoV-2 Disrupts Splicing, Translation, and Protein Trafficking to Suppress Host Defenses.|||SARS-CoV-2 Nsp1 binds the ribosomal mRNA channel to inhibit translation.|||SARS-CoV-2 variants preferentially emerge at intrinsically disordered protein sites helping immune evasion.|||Structural Basis for RNA Replication by the SARS-CoV-2 Polymerase.|||Structural basis for inhibition of the RNA-dependent RNA polymerase from SARS-CoV-2 by remdesivir.|||Structural basis for translational shutdown and immune evasion by the Nsp1 protein of SARS-CoV-2.|||Structure of Mpro from COVID-19 virus and discovery of its inhibitors.|||Structure of replicating SARS-CoV-2 polymerase.|||Structure of the RNA-dependent RNA polymerase from COVID-19 virus.|||Structure-based design of antiviral drug candidates targeting the SARS-CoV-2 main protease.|||The SARS-CoV-2 subgenome landscape and its novel regulatory features.|||The mechanism of RNA capping by SARS-CoV-2.|||Tipiracil binds to uridine site and inhibits Nsp15 endoribonuclease NendoU from SARS-CoV-2.                                                                                  ^@                                                                                  Abate C.|||Acharya D.|||Agard D.A.|||Alessi D.R.|||Ameismeier M.|||Appleby T.C.|||Asarnow D.|||Azumaya C.M.|||Baek K.|||Bagayoko S.|||Bai F.|||Baillie C.|||Ban N.|||Banerjee A.K.|||Barcena M.|||Barrio-Hernandez I.|||Basler C.F.|||Bastard P.|||Batra J.|||Becker S.|||Becker T.|||Beckmann R.|||Beltrao P.|||Berardi F.|||Berninghausen O.|||Bhat P.|||Bhattacharya A.|||Biel J.|||Bilello J.P.|||Billesboelle C.|||Blanco M.R.|||Bojkova D.|||Borgnia M.J.|||Botten J.W.|||Bouhaddou M.|||Bowen A.|||Braberg H.|||Braxton J.R.|||Brilot A.F.|||Brown F.|||Bruce E.A.|||Bryant C.E.|||Burke D.|||Burness K.A.|||Buschauer R.|||Cakir M.|||Cakir Z.|||Campbell E.A.|||Campbell M.G.|||Cao L.|||Cao Z.|||Carlson-Stevermer J.|||Carraro M.|||Casanova J.L.|||Cen X.|||Chang C.|||Chang S.|||Chazal M.|||Chen J.|||Chen J.Y.|||Chen L.M.|||Chen M.|||Chen S.|||Chen Y.|||Chen Y.-M.|||Chen Z.|||Cheng J.|||Cheng X.|||Cheng Y.|||Cheng Z.|||Chiang C.|||Chiang J.J.|||Chio C.M.|||Chio U.S.|||Chow A.|||Cicuta P.|||Ciesek S.|||Cinatl J.|||Cougoule C.|||Cramer P.|||Curth U.|||Dahal N.|||Dai F.-H.|||Dai W.|||Dandey V.P.|||Davies P.|||Davis-Gardner M.E.|||De Lorenzo G.|||Deng Y.|||Denk T.|||Deshpande I.|||Deterding L.J.|||Diallo A.|||Dickinson M.S.|||Dienemann C.|||Dikic I.|||Dillard L.B.|||Diwanji D.|||Doan L.|||Dong X.|||Dorward M.|||Drosten C.|||Du X.|||Duan G.|||Duan Y.|||Dunham A.|||Dunham I.|||Echeverria B.|||Eckhardt M.|||Eitson J.L.|||Elliott M.|||Fabius J.M.|||Fadrique R.|||Fang X.|||Farnung L.|||Faust B.|||Feng J.|||Feng J.Y.|||Fernandez I.S.|||Flores S.|||Floto A.R.|||Foussard H.|||Fozouni P.|||Fraser J.S.|||Frazier M.N.|||Frick D.N.|||Frieman M.B.|||Froehlich T.|||Frost A.|||Gack M.U.|||Gao H.|||Gao M.|||Gao S.|||Gao Y.|||Garcia-Sastre A.|||Ge J.|||Geurink P.P.|||Geyer A.|||Ghoussaini M.|||Giesel D.M.|||Goldfarb D.|||Gong P.|||Goodman N.|||Gordon D.E.|||Gordon J.|||Goujon C.|||Grewe D.|||Grosely R.|||Grosse R.|||Gruenewald K.|||Guddat L.W.|||Guo D.|||Guo F.|||Guo J.Z.|||Guo M.|||Gupta M.|||Gurzeler L.A.|||Guttman M.|||Haas K.M.|||Haas P.|||Hastie C.J.|||Haupt R.|||Hayn M.|||Hayne C.K.|||Hemphill K.R.|||Henzler-Wildman K.|||Hernandez G.|||Herrera N.|||Hessel A.|||Hiatt J.|||Hilgenfeld R.|||Hillen H.S.|||Hirschenberger M.|||Hodder A.J.|||Holden K.|||Holmes E.C.|||Honson D.D.|||Hoppe N.|||Hsu A.L.|||Hu S.|||Hu T.|||Hu Y.|||Hua T.|||Huang Y.|||Huettenhain R.|||Hummer G.|||Ideker T.|||Jang G.|||Jedrzejczak R.|||Ji W.|||Jiang A.|||Jiang B.|||Jiang H.|||Jiang H.W.|||Jiang R.|||Jiang Y.|||Jin M.|||Jin Z.|||Joachimiak A.|||Johnson A.G.|||Johnson C.|||Jomaa A.|||Jouanguy E.|||Jouvenet N.|||Jura N.|||Jureka A.S.|||Kaake R.M.|||Kang S.|||Karim M.A.|||Karousis E.D.|||Kehrer T.|||Keough K.C.|||Khalid M.M.|||Kim K.|||Kim Y.|||Kirchhoff F.|||Klesh R.J.|||Knobeloch K.P.|||Kocaman S.|||Kochs G.|||Koepke L.|||Koh C.|||Kokic G.|||Koning R.I.