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Carlton AG
Federal Science Matters: We All Live Downwind of a Harvey-Arkema Disaster.
Environ Sci Technol. 2017 Sep 25;
PMID: 28944663

Flowers E,Miaskowski C,Conley Y,Hammer MJ,Levine J,Mastick J,Paul S,Wright F,Kober K
Differential expression of genes and differentially perturbed pathways associated with very high evening fatigue in oncology patients receiving chemotherapy.
Support Care Cancer. 2017 Sep 25;
Fatigue is the most common symptom associated with cancer and its treatment. Investigation of molecular mechanisms associated with fatigue in oncology patients may identify new therapeutic targets. The objectives of this study were to evaluate the relationships between gene expression and perturbations in biological pathways and evening fatigue severity in oncology patients who received chemotherapy (CTX).
PMID: 28944404

Kubin M,Kern J,Gul S,Kroll T,Chatterjee R,Löchel H,Fuller FD,Sierra RG,Quevedo W,Weniger C,Rehanek J,Firsov A,Laksmono H,Weninger C,Alonso-Mori R,Nordlund DL,Lassalle-Kaiser B,Glownia JM,Krzywinski J,Moeller S,Turner JJ,Minitti MP,Dakovski GL,Koroidov S,Kawde A,Kanady JS,Tsui EY,Suseno S,Han Z,Hill E,Taguchi T,Borovik AS,Agapie T,Messinger J,Erko A,Föhlisch A,Bergmann U,Mitzner R,Yachandra VK,Yano J,Wernet P
Soft x-ray absorption spectroscopy of metalloproteins and high-valent metal-complexes at room temperature using free-electron lasers.
Struct Dyn. 2017 Sep;4(5):054307
X-ray absorption spectroscopy at the L-edge of 3d transition metals provides unique information on the local metal charge and spin states by directly probing 3d-derived molecular orbitals through 2p-3d transitions. However, this soft x-ray technique has been rarely used at synchrotron facilities for mechanistic studies of metalloenzymes due to the difficulties of x-ray-induced sample damage and strong background signals from light elements that can dominate the low metal signal. Here, we combine femtosecond soft x-ray pulses from a free-electron laser with a novel x-ray fluorescence-yield spectrometer to overcome these difficulties. We present L-edge absorption spectra of inorganic high-valent Mn complexes (Mn ~ 6-15?mmol/l) with no visible effects of radiation damage. We also present the first L-edge absorption spectra of the oxygen evolving complex (Mn4CaO5) in Photosystem II (Mn?
PMID: 28944255

Aaboud M,Aad G,Abbott B,Abdallah J,Abdinov O,Abeloos B,AbouZeid OS,Abraham NL,Abramowicz H,Abreu H,Abreu R,Abulaiti Y,Acharya BS,Adachi S,Adamczyk L,Adams DL,Adelman J,Adomeit S,Adye T,Affolder AA,Agatonovic-Jovin T,Aguilar-Saavedra JA,Ahlen SP,Ahmadov F,Aielli G,Akerstedt H,Åkesson TPA,Akimov AV,Alberghi GL,Albert J,Albrand S,Verzini MJA,Aleksa M,Aleksandrov IN,Alexa C,Alexander G,Alexopoulos T,Alhroob M,Ali B,Aliev M,Alimonti G,Alison J,Alkire SP,Allbrooke BMM,Allen BW,Allport PP,Aloisio A,Alonso A,Alonso F,Alpigiani C,Alshehri AA,Alstaty M,Gonzalez BA,Piqueras DÁ,Alviggi MG,Amadio BT,Coutinho YA,Amelung C,Amidei D,Santos SPAD,Amorim A,Amoroso S,Amundsen G,Anastopoulos C,Ancu LS,Andari N,Andeen T,Anders CF,Anders JK,Anderson KJ,Andreazza A,Andrei V,Angelidakis S,Angelozzi I,Angerami A,Anghinolfi F,Anisenkov AV,Anjos N,Annovi A,Antel C,Antonelli