J
Jun Lu
Researcher at Chinese Academy of Sciences
Publications - 3187
Citations - 131399
Jun Lu is an academic researcher from Chinese Academy of Sciences. The author has contributed to research in topics: Medicine & Computer science. The author has an hindex of 135, co-authored 1526 publications receiving 99767 citations. Previous affiliations of Jun Lu include Drexel University & Argonne National Laboratory.
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Journal ArticleDOI
miR-1 and miR-206 regulate angiogenesis by modulating VegfA expression in zebrafish.
TL;DR: These findings uncover a novel function for miR-1/206 in the control of developmental angiogenesis through the regulation of VegfA, and identify a key role for miRNAs as regulators of cross-tissue signaling.
Journal ArticleDOI
The DNA Methylcytosine Dioxygenase Tet2 Sustains Immunosuppressive Function of Tumor-Infiltrating Myeloid Cells to Promote Melanoma Progression.
Wen Pan,Shu Zhu,Kun Qu,Katrina Meeth,Jijun Cheng,Jijun Cheng,Kaixin He,Hongdi Ma,Yan Liao,Xizhi Wen,Christine Roden,Christine Roden,Zuzana Tobiasova,Zheng Wei,Jun Zhao,Jun Liu,Jun Liu,Ji Zheng,Bo Guo,Sajid A. Khan,Marcus Bosenberg,Richard A. Flavell,Jun Lu,Jun Lu +23 more
TL;DR: A tumor‐promoting role for Tet2 is revealed, whereby Tet2 functions to sustain an immunosuppressive program in myeloid cells that in turn dampens the anti‐tumor T cell response.
Journal ArticleDOI
Single-cell microRNA-mRNA co-sequencing reveals non-genetic heterogeneity and mechanisms of microRNA regulation
Nayi Wang,Nayi Wang,Ji Zheng,Ji Zheng,Ji Zheng,Zhuo Chen,Zhuo Chen,Yang Liu,Yang Liu,Burak Dura,Minsuk Kwak,Juliana Xavier-Ferrucio,Juliana Xavier-Ferrucio,Yi-Chien Lu,Yi-Chien Lu,Miaomiao Zhang,Miaomiao Zhang,Miaomiao Zhang,Christine Roden,Christine Roden,Jijun Cheng,Jijun Cheng,Diane S. Krause,Diane S. Krause,Ye Ding,Rong Fan,Rong Fan,Jun Lu +27 more
TL;DR: It is observed that the predicted targets are significantly anti-correlated with the variation of abundantly expressed microRNAs, suggesting that microRNA expression variability alone may lead to non-genetic cell-to-cell heterogeneity.
Journal ArticleDOI
Measurement of double parton scattering in pp collisons at s| = 1.8TeV
Fumio Abe,H. Akimoto,A. Akopian,M. G. Albrow,S. R. Amendolia,D. Amidei,J. Antos,S. Aota,Giorgio Apollinari,T. Asakawa,W. Ashmanskas,M. Atac,F. Azfar,P. Azzi-Bacchetta,Nicola Bacchetta,W. Badgett,S. Bagdasarov,M. W. Bailey,J. Bao,P. de Barbaro,A. Barbaro-Galtieri,Virgil E Barnes,B. A. Barnett,M. Barone,Emanuela Barzi,G. Bauer,T. Baumann,F. Bedeschi,S. Behrends,Stefano Belforte,G. Bellettini,J. N. Bellinger,Douglas Benjamin,Jose M. Benlloch,James Bensinger,D. Benton,Andrew Beretvas,J. P. Berge,J. Berryhill,S. Bertolucci,B. Bevensee,A. Bhatti,K. Biery,M. Binkley,Dario Bisello,R. E. Blair,Craig Blocker,A. Bodek,W. Bokhari,V. Bolognesi,Gino