|||Kortemme T.|||Koster A.J.|||Krahn J.M.|||Kratochvil H.T.|||Kratzat H.|||Krogan N.J.|||Kuchenov D.|||Lam N.|||Lam T.T.|||Lam V.L.|||Lan K.|||Lapointe C.P.|||Laugks U.|||Lay K.|||Le Mercier P.|||Lee J.H.|||Leech H.|||Lei F.Z.|||Lei X.|||Leibundgut M.|||Leon-Icaza S.A.|||Leung G.M.|||Leung K.|||Li C.|||Li F.|||Li G.|||Li J.|||Li L.|||Li M.|||Li S.|||Li X.|||Li Y.|||Li Y.L.|||Liang J.|||Limpens R.W.A.L.|||Lin A.E.|||Lin D.|||Lind A.L.|||Liu F.|||Liu G.|||Liu H.|||Liu M.|||Liu Q.|||Liu X.|||Liu X.'|||Liu Y.|||Liu Z.|||Lo M.|||Logue J.|||Loney C.|||Lopez K.E.|||Lou Z.|||Luan X.|||Ma R.|||Mackens-Kiani T.|||Majumdar A.|||Majumdar D.|||Maltseva N.|||Manglik A.|||Mao C.|||Marcoux J.|||Marrero M.C.|||Martin-Blondel G.|||Maures T.|||McGrath M.|||McGregor M.|||Mehdipour A.R.|||Melo A.A.|||Memon D.|||Menachery V.D.|||Merz G.E.|||Meunier E.|||Mi D.|||Michalska K.|||Miller Z.D.|||Minervini G.|||Ming Z.|||Miorin L.|||Modak M.|||Moreno E.|||Moritz M.|||Moss F.R. III|||Mu A.|||Muehlemann O.|||Mueller S.|||Mukherjee R.|||Naing Z.Z.C.|||Neyrolles O.|||Nguyen H.C.|||Nguyen P.|||Nicolaescu V.|||Nowotny C.|||O'Meara M.J.|||Obernier K.|||Oki J.|||Ollikainen N.|||Osinski A.|||Ott M.|||Ovaa H.|||Owens T.W.|||Paillette P.|||Palmarini M.|||Park G.J.|||Park J.|||Parker Z.M.|||Passemar C.|||Patel A.H.|||Paulino J.|||Pawar K.I.|||Pawlowski K.|||Peden A.A.|||Pei Y.-Y.|||Peng C.|||Perera L.|||Pericat D.|||Perouzel E.|||Perry J.K.|||Peters J.K.|||Petsalaki E.|||Pillon M.C.|||Pinilla M.|||Planes R.|||Pollard K.S.|||Ponty Y.|||Pospiech T.H. Jr.|||Pourmal S.|||Puchades C.|||Puglisi J.D.|||Pulido E.H.|||Qin C.|||Quaglia F.|||Quinodoz S.A.|||Raggett S.|||Rajalingam K.|||Rajsbaum R.|||Randall G.|||Rao Z.|||Rassen J.A.|||Rathore U.|||Ravet E.|||Reid E.|||Ren L.|||Reversade B.|||Rezelj V.V.|||Riedl W.|||Rihn S.|||Rihn S.J.|||Rizo A.N.|||Robinson K.S.|||Rojc A.|||Rombouts Y.|||Rosales R.|||Rosenberg O.S.|||Rossi I.|||Roth T.L.|||Rox K.|||Ruan J.|||Safari M.|||Sajid M.|||Sali A.|||Salladini E.|||Saltzberg D.|||Sangwan S.|||Santoni K.|||Sauerhering L.|||Scaiola A.|||Schaefer K.|||Schmidt M.M.|||Schmitz U.|||Schoggins J.W.|||Schubert K.|||Schulman B.A.|||Schulz L.|||Schulze-Gahmen U.|||Shen D.D.|||Shen J.|||Shen Q.|||Shi J.|||Shi P.Y.|||Shi Y.|||Shi Z.|||Shi Z.L.|||Shin D.|||Shoichet B.|||Shokat K.M.|||Shum M.H.|||Shun-Shion A.S.|||Silva S.|||Silvaggi N.R.|||Silvas J.A.|||Simoneau C.R.|||Smith A.M.|||Snijder E.J.|||Sobhany M.|||Song Z.-G.|||Soucheray M.|||Southworth D.R.|||Sparrer K.M.J.|||Stanley R.E.|||Stewart D.G.|||Stewart Z.D.|||Straub J.H.|||Stroud R.M.|||Stuerzel C.M.|||Su H.|||Sun M.|||Sun Q.|||Sun X.|||Swaney D.L.|||Tagliabracci V.S.|||Tao S.C.|||Tao Z.-W.|||Tascher G.|||Tegunov D.|||Thai J.|||Thiel V.|||Thomas P.V.|||Thoms M.|||Thwin A.C.|||Tian G.|||Tian J.-H.|||Tian Z.|||Tiraby M.|||Titus E.W.|||Tonelli M.|||Tosatto S.C.E.|||Toth R.|||Trenker R.|||Tse E.|||Tsui T.K.M.|||Tummino T.A.|||Tutuncuoglu B.|||Ulferts S.|||Ummadi M.|||Valadao A.C.|||Vallejo-Gracia A.|||Vallet T.|||Verba K.A.|||Vignuzzi M.|||Virdi R.S.|||Voorhees R.M.|||Vuksanovic N.|||Wang C.|||Wang D.|||Wang F.|||Wang H.|||Wang J.|||Wang L.|||Wang Q.|||Wang Q.-M.|||Wang T.|||Wang W.|||Wang X.|||Wang Y.|||Weckstein A.R.|||Weigang S.|||Weston S.|||White K.M.|||Whitis N.|||Widera M.|||Wies E.|||Wilamowski M.|||Wilhelm A.|||Wilkinson S.G.|||Will S.|||Williams D.M.|||Williams J.G.|||Wolff G.|||Wower J.|||Wu D.|||Wu F.|||Wu J.|||Wu J.T.|||Wu K.|||Xia H.|||Xiang Z.|||Xiao G.|||Xiao X.|||Xie X.|||Xie Y.C.|||Xu H.E.|||Xu J.|||Xu L.|||Xu W.|||Xu Y.|||Yan L.|||Yang F.|||Yang H.|||Yang K.|||Yang X.|||Yang X.'|||Yang X.L.|||Yang Y.|||Yin W.|||You T.|||Young I.D.|||Yu B.|||Yu J.|||Yu X.|||Yu Z.|||Yuan M.-L.|||Zevenhoven-Dobbe J.C.|||Zhang B.|||Zhang K.|||Zhang L.|||Zhang L.K.|||Zhang Q.|||Zhang S.|||Zhang X.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao J.|||Zhao S.|||Zhao W.|||Zhao Y.|||Zhao Z.|||Zheng J.-J.|||Zheng L.|||Zheng S.|||Zhou F.|||Zhou Y.|||Zhou Z.|||Zhu C.|||Zhu Y.|||de Jong A.W.M.|||van Gent M.|||van der Heden van Noort G.J.