M,Antonov A,Antrim DJ,Anulli F,Aoki M,Bella LA,Arabidze G,Arai Y,Araque JP,Arce ATH,Arduh FA,Arguin JF,Argyropoulos S,Arik M,Armbruster AJ,Armitage LJ,Arnaez O,Arnold H,Arratia M,Arslan O,Artamonov A,Artoni G,Artz S,Asai S,Asbah N,Ashkenazi A,Åsman B,Asquith L,Assamagan K,Astalos R,Atkinson M,Atlay NB,Augsten K,Avolio G,Axen B,Ayoub MK,Azuelos G,Baak MA,Baas AE,Baca MJ,Bachacou H,Bachas K,Backes M,Backhaus M,Bagiacchi P,Bagnaia P,Bai Y,Baines JT,Bajic M,Baker OK,Baldin EM,Balek P,Balestri T,Balli F,Balunas WK,Banas E,Banerjee S,Bannoura AAE,Barak L,Barberio EL,Barberis D,Barbero M,Barillari T,Barisits MS,Barklow T,Barlow N,Barnes SL,Barnett BM,Barnett RM,Barnovska-Blenessy Z,Baroncelli A,Barone G,Barr AJ,Navarro LB,Barreiro F,da Costa JBG,Bartoldus R,Barton AE,Bartos P,Basalaev A,Bassalat A,Bates RL,Batista SJ,Batley JR,Battaglia M,Bauce M,Bauer F,Bawa HS,Beacham JB,Beattie MD,Beau T,Beauchemin PH,Bechtle P,Beck HP,Becker K,Becker M,Beckingham M,Becot C,Beddall AJ,Beddall A,Bednyakov VA,Bedognetti M,Bee CP,Beemster LJ,Beermann TA,Begel M,Behr JK,Bell AS,Bella G,Bellagamba L,Bellerive A,Bellomo M,Belotskiy K,Beltramello O,Belyaev NL,Benary O,Benchekroun D,Bender M,Bendtz K,Benekos N,Benhammou Y,Noccioli EB,Benitez J,Benjamin DP,Bensinger JR,Bentvelsen S,Beresford L,Beretta M,Berge D,Kuutmann EB,Berger N,Beringer J,Berlendis S,Bernard NR,Bernius C,Bernlochner FU,Berry T,Berta P,Bertella C,Bertoli G,Bertolucci F,Bertram IA,Bertsche C,Bertsche D,Besjes GJ,Bylund OB,Bessner M,Besson N,Betancourt C,Bethani A,Bethke S,Bevan AJ,Bianchi RM,Bianco M,Biebel O,Biedermann D,Bielski R,Biesuz NV,Biglietti M,De Mendizabal JB,Billoud TRV,Bilokon H,Bindi M,Bingul A,Bini C,Biondi S,Bisanz T,Bjergaard DM,Black CW,Black JE,Black KM,Blackburn D,Blair RE,Blazek T,Bloch I,Blocker C,Blue A,Blum W,Blumenschein U,Blunier S,Bobbink GJ,Bobrovnikov VS,Bocchetta SS,Bocci A,Bock C,Boehler M,Boerner D,Bogaerts JA,Bogavac D,Bogdanchikov AG,Bohm C,Boisvert V,Bokan P,Bold T,Boldyrev AS,Bomben M,Bona M,Boonekamp M,Borisov A,Borissov G,Bortfeldt J,Bortoletto D,Bortolotto V,Bos K,Boscherini D,Bosman M,Sola JDB,Boudreau J,Bouffard J,Bouhova-Thacker EV,Boumediene D,Bourdarios C,Boutle SK,Boveia A,Boyd J,Boyko IR,Bracinik J,Brandt A,Brandt G,Brandt O,Bratzler U,Brau B,Brau JE,Madden WDB,Brendlinger K,Brennan AJ,Brenner L,Brenner R,Bressler S,Bristow TM,Britton D,Britzger D,Brochu FM,Brock I,Brock R,Brooijmans G,Brooks T,Brooks WK,Brosamer J,Brost E,Broughton JH,de Renstrom PAB,Bruncko D,Bruneliere R,Bruni A,Bruni G,Bruni LS,Brunt BH,Bruschi M,Bruscino N,Bryant P,Bryngemark L,Buanes T,Buat Q,Buchholz P,Buckley AG,Budagov IA,Buehrer F,Bugge MK,Bulekov O,Bullock D,Burckhart H,Burdin S,Burgard CD,Burger AM,Burghgrave B,Burka K,Burke S,Burmeister I,Burr JTP,Busato E,Büscher D,Büscher V,Bussey P,Butler JM,Buttar CM,Butterworth JM,Butti P,Buttinger W,Buzatu A,Buzykaev AR,Urbán SC,Caforio D,Cairo VM,Cakir O,Calace N,Calafiura P,Calandri A,Calderini G,Calfayan P,Callea G,Caloba LP,Lopez SC,Calvet D,Calvet S,Calvet TP,Toro RC,Camarda S,Camarri P,Cameron D,Armadans RC,Camincher C,Campana S,Campanelli M,Camplani A,Campoverde A,Canale V,Canepa A,Bret MC,Cantero J,Cao T,Garrido MDMC,Caprini I,Caprini M,Capua M,Carbone RM,Cardarelli