Bolla,Daniela Bortoletto,J. Boudreau,L. Breccia,C. Bromberg,N. Bruner,E. Buckley-Geer,H. S. Budd,Kevin Burkett,G. Busetto,A. Byon-Wagner,K. L. Byrum,J. Cammerata,C. Campagnari,M. Campbell,A. Caner,W. Carithers,Duncan Carlsmith,Andrea Castro,D. Cauz,Y. Cen,F. Cervelli,P. S. Chang,P. T. Chang,H. Y. Chao,J. W. Chapman,M. T. Cheng,G. Chiarelli,T. Chikamatsu,C. N. Chiou,L. Christofek,S. Cihangir,A. G. Clark,Marina Cobal,E. Cocca,M. Contreras,J. Conway,J. Cooper,M. Cordelli,C. Couyoumtzelis,D. Crane,Daniel P Cronin-Hennessy,R. Culbertson,T. Daniels,F. DeJongh,S. Delchamps,S. Dell'Agnello,M. Dell'Orso,R. Demina,L. Demortier,M. M. Deninno,P. F. Derwent,T. Devlin,Jay Dittmann,S. Donati,J. Done,Tommaso Dorigo,A. Dunn,N. Eddy,Kevin Einsweiler,J. E. Elias,R. Ely,E. Engels,D. Errede,S. Errede,Q. Fan,G. Feild,C. Ferretti,I. Fiori,B. Flaugher,G. W. Foster,M. Franklin,M. Frautschi,J. C. Freeman,J.I. Friedman,Henry J. Frisch,Yasuo Fukui,S. Funaki,S. Galeotti,Michele Gallinaro,O. Ganel,Maurice Garcia-Sciveres,Alan Garfinkel,S. Geer,D. W. Gerdes,P. Giannetti,Nikos Giokaris,P. Giromini,G. Giusti,L. Gladney,D. Glenzinski,M. Gold,J. Gonzalez,A. Gordon,A. T. Goshaw,Y. Gotra,K. Goulianos,H. Grassmann,L. Groer,C. Grosso-Pilcher,G. Guillian,R. S. Guo,C. Haber,E. Hafen,S. R. Hahn,R. Hamilton,R. Handler,R. M. Hans,F. Happacher,Kazuhiko Hara,A. D. Hardman,B. Harral,Robert M Harris,S. A. Hauger,Jay Hauser,C. Hawk,E. Hayashi,Jochen Jens Heinrich,B. Hinrichsen,B. Hinrichsen,K. D. Hoffman,Marcus Hohlmann,C. Holck,R. J. Hollebeek,L. Holloway,Hong Sj,G. Houk,P. Hu,B. T. Huffman,R. E. Hughes,J. Huston,John Huth,J. Hylen,Hiroshi Ikeda,M. Incagli,J. Incandela,G. Introzzi,J. Iwai,Y. Iwata,Henrik Jeldtoft Jensen,Umesh Joshi,R. W. Kadel,E. Kajfasz,Hiroto Kambara,Teruki Kamon,T. Kaneko,K. Karr,H. Kasha,Y. Kato,T. A. Keaffaber,K. Kelley,R. D. Kennedy,R. Kephart,P. Kesten,D. Kestenbaum,H. Keutelian,F. Keyvan,B. Kharadia,Bj Kim,Doyeong Kim,Hyun-Chul Kim,Hyun-Chul Kim,S. B. Kim,S. H. Kim,Yongsun Kim,L. E. Kirsch,P. Koehn,Kiminori Kondo,Jacobo Konigsberg,Sacha E Kopp,Kostantinos Kordas,Kostantinos Kordas,Andrey Korytov,W. Koska,E. Kovacs,W. Kowald,M. Krasberg,J. Kroll,Mark Kruse,T. Kuwabara,S. E. Kuhlmann,E. Kuns,A. T. Laasanen,S. Lami,Stephan Lammel,J. I. Lamoureux,M. Lancaster,Thomas LeCompte,S. Leone,J. D. Lewis,P. Limon,M. Lindgren,Tony Liss,J. B. Liu,Yanwen Liu,N. S. Lockyer,O. Long,C. Loomis,M. Loreti,Jun Lu,D. Lucchesi,P. Lukens,S. Lusin,J. Lys,Kaori Maeshima,A. Maghakian,Petar Maksimovic,M. Mangano,J. Mansour,Mosè Mariotti,J. P. Marriner,A. J. Martin,J. A.J. Matthews,R. Mattingly,P. McIntyre,P. Melese,A. Menzione,E. Meschi,Scott D. Metzler,C. Miao,T. Miao,G. Michail,R. J. Miller,H. Minato,S. Miscetti,M. Mishina,H. Mitsushio,T. Miyamoto,S. Miyashita,N. Moggi,Y. Morita,A. Mukherjee,Thomas Müller,P. Murat,H. Nakada,I. Nakano,C. Nelson,D. Neuberger,Catherine