http://togogenome.org/gene/2697049:GU280_gp10                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC9                                                                                  ^@                                                                                  32015508|||32363136|||33060197|||33264373|||33413740|||34341353|||34593624|||35728038|||35921414|||35922005                                                                                  ^@                                                                                  Acta Pharmacol. Sin.|||Eurosurveillance|||Nat. Commun.|||Nature|||PLoS Pathog.|||Proc. Natl. Acad. Sci. U.S.A.|||Sci. Adv.|||Science                                                                                  ^@                                                                                  A new coronavirus associated with human respiratory disease in China.|||Cell surface SARS-CoV-2 nucleocapsid protein modulates innate and adaptive immunity.|||Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms.|||Coronaviruses exploit a host cysteine-aspartic protease for replication.|||Crystal structure of SARS-CoV-2 nucleocapsid protein RNA binding domain reveals potential unique drug targeting sites.|||Early transmissibility assessment of the N501Y mutant strains of SARS-CoV-2 in the United Kingdom, October to November 2020.|||Nucleocapsid mutations in SARS-CoV-2 augment replication and pathogenesis.|||SARS-CoV-2 N protein promotes NLRP3 inflammasome activation to induce hyperinflammation.|||Structural basis of RNA recognition by the SARS-CoV-2 nucleocapsid phosphoprotein.|||Targeting the coronavirus nucleocapsid protein through GSK-3 inhibition.                                                                                  ^@                                                                                  Abate C.|||Agard D.A.|||Aguilar P.|||Alessi D.R.|||Arumugaswami V.|||Asarnow D.|||Au W.K.|||Azumaya C.M.|||Baillie C.|||Barrio-Hernandez I.|||Basler C.F.|||Batra J.|||Beltrao P.|||Berardi F.|||Berrettini W.H.|||Biel J.|||Billesboelle C.|||Bopp N.|||Bouhaddou M.|||Boura E.|||Bowen A.|||Braberg H.|||Braxton J.R.|||Brilot A.F.|||Brown F.|||Burke D.|||Burness K.A.|||Cai J.P.|||Cakir M.|||Cakir Z.|||Campbell M.G.|||Carlson-Stevermer J.|||Chai Y.|||Chalupska D.|||Chan C.C.|||Chan J.F.|||Charney A.W.|||Chazal M.|||Chen J.|||Chen K.|||Chen Q.|||Chen S.|||Chen W.|||Chen X.|||Chen Y.-M.|||Cheng Y.|||Cherry S.|||Chio C.M.|||Chio U.S.|||Chu H.|||Coryell W.|||Crocquet-Valdes P.A.|||Dai F.-H.|||Damoiseaux R.|||Davies P.|||Deshpande I.|||Diallo A.|||Dickinson M.S.|||Dinesh D.C.|||Diwanji D.|||Doan L.|||Dorward M.|||Dunham A.|||Dunham I.|||Eckhardt M.|||Elliott M.|||Fabius J.M.|||Faust B.|||Flores S.|||Foo D.C.|||Foussard H.|||Fozouni P.|||Fraser J.S.|||Frieman M.B.|||Frost A.|||Garcia G. Jr.|||Garcia-Sastre A.|||Ge W.|||Geyer A.|||Ghoussaini M.|||Giesel D.M.|||Goodman N.|||Gordon D.E.|||Grosse R.|||Guo J.Z.|||Gupta M.|||Haas K.M.|||Haas P.|||Hastie C.J.|||Haupt R.|||He S.|||Hemphill K.R.|||Herrera N.|||Hiatt J.|||Hodder A.J.|||Holden K.|||Holly J.|||Holmes E.C.|||Hong Z.|||Hoppe N.|||Hou Y.|||Hu B.|||Hu Y.|||Huang X.|||Huang Z.|||Huettenhain R.|||Ideker T.|||Jang G.|||Jia Y.|||Jin D.Y.|||Jin M.|||Johnson B.A.|||Johnson C.|||Jouvenet N.|||Jura N.|||Jureka A.S.|||Kaake R.M.|||Kalveram B.|||Kang S.|||Karim M.A.|||Kazanietz M.G.|||Kehrer T.|||Keough K.C.|||Khalid M.M.|||Kim K.|||Klein P.S.|||Klesh R.J.|||Kochs G.|||Koh C.|||Kok K.H.|||Kortemme T.|||Kosik I.|||Koutna E.|||Kratochvil H.T.|||Krogan N.J.|||Kuchenov D.|||Kumar A.|||Lam T.T.|||Lam V.L.|||Lee K.S.|||Leech H.|||Lei Z.|||Leung G.M.|||Leung K.|||Li C.|||Li F.|||Li G.|||Li J.|||Li Y.|||Li Y.L.|||Lind A.L.|||Liu X.|||Liu Y.|||Lo M.|||Logue J.|||Lokugamage K.G.|||Lopez K.E.|||Lopez-Munoz A.D.|||Lucas A.|||Luo C.|||Luo Z.|||Manglik A.|||Marrero M.C.|||Maures T.|||McGrath M.|||McGregor M.|||Melo A.A.|||Memon D.|||Menachery V.D.|||Merz G.E.|||Michaelson J.J.|||Miorin L.|||Modak M.|||Moreno E.|||Moritz M.|||Moss F.R. III|||Myers R.L.|||Naing Z.Z.C.|||Nencka R.|||Nguyen H.C.|||Nguyen P.|||Nowotny C.|||O'Meara M.J.|||Obernier K.|||Oki J.|||Ott M.|||Owens T.W.|||Palmarini M.|||Pan P.|||Park J.|||Patel A.H.|||Paulino J.|||Pawar K.I.|||Peden A.A.|||Pei Y.-Y.|||Peters J.K.|||Petsalaki E.|||Plante J.A.|||Plante K.S.|||Pollard K.S.|||Poon V.K.|||Pospiech T.H. Jr.|||Pourmal S.|||Puchades C.|||Pulido E.H.|||Rader D.J.|||Raggett S.|||Ramage H.|||Rassen J.A.|||Rathore U.|||Reid E.|||Rezelj V.V.|||Rihn S.|||Ritchie M.D.|||Rizo A.N.|||Rojc A.|||Rosales R.|||Rosenberg O.S.|||Roth T.L.|||Routh A.L.|||Safari M.|||Sali A.|||Saltzberg D.|||Sangwan S.|||Schaefer K.|||Scharton D.|||Schindewolf C.|||Schultz D.C.|||Schulze-Gahmen U.|||Shan H.|||Shen M.|||Shi J.|||Shi P.Y.|||Shi Y.|||Shoichet B.|||Shokat K.M.|||Shuai H.|||Shum M.H.|||Shun-Shion A.S.|||Silhan J.|||Silvas J.A.|||Simoneau C.R.|||Sit K.Y.|||Smith A.M.|||Song Z.-G.|||Soucheray M.|||Southworth D.R.|||Stroud R.M.|||Sun M.|||Swaney D.L.|||Tao Z.-W.|||Thomas P.V.|||Thwin A.C.|||Tian J.-H.|||Tian M.|||Titus E.W.|||Toth R.|||Trenker R.|||Tse E.|||Tsui T.K.M.|||Tummino T.A.|||Tutuncuoglu B.|||Ulferts S.|||Ummadi M.|||Vallejo-Gracia A.|||Vallet T.|||Verba K.A.|||Verma A.|||Veverka V.|||Vignuzzi M.|||Vu M.N.|||Walker D.H.|||Wan P.|||Wang F.|||Wang J.|||Wang Q.-M.|||Wang W.|||Wang Y.|||Wang Z.|||Weaver S.C.|||Weckstein A.R.|||Weigang S.|||Wen L.|||Weston S.|||White K.M.|||Whitis N.|||Wilkinson S.G.|||Williams D.M.|||Wong K.K.|||Wu D.|||Wu F.|||Wu J.|||Wu J.T.|||Xiao F.|||Xie X.|||Xu J.|||Xu L.|||Xu M.|||Yan Y.|||Yang D.|||Yang M.|||Yewdell J.W.|||Yoon C.|||Young I.D.|||Yu B.|||Yu Z.|||Yuan M.-L.|||Yuan S.|||Yuen K.Y.|||Yuen T.T.|||Zhang A.J.|||Zhang C.|||Zhang J.|||Zhang K.|||Zhang L.|||Zhang Q.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao J.|||Zhao S.|||Zhao X.|||Zheng J.-J.|||Zhou F.|||Zhou J.|||Zhou Y.|||Zhou Z.|||Zhou Z.'
http://togogenome.org/gene/2697049:GU280_gp05                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC5                                                                                  ^@                                                                                  32015508|||33060197|||33229438                                                                                  ^@                                                                                  J. Biol. Chem.|||Nature|||Science                                                                                  ^@                                                                                  A new coronavirus associated with human respiratory disease in China.|||Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms.|||The SARS-CoV-2 Envelope and Membrane proteins modulate maturation and retention of the Spike protein, allowing assembly of virus-like particles.                                                                                  ^@                                                                                  Abate C.|||Agard D.A.|||Alessi D.R.|||Asarnow D.|||Azumaya C.M.|||Baillie C.|||Barrio-Hernandez I.|||Basler C.F.|||Batra J.|||Beltrao P.|||Berardi F.|||Biel J.|||Billesboelle C.|||Boson B.|||Bouhaddou M.|||Bowen A.|||Braberg H.|||Braxton J.R.|||Brilot A.F.|||Brown F.|||Burke D.|||Burness K.A.|||Cakir M.|||Cakir Z.|||Campbell M.G.|||Carlson-Stevermer J.|||Chazal M.|||Chen J.|||Chen Y.-M.|||Cheng Y.|||Chio C.M.|||Chio U.S.|||Cosset F.L.|||Dai F.-H.|||Davies P.|||Denolly S.|||Deshpande I.|||Diallo A.|||Dickinson M.S.|||Diwanji D.|||Doan L.|||Dorward M.|||Dunham A.|||Dunham I.|||Eckhardt M.|||Elliott M.|||Fabius J.M.|||Faust B.|||Flores S.|||Foussard H.|||Fozouni P.|||Fraser J.S.|||Frieman M.B.|||Frost A.|||Garcia-Sastre A.|||Geyer A.|||Ghoussaini M.|||Giesel D.M.|||Goodman N.|||Gordon D.E.|||Grosse R.|||Guo J.Z.|||Gupta M.|||Haas K.M.|||Haas P.|||Hastie C.J.|||Haupt R.|||Hemphill K.R.|||Herrera N.|||Hiatt J.|||Hodder A.J.|||Holden K.|||Holmes E.C.|||Hoppe N.|||Hu Y.|||Huettenhain R.|||Ideker T.|||Jang G.|||Jin M.|||Johnson C.|||Jouvenet N.|||Jura N.|||Jureka A.S.|||Kaake R.M.|||Karim M.A.|||Kehrer T.|||Keough K.C.|||Khalid M.M.|||Kim K.|||Klesh R.J.|||Kochs G.|||Koh C.|||Kortemme T.|||Kratochvil H.T.|||Krogan N.J.|||Kuchenov D.|||Lam V.L.|||Lavillette D.|||Leech H.|||Legros V.|||Li F.|||Li J.|||Li Y.|||Li Y.L.|||Lind A.L.|||Liu X.|||Liu Y.|||Lo M.|||Logue J.|||Lopez K.E.|||Manglik A.|||Marrero M.C.|||Mathieu C.|||Maures T.|||McGrath M.|||McGregor M.|||Melo A.A.|||Memon D.|||Merz G.E.|||Miorin L.|||Modak M.|||Moreno E.|||Moritz M.|||Moss F.R. III|||Naing Z.Z.C.|||Nguyen H.C.|||Nguyen P.|||Nowotny C.|||O'Meara M.J.|||Obernier K.|||Oki J.|||Ott M.|||Owens T.W.|||Palmarini M.|||Park J.|||Patel A.H.|||Paulino J.|||Pawar K.I.|||Peden A.A.|||Pei Y.-Y.|||Peters J.K.|||Petsalaki E.|||Pollard K.S.|||Pospiech T.H. Jr.|||Pourmal S.|||Puchades C.|||Pulido E.H.|||Raggett S.|||Rassen J.A.|||Rathore U.|||Reid E.|||Rezelj V.V.|||Rihn S.|||Rizo A.N.|||Rojc A.|||Rosales R.|||Rosenberg O.S.|||Roth T.L.|||Safari M.|||Sali A.|||Saltzberg D.|||Sangwan S.|||Schaefer K.|||Schulze-Gahmen U.|||Shi Y.|||Shoichet B.|||Shokat K.M.|||Shun-Shion A.S.|||Silvas J.A.|||Simoneau C.R.|||Siret E.|||Smith A.M.|||Song Z.-G.|||Soucheray M.|||Southworth D.R.|||Stroud R.M.|||Sun M.|||Swaney D.L.|||Tao Z.-W.|||Thomas P.V.|||Thwin A.C.|||Tian J.-H.|||Titus E.W.|||Toth R.|||Trenker R.|||Tse E.|||Tsui T.K.M.|||Tummino T.A.|||Tutuncuoglu B.|||Ulferts S.|||Ummadi M.|||Vallejo-Gracia A.|||Vallet T.|||Verba K.A.|||Vignuzzi M.|||Wang F.|||Wang Q.-M.|||Wang W.|||Weckstein A.R.|||Weigang S.|||Weston S.|||White K.M.|||Whitis N.|||Wilkinson S.G.|||Williams D.M.|||Wu D.|||Wu F.|||Xu J.|||Xu L.|||Young I.D.|||Yu B.|||Yu Z.|||Yuan M.-L.|||Zhang K.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao J.|||Zhao S.|||Zheng J.-J.|||Zhou B.|||Zhou F.|||Zhou Y.