Newman-Holmes,Cyp Ngan,M. Ninomiya,Lawrence Nodulman,S. H. Oh,K. E. Ohl,T. Ohmoto,T. Ohsugi,R. Oishi,M. Okabe,T. Okusawa,R. Oliveira,James D. Olsen,C. Pagliarone,Riccardo Paoletti,V. Papadimitriou,S. P. Pappas,N. Parashar,Sung Keun Park,A. Parri,J. Patrick,G. Pauletta,Manfred Paulini,A. Perazzo,L. Pescara,M. D. Peters,T. J. Phillips,G. Piacentino,M. Pillai,K. T. Pitts,R. K. Plunkett,L. Pondrom,James Proudfoot,F. Ptohos,G. Punzi,K. Ragan,K. Ragan,D. Reher,A. Ribon,F. Rimondi,L. Ristori,W. J. Robertson,Teresa Rodrigo,S. Rolli,J. Romano,L. Rosenson,R. Roser,T. Saab,T. Saab,W. K. Sakumoto,D. Saltzberg,Andrea Sansoni,L. Santi,H. Sato,P. Schlabach,E. E. Schmidt,M. P. Schmidt,A. Scribano,S. Segler,Sally Seidel,Y. Seiya,G. Sganos,G. Sganos,Marjorie Shapiro,N. M. Shaw,Q. Shen,P. F. Shepard,M. Shimojima,M. J. Shochet,J. Siegrist,Alan Sill,P. Sinervo,P. Sinervo,P. Singh,J. Skarha,K. Sliwa,F. D. Snider,T. Song,J. Spalding,T. Speer,P. Sphicas,F. Spinella,Maria Spiropulu,Leonard Spiegel,Luca Stanco,J. Steele,A. Stefanini,K. Strahl,K. Strahl,James Strait,R. Ströhmer,David Stuart,G. Sullivan,Konstanty Sumorok,J. Suzuki,T. Takada,T. Takahashi,T. Takano,K. Takikawa,N. Tamura,B. Tannenbaum,F. Tartarelli,Wendy Taylor,Wendy Taylor,P. K. Teng,Y. Teramoto,S. Tether,D. Theriot,T. L. Thomas,R. P. Thun,R. Thurman-Keup,M. Timko,Paul Tipton,A. Titov,S. Tkaczyk,D. Toback,K. Tollefson,A. Tollestrup,H. Toyoda,W. Trischuk,W. Trischuk,J. F. de Troconiz,S. Truitt,J. Tseng,Nicola Turini,T. Uchida,N. Uemura,F. Ukegawa,G. Unal,J. Valls,S. C. van den Brink,S. Vejcik,G. Velev,R. Vidal,R. Vilar,M. Vondracek,D. Vucinic,R. G. Wagner,R. L. Wagner,J. Wahl,N. B. Wallace,A. M. Walsh,C. H. Wang,C. H. Wang,Jing Wang,M. J. Wang,Q. F. Wang,Andreas Warburton,Andreas Warburton,T. L. Watts,R. C. Webb,C. Wei,H. Wenzel,W. C. Wester,A. B. Wicklund,E. Wicklund,R. Wilkinson,H. H. Williams,P. Wilson,Brian L Winer,D. Winn,D. Wolinski,J. Wolinski,S. Worm,Xin Wu,J. Wyss,Avraham Yagil,W-M. Yao,K. Yasuoka,Y. Ye,Y. Ye,G. P. Yeh,P. Yeh,M. Yin,J. Yoh,C. Yosef,T. Yoshida,D. D. Yovanovitch,Intae Yu,L. Yu,J. C. Yun,A. Zanetti,F. Zetti,Le Zhang,Weiya Zhang,S. Zucchelli +473 more
TL;DR: In this paper, a strong signal for double parton scattering (DP) is observed in a 16 pb{sup {minus}1} sample of {bar p}p{r_arrow}{gamma}+3 jets+X data from the CDF experiment at the Fermilab Tevatron.
Journal ArticleDOI
Origin of structural degradation in Li-rich layered oxide cathode
Tongchao Liu,Jiajie Liu,Luxi Li,Lei Yu,Jiecheng Diao,Tao Zhou,Shunning Li,Alvin Dai,Wen Guang Zhao,Shenyang Xu,Yang Ren,Liguang Wang,Jianping Wu,Rui Qi,Yinguo Xiao,Jiaxin Zheng,Wonsuk Cha,Ross Harder,Ian K. Robinson,Jianguo Wen,Jun Lu,Feng Pan,Khalil Amine +22 more
TL;DR: Li and Mn-rich (LMR) cathode materials that utilize both cation and anion redox can yield substantial increases in battery energy density1-3 as discussed by the authors .