http://togogenome.org/gene/2697049:GU280_gp06                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC6                                                                                  ^@                                                                                  32015508|||32979938|||33060197|||33097660|||33360543|||33849972|||35096974|||35187564                                                                                  ^@                                                                                  Biochem. Biophys. Res. Commun.|||Cell Rep.|||Front. Mol. Biosci.|||J. Cell Sci.|||MBio|||Nature|||Proc. Natl. Acad. Sci. U.S.A.|||Science                                                                                  ^@                                                                                  A new coronavirus associated with human respiratory disease in China.|||Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms.|||Decoupling SARS-CoV-2 ORF6 localization and interferon antagonism.|||Evasion of Type I Interferon by SARS-CoV-2.|||Molecular mechanism of SARS-CoVs Orf6 targeting the Rae1-Nup98 complex to compete with mRNA nuclear export.|||Overexpression of SARS-CoV-2 protein ORF6 dislocates RAE1 and NUP98 from the nuclear pore complex.|||SARS-CoV-2 ORF6 Disrupts Bidirectional Nucleocytoplasmic Transport through Interactions with Rae1 and Nup98.|||SARS-CoV-2 Orf6 hijacks Nup98 to block STAT nuclear import and antagonize interferon signaling.                                                                                  ^@                                                                                  Abate C.|||Addetia A.|||Agard D.A.|||Alessi D.R.|||Asarnow D.|||Aydillo T.|||Azumaya C.M.|||Baillie C.|||Barrio-Hernandez I.|||Basler C.F.|||Batra J.|||Beltrao P.|||Berardi F.|||Biel J.|||Billesboelle C.|||Bouhaddou M.|||Bowen A.|||Braberg H.|||Braxton J.R.|||Brilot A.F.|||Brown F.|||Burke D.|||Burness K.A.|||Cakir M.|||Cakir Z.|||Campbell M.G.|||Cao Z.|||Carlson-Stevermer J.|||Chanda S.K.|||Chazal M.|||Chen J.|||Chen J.Y.|||Chen Y.-M.|||Cheng Y.|||Cheung V.|||Chio C.M.|||Chio U.S.|||Cohen P.|||Cupic A.|||Dai F.-H.|||Danziger O.|||Davies P.|||Deshpande I.|||Diallo A.|||Dickinson M.S.|||Diwanji D.|||Doan L.|||Dorward M.|||Dunham A.|||Dunham I.|||Eckhardt M.|||Elliott M.|||Fabius J.M.|||Faust B.|||Flores S.|||Fontoura B.M.A.|||Foussard H.|||Fozouni P.|||Fraser J.S.|||Frieman M.B.|||Frost A.|||Gale M. Jr.|||Gao S.|||Garcia-Sastre A.|||Geyer A.|||Ghoussaini M.|||Giesel D.M.|||Goodman N.|||Gordon D.E.|||Greninger A.L.|||Grosse R.|||Guo H.|||Guo J.Z.|||Gupta M.|||Haas K.M.|||Haas P.|||Hastie C.J.|||Haupt R.|||Hazawa M.|||Hemphill K.R.|||Herrera N.|||Hiatt J.|||Hodder A.J.|||Holden K.|||Holmes E.C.|||Hoppe N.|||Hsiang T.Y.|||Hu Y.|||Huang M.L.|||Huettenhain R.|||Ideker T.|||Ikliptikawati D.K.|||Jang G.|||Jerome K.R.|||Ji X.|||Jin M.|||Johnson C.|||Jouvenet N.|||Jura N.|||Jureka A.S.|||Kaake R.M.|||Karim M.A.|||Kato K.|||Kehrer T.|||Keough K.C.|||Khalid M.M.|||Kim K.|||Klesh R.J.|||Kobayashi A.|||Kochs G.|||Koh C.|||Kondo H.|||Kortemme T.|||Kratochvil H.T.|||Krogan N.J.|||Kuchenov D.|||Lam V.L.|||Leech H.|||Li F.|||Li J.|||Li T.|||Li Y.|||Li Y.L.|||Lieberman N.A.P.|||Lim K.|||Lind A.L.|||Liu X.|||Liu Y.|||Lo M.|||Logue J.|||Lopez K.E.|||Loprieno M.A.|||Makio T.|||Manglik A.|||Marrero M.C.|||Martin-Sancho L.|||Maures T.|||McGrath M.|||McGregor M.|||Mei M.|||Melo A.A.|||Memon D.|||Mena I.|||Menachery V.D.|||Merz G.E.|||Miorin L.|||Modak M.|||Moreno E.|||Moritz M.|||Moss F.R. III|||Naing Z.Z.C.|||Nguyen H.C.|||Nguyen P.|||Nowotny C.|||O'Meara M.J.|||Obernier K.|||Oki J.|||Ott M.|||Owens T.W.|||Palmarini M.|||Park J.|||Patel A.H.|||Patel R.S.|||Paulino J.|||Pawar K.I.|||Peden A.A.|||Pei Y.-Y.|||Peters J.K.|||Petsalaki E.|||Phung Q.|||Pollard K.S.|||Pospiech T.H. Jr.|||Pourmal S.|||Puchades C.|||Pulido E.H.|||Raggett S.|||Rajsbaum R.|||Rassen J.A.|||Rathnasinghe R.|||Rathore U.|||Reid E.|||Ren Y.|||Rezelj V.V.|||Rihn S.|||Rizo A.N.|||Rojc A.|||Rosales R.|||Rosenberg B.R.|||Rosenberg O.S.|||Roth T.L.|||Roychoudhury P.|||Safari M.|||Salamango D.J.|||Sali A.|||Saltzberg D.|||Sanchez-Aparicio M.T.|||Sangwan S.|||Schaefer K.|||Schotsaert M.|||Schulze-Gahmen U.|||Shi P.Y.|||Shi Y.|||Shoichet B.|||Shokat K.M.|||Shrestha L.|||Shun-Shion A.S.|||Silvas J.A.|||Simoneau C.R.|||Smith A.M.|||Song Z.-G.|||Soucheray M.|||Southworth D.R.|||Stroud R.M.|||Sun M.|||Swaney D.L.|||Tao Z.-W.|||Thomas P.V.|||Thwin A.C.|||Tian J.-H.|||Titus E.W.|||Toth R.|||Trenker R.|||Tse E.|||Tsui T.K.M.|||Tummino T.A.|||Tutuncuoglu B.|||Uccellini M.|||Ulferts S.|||Ummadi M.|||Vallejo-Gracia A.|||Vallet T.|||Verba K.A.|||Vignuzzi M.|||Wang F.|||Wang H.|||Wang Q.-M.|||Wang W.|||Weckstein A.R.|||Weigang S.|||Wen Y.|||Weston S.|||White K.M.|||Whitis N.|||Wilkinson S.G.|||Williams D.M.|||Wong H.T.|||Wong R.W.|||Wozniak R.W.|||Wu D.|||Wu F.|||Xia H.|||Xie H.|||Xie X.|||Xu J.|||Xu L.|||Yang H.|||Yang T.|||Yin X.|||Young I.D.|||Yu B.|||Yu Z.|||Yuan M.-L.|||Zhang K.|||Zhang X.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao J.|||Zhao S.|||Zheng J.-J.|||Zhou F.|||Zhou Y.
http://togogenome.org/gene/2697049:GU280_gp04                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC4                                                                                  ^@                                                                                  32015508|||32891874|||32898469|||33177698|||33229438|||35108439                                                                                  ^@                                                                                  FEBS J.|||J. Biol. Chem.|||Microbes Infect.|||Nat. Struct. Mol. Biol.|||Nature|||Open Biol.                                                                                  ^@                                                                                  A new coronavirus associated with human respiratory disease in China.|||Improved binding of SARS-CoV-2 Envelope protein to tight junction-associated PALS1 could play a key role in COVID-19 pathogenesis.|||SARS-CoV-2 envelope protein topology in eukaryotic membranes.|||SARS-CoV-2 variants preferentially emerge at intrinsically disordered protein sites helping immune evasion.|||Structure and drug binding of the SARS-CoV-2 envelope protein transmembrane domain in lipid bilayers.|||The SARS-CoV-2 Envelope and Membrane proteins modulate maturation and retention of the Spike protein, allowing assembly of virus-like particles.                                                                                  ^@                                                                                  Acosta-Caceres J.M.|||Arcovito A.|||Babini G.|||Boson B.|||Carraro M.|||Chen Y.-M.|||Cosset F.L.|||Dai F.-H.|||De Maio F.|||Della Longa S.|||Denolly S.|||Dregni A.J.|||Duart G.|||Garcia-Murria M.J.|||Grau B.|||Holmes E.C.|||Hong M.|||Hu Y.|||Kolocouris A.|||Lavillette D.|||Le Mercier P.|||Legros V.|||Liu Y.|||Lo Cascio E.|||Mandala V.S.|||Martinez-Gil L.|||Mathieu C.|||McKay M.J.|||Minervini G.|||Mingarro I.|||Pei Y.-Y.|||Quaglia F.|||Roncada P.|||Sali M.|||Salladini E.|||Sanguinetti M.|||Scambia G.|||Shcherbakov A.A.|||Siret E.|||Song Z.-G.|||Tao Z.-W.|||Tian J.-H.|||Tilocca B.|||Tosatto S.C.E.|||Urbani A.|||Wang Q.-M.|||Wang W.|||Wu F.|||Xu L.|||Yu B.|||Yuan M.-L.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhao S.|||Zheng J.-J.|||Zhou B.
http://togogenome.org/gene/2697049:GU280_gp09                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC8                                                                                  ^@                                                                                  31986261|||32015508|||32615316|||32807944|||32854725|||33060197|||33361333|||33413740|||33723527|||34021074|||34177923|||35157849|||35343786                                                                                  ^@                                                                                  Eurosurveillance|||Front. Immunol.|||IScience|||Infect. Genet. Evol.|||J. Biol. Chem.|||Lancet|||MBio|||Nat. Immunol.|||Nature|||Proc. Natl. Acad. Sci. U.S.A.|||Science|||Virol. J.                                                                                  ^@                                                                                  A familial cluster of pneumonia associated with the 2019 novel coronavirus indicating person-to-person transmission: a study of a family cluster.|||A new coronavirus associated with human respiratory disease in China.|||Characterization of accessory genes in coronavirus genomes.|||Characterizations of SARS-CoV-2 mutational profile, spike protein stability and viral transmission.|||Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms.|||Early transmissibility assessment of the N501Y mutant strains of SARS-CoV-2 in the United Kingdom, October to November 2020.|||ORF8 and ORF3b antibodies are accurate serological markers of early and late SARS-CoV-2 infection.|||SARS-CoV-2 ORF8 Forms Intracellular Aggregates and Inhibits IFNgamma-Induced Antiviral Gene Expression in Human Lung Epithelial Cells.|||SARS-CoV-2 accessory protein ORF8 is secreted extracellularly as a glycoprotein homodimer.|||Structure of SARS-CoV-2 ORF8, a rapidly evolving immune evasion protein.|||The ORF8 protein of SARS-CoV-2 mediates immune evasion through down-regulating MHC-Iota.|||Title: ORF8 contributes to cytokine storm during SARS-CoV-2 infection by activating IL-17 pathway.|||Viral Mimicry of Interleukin-17A by SARS-CoV-2 ORF8.                                                                                  ^@                                                                                  Abate C.|||Agard D.A.|||Alessi D.R.|||Allaire M.|||Asarnow D.|||Azumaya C.M.|||Baillie C.|||Barrio-Hernandez I.|||Basler C.F.|||Batra J.|||Beltrao P.|||Berardi F.|||Biel J.|||Billesboelle C.|||Biswas S.|||Bouhaddou M.|||Bowen A.|||Braberg H.|||Braxton J.R.|||Brilot A.F.|||Brown F.|||Bu H.F.|||Buffalo C.Z.|||Burke D.|||Burness K.A.|||Cai J.P.|||Cakir M.|||Cakir Z.|||Campbell M.G.|||Carlson-Stevermer J.|||Chakraborty J.|||Chan J.F.|||Chan K.H.|||Chan W.M.|||Chatterjee R.|||Chazal M.|||Chen H.|||Chen J.|||Chen W.|||Chen Y.|||Chen Y.-M.|||Cheng V.C.|||Cheng Y.|||Chin A.W.H.|||Chio C.M.|||Chio U.S.|||Choi Y.K.|||Chu D.K.W.|||Chu H.|||Cohen C.A.|||Comhair S.A.A.|||Dai F.-H.|||Das S.|||Davies P.|||De Plaen I.G.|||Deshpande I.|||Diallo A.|||Dickinson M.S.|||Diwanji D.|||Doan L.|||Dorward M.|||Du C.|||Dunham A.|||Dunham I.|||Eckhardt M.|||Elliott M.|||Ensser A.|||Fabius J.M.|||Faust B.|||Flores S.|||Flower T.G.|||Foo S.S.|||Foussard H.|||Fozouni P.|||Fraser J.S.|||Frieman M.B.|||Frost A.|||Fu B.|||Garcia-Sastre A.|||Geng H.|||Geyer A.|||Ghoussaini M.|||Giesel D.M.|||Goodman N.|||Gordon D.E.|||Grosse R.|||Guo J.Z.|||Gupta M.|||Haas K.M.|||Haas P.|||Hachim A.|||Hastie C.J.|||Haupt R.|||He X.|||Hemphill K.R.|||Herrera N.|||Herrmann A.|||Hiatt J.|||Hodder A.J.|||Holden K.|||Holmes E.C.|||Hooy R.M.|||Hoppe N.|||Hu Y.|||Huang F.|||Huang W.|||Huettenhain R.|||Hui C.K.|||Hurley J.H.|||Ideker T.|||Imahashi M.|||Imahashi N.|||Ip J.D.|||Iwatani Y.|||Jang G.|||Jehi L.|||Jin M.|||Johnson C.|||Jouvenet N.|||Jung J.U.|||Jung W.|||Jura N.|||Jureka A.S.|||Kaake R.M.|||Karim M.A.|||Kavian N.|||Kehrer T.|||Keough K.C.|||Khalid M.M.|||Kim K.|||Klesh R.J.|||Kochs G.|||Koh C.|||Kok K.H.|||Kortemme T.|||Kratochvil H.T.|||Krogan N.J.|||Kubota M.|||Kuchenov D.|||Laha S.|||Lam T.T.|||Lam V.L.|||Lee J.S.|||Leech H.|||Leung G.M.|||Leung K.|||Li F.|||Li J.|||Li R.|||Li Y.|||Li Y.L.|||Li Z.|||Lin X.|||Lind A.L.|||Liu B.|||Liu H.|||Liu J.|||Liu X.|||Liu Y.|||Lo M.|||Lo S.K.|||Logue J.|||Lopez K.E.|||Luo B.|||Ma X.|||Manglik A.|||Manna S.K.|||Marrero M.C.|||Matsuoka K.|||Maures T.|||Mayer C.|||McGrath M.|||McGregor M.|||Melo A.A.|||Memon D.|||Merz G.E.|||Michel C.J.|||Miorin L.|||Modak M.|||Mok C.K.P.|||Moreno E.|||Moritz M.|||Moss F.R. III|||Naing Z.Z.C.|||Nakata Y.|||Nguyen H.C.|||Nguyen P.|||Nian W.|||Nowotny C.|||O'Meara M.J.|||Obernier K.|||Ode H.|||Ohno M.|||Oki J.|||Ott M.|||Owens T.W.|||Palmarini M.|||Pan T.|||Park J.|||Patel A.H.|||Paulino J.|||Pawar K.I.|||Peden A.A.|||Pei Y.-Y.|||Peiris J.S.M.|||Perera R.A.P.M.|||Peters J.K.|||Petsalaki E.|||Poch O.|||Pollard K.S.|||Poo H.|||Poon L.L.M.|||Poon R.W.|||Poon V.K.|||Pospiech T.H. Jr.|||Pourmal S.|||Puchades C.|||Pulido E.H.|||Raggett S.|||Rassen J.A.|||Rathore U.|||Reid E.|||Ren X.|||Rezelj V.V.|||Rihn S.|||Rizo A.N.|||Rojc A.|||Rosales R.|||Rosenberg O.S.|||Roth T.L.|||Safari M.|||Sali A.|||Saltzberg D.|||Sangwan S.|||Schaefer K.|||Schulze-Gahmen U.|||Shi Y.|||Shin W.J.|||Shoichet B.|||Shokat K.M.|||Shum M.H.|||Shun-Shion A.S.|||Silvas J.A.|||Simoneau C.R.|||Smith A.M.|||Song Z.|||Song Z.-G.|||Soucheray M.|||Southworth D.R.|||Stroud R.M.|||Subramanian S.|||Sugimoto A.|||Sun M.|||Swaney D.L.|||Tan X.D.|||Tao Z.-W.|||Thomas P.V.|||Thompson J.D.|||Thwin A.C.|||Tian J.-H.|||Titus E.W.|||To K.K.|||Toth R.|||Trenker R.|||Tsang O.T.Y.|||Tse E.|||Tsoi H.W.|||Tsui T.K.M.|||Tummino T.A.|||Tutuncuoglu B.|||Ulferts S.|||Ummadi M.|||Valkenburg S.A.|||Vallejo-Gracia A.|||Vallet T.|||Verba K.A.|||Vignuzzi M.|||Wang F.|||Wang P.|||Wang Q.-M.|||Wang W.|||Wang X.|||Wang Y.|||Weckstein A.R.|||Weigang S.|||Weston S.|||White K.M.|||Whitis N.|||Wilkinson S.G.|||Williams D.M.|||Wu D.|||Wu F.|||Wu H.|||Wu J.T.|||Wu L.|||Wu X.|||Xia B.|||Xia T.|||Xiao F.|||Xing F.|||Xing N.|||Xiong Y.|||Xu J.|||Xu L.|||Xu S.|||Xue W.|||Yan S.|||Yang J.|||Yang T.|||Yeung Y.C.|||Yin S.|||Yip C.C.|||Yokomaku Y.|||Young I.D.|||Yu B.|||Yu F.|||Yu K.M.|||Yu Z.|||Yuan M.-L.|||Yuan S.|||Yuan Y.|||Yuen K.Y.|||Zhang H.|||Zhang J.|||Zhang K.|||Zhang P.|||Zhang S.|||Zhang X.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao J.|||Zhao Q.|||Zhao S.|||Zheng J.-J.|||Zhou F.|||Zhou Y.
http://togogenome.org/gene/2697049:GU280_gp08                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTD8                                                                                  ^@                                                                                  32015508|||33060197                                                                                  ^@                                                                                  Nature|||Science                                                                                  ^@                                                                                  A new coronavirus associated with human respiratory disease in China.|||Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms.                                                                                  ^@                                                                                  Abate C.|||Agard D.A.|||Alessi D.R.|||Asarnow D.|||Azumaya C.M.|||Baillie C.|||Barrio-Hernandez I.|||Basler C.F.|||Batra J.|||Beltrao P.|||Berardi F.|||Biel J.|||Billesboelle C.|||Bouhaddou M.|||Bowen A.|||Braberg H.|||Braxton J.R.|||Brilot A.F.|||Brown F.|||Burke D.|||Burness K.A.|||Cakir M.|||Cakir Z.|||Campbell M.G.|||Carlson-Stevermer J.|||Chazal M.|||Chen J.|||Chen Y.-M.|||Cheng Y.|||Chio C.M.|||Chio U.S.|||Dai F.-H.|||Davies P.|||Deshpande I.|||Diallo A.|||Dickinson M.S.|||Diwanji D.|||Doan L.|||Dorward M.|||Dunham A.|||Dunham I.|||Eckhardt M.|||Elliott M.|||Fabius J.M.|||Faust B.|||Flores S.|||Foussard H.|||Fozouni P.|||Fraser J.S.|||Frieman M.B.|||Frost A.|||Garcia-Sastre A.|||Geyer A.|||Ghoussaini M.|||Giesel D.M.|||Goodman N.|||Gordon D.E.|||Grosse R.|||Guo J.Z.|||Gupta M.|||Haas K.M.|||Haas P.|||Hastie C.J.|||Haupt R.|||Hemphill K.R.|||Herrera N.|||Hiatt J.|||Hodder A.J.|||Holden K.|||Holmes E.C.|||Hoppe N.|||Hu Y.|||Huettenhain R.|||Ideker T.|||Jang G.|||Jin M.|||Johnson C.|||Jouvenet N.|||Jura N.|||Jureka A.S.|||Kaake R.M.|||Karim M.A.|||Kehrer T.|||Keough K.C.|||Khalid M.M.|||Kim K.|||Klesh R.J.|||Kochs G.|||Koh C.|||Kortemme T.|||Kratochvil H.T.|||Krogan N.J.|||Kuchenov D.|||Lam V.L.|||Leech H.|||Li F.|||Li J.|||Li Y.|||Li Y.L.|||Lind A.L.|||Liu X.|||Liu Y.|||Lo M.|||Logue J.|||Lopez K.E.|||Manglik A.|||Marrero M.C.|||Maures T.|||McGrath M.|||McGregor M.|||Melo A.A.|||Memon D.|||Merz G.E.|||Miorin L.|||Modak M.|||Moreno E.|||Moritz M.|||Moss F.R. III|||Naing Z.Z.C.|||Nguyen H.C.|||Nguyen P.|||Nowotny C.|||O'Meara M.J.|||Obernier K.|||Oki J.|||Ott M.|||Owens T.W.|||Palmarini M.|||Park J.|||Patel A.H.|||Paulino J.|||Pawar K.I.|||Peden A.A.|||Pei Y.-Y.|||Peters J.K.|||Petsalaki E.|||Pollard K.S.|||Pospiech T.H. Jr.|||Pourmal S.|||Puchades C.|||Pulido E.H.|||Raggett S.|||Rassen J.A.|||Rathore U.|||Reid E.|||Rezelj V.V.|||Rihn S.|||Rizo A.N.|||Rojc A.|||Rosales R.|||Rosenberg O.S.|||Roth T.L.|||Safari M.|||Sali A.|||Saltzberg D.|||Sangwan S.|||Schaefer K.|||Schulze-Gahmen U.|||Shi Y.|||Shoichet B.|||Shokat K.M.|||Shun-Shion A.S.|||Silvas J.A.|||Simoneau C.R.|||Smith A.M.|||Song Z.-G.|||Soucheray M.|||Southworth D.R.|||Stroud R.M.|||Sun M.|||Swaney D.L.|||Tao Z.-W.|||Thomas P.V.|||Thwin A.C.|||Tian J.-H.|||Titus E.W.|||Toth R.|||Trenker R.|||Tse E.|||Tsui T.K.M.|||Tummino T.A.|||Tutuncuoglu B.|||Ulferts S.|||Ummadi M.|||Vallejo-Gracia A.|||Vallet T.|||Verba K.A.|||Vignuzzi M.|||Wang F.|||Wang Q.-M.|||Wang W.|||Weckstein A.R.|||Weigang S.|||Weston S.|||White K.M.|||Whitis N.|||Wilkinson S.G.|||Williams D.M.|||Wu D.|||Wu F.|||Xu J.|||Xu L.|||Young I.D.|||Yu B.|||Yu Z.|||Yuan M.-L.|||Zhang K.|||Zhang Y.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhang Z.|||Zhao J.|||Zhao S.|||Zheng J.-J.|||Zhou F.|||Zhou Y.
http://togogenome.org/gene/2697049:GU280_gp07                                                                                  ^@                                                                                  http://purl.uniprot.org/uniprot/P0DTC7                                                                                  ^@                                                                                  32015508|||33413740|||33473190|||33615195|||33930332|||35108439                                                                                  ^@                                                                                  Cell. Mol. Immunol.|||Eurosurveillance|||FEBS J.|||IScience|||Mol. Cell|||Nature                                                                                  ^@                                                                                  A new coronavirus associated with human respiratory disease in China.|||Early transmissibility assessment of the N501Y mutant strains of SARS-CoV-2 in the United Kingdom, October to November 2020.|||Functional landscape of SARS-CoV-2 cellular restriction.|||SARS-CoV-2 variants preferentially emerge at intrinsically disordered protein sites helping immune evasion.|||Structural insight reveals SARS-CoV-2 ORF7a as an immunomodulating factor for human CD14+ monocytes.|||Ubiquitination of SARS-CoV-2 ORF7a promotes antagonism of interferon response.                                                                                  ^@                                                                                  Becker M.E.|||Benner C.|||Cao Z.|||Carraro M.|||Chanda S.K.|||Chang M.W.|||Chen J.|||Chen Q.|||Chen S.|||Chen X.|||Chen Y.-M.|||Churas C.|||Curry H.M.|||Dai F.-H.|||De Jesus P.D.|||Frieman M.B.|||Garcia-Sastre A.|||Gounder A.P.|||Guatelli J.|||He S.|||Holmes E.C.|||Hope T.J.|||Hu Y.|||Huang C.|||Huang Z.|||Hultquist J.F.|||Ideker T.|||Kang S.|||Lam T.T.|||Le Mercier P.|||Leung G.M.|||Leung K.|||Lewinski M.K.|||Liu S.|||Liu Y.|||Martin-Sancho L.|||Minervini G.|||Miorin L.|||Nguyen C.|||O'Neill A.M.|||Oom A.L.|||Pache L.|||Pei Y.-Y.|||Pratt D.|||Pu Y.|||Quaglia F.|||Rajsbaum R.|||Rodriguez-Frandsen A.|||Rong X.|||Rosenthal S.B.|||Salladini E.|||Shaw M.L.|||Shi P.Y.|||Shum M.H.|||Song Z.-G.|||Stoneham C.A.|||Su L.|||Tao Z.-W.|||Tian J.-H.|||Tosatto S.C.E.|||Urbanowski M.|||Wang H.|||Wang Q.-M.|||Wang W.|||Weston S.|||Wu C.|||Wu F.|||Wu J.T.|||Xia H.|||Xia X.|||Xiao F.|||Xiong Y.|||Xu L.|||Yin X.|||Yu B.|||Yuan M.-L.|||Zhang Y.-L.|||Zhang Y.-Z.|||Zhao S.|||Zheng F.|||Zheng J.-J.|||Zhou Z.|||Zhou Z.'