R,Cardillo F,Carli I,Carli T,Carlino G,Carlson BT,Carminati L,Carney RMD,Caron S,Carquin E,Carrillo-Montoya GD,Carter JR,Carvalho J,Casadei D,Casado MP,Casolino M,Casper DW,Castaneda-Miranda E,Castelijn R,Castelli A,Gimenez VC,Castro NF,Catinaccio A,Catmore JR,Cattai A,Caudron J,Cavaliere V,Cavallaro E,Cavalli D,Cavalli-Sforza M,Cavasinni V,Ceradini F,Alberich LC,Cerqueira AS,Cerri A,Cerrito L,Cerutti F,Cervelli A,Cetin SA,Chafaq A,Chakraborty D,Chan SK,Chan YL,Chang P,Chapman JD,Charlton DG,Chatterjee A,Chau CC,Barajas CAC,Che S,Cheatham S,Chegwidden A,Chekanov S,Chekulaev SV,Chelkov GA,Chelstowska MA,Chen C,Chen H,Chen S,Chen S,Chen X,Chen Y,Cheng HC,Cheng HJ,Cheng Y,Cheplakov A,Cheremushkina E,Moursli RCE,Chernyatin V,Cheu E,Chevalier L,Chiarella V,Chiarelli G,Chiodini G,Chisholm AS,Chitan A,Chizhov MV,Choi K,Chomont AR,Chouridou S,Chow BKB,Christodoulou V,Chromek-Burckhart D,Chudoba J,Chuinard AJ,Chwastowski JJ,Chytka L,Ciapetti G,Ciftci AK,Cinca D,Cindro V,Cioara IA,Ciocca C,Ciocio A,Cirotto F,Citron ZH,Citterio M,Ciubancan M,Clark A,Clark BL,Clark MR,Clark PJ,Clarke RN,Clement C,Coadou Y,Cobal M,Coccaro A,Cochran J,Colasurdo L,Cole B,Colijn AP,Collot J,Colombo T,Muiño PC,Coniavitis E,Connell SH,Connelly IA,Consorti V,Constantinescu S,Conti G,Conventi F,Cooke M,Cooper BD,Cooper-Sarkar AM,Cormier F,Cormier KJR,Cornelissen T,Corradi M,Corriveau F,Cortes-Gonzalez A,Cortiana G,Costa G,Costa MJ,Costanzo D,Cottin G,Cowan G,Cox BE,Cranmer K,Crawley SJ,Cree G,Crépé-Renaudin S,Crescioli F,Cribbs WA,Ortuzar MC,Cristinziani M,Croft V,Crosetti G,Cueto A,Donszelmann TC,Cummings J,Curatolo M,Cúth J,Czirr H,Czodrowski P,D'amen G,D'Auria S,D'Onofrio M,De Sousa MJDCS,Via CD,Dabrowski W,Dado T,Dai T,Dale O,Dallaire F,Dallapiccola C,Dam M,Dandoy JR,Dang NP,Daniells AC,Dann NS,Danninger M,Hoffmann MD,Dao V,Darbo G,Darmora S,Dassoulas J,Dattagupta A,Davey W,David C,Davidek T,Davies M,Davison P,Dawe E,Dawson I,De K,de Asmundis R,De Benedetti A,De Castro S,De Cecco S,De Groot N,de Jong P,De la Torre H,De Lorenzi F,De Maria A,De Pedis D,De Salvo A,De Sanctis U,De Santo A,De Regie JBV,Dearnaley WJ,Debbe R,Debenedetti C,Dedovich DV,Dehghanian N,Deigaard I,Del Gaudio M,Del Peso J,Del Prete T,Delgove D,Deliot F,Delitzsch CM,Dell'Acqua A,Dell'Asta L,Dell'Orso M,Della Pietra M,Della Volpe D,Delmastro M,Delsart PA,DeMarco DA,Demers S,Demichev M,Demilly A,Denisov SP,Denysiuk D,Derendarz D,Derkaoui JE,Derue F,Dervan P,Desch K,Deterre C,Dette K,Deviveiros PO,Dewhurst A,Dhaliwal S,Di Ciaccio A,Di Ciaccio L,Di Clemente WK,Di Donato C,Di Girolamo A,Di Girolamo B,Di Micco B,Di Nardo R,Di Petrillo KF,Di Simone A,Di Sipio R,Di Valentino D,Diaconu C,Diamond M,Dias FA,Diaz MA,Diehl EB,Dietrich J,Cornell SD,Dimitrievska A,Dingfelder J,Dita P,Dita S,Dittus F,Djama F,Djobava T,Djuvsland JI,do Vale MAB,Dobos D,Dobre M,Doglioni C,Dolejsi J,Dolezal Z,Donadelli M,Donati S,Dondero P,Donini J,Dopke J,Doria A,Dova MT,Doyle AT,Drechsler E,Dris M,Du Y,Duarte-Campderros J,Duchovni E,Duckeck G,Ducu OA,Duda D,Dudarev A,Dudder AC,Duffield EM,Duflot L,Dührssen M,Dumancic M,Duncan AK,Dunford M,Yildiz HD,Düren M,Durglishvili A,Duschinger D,Dutta B,Dyndal M,Eckardt C,Ecker KM,Edgar RC,Edwards NC,Eifert T,Eigen G,Einsweiler K,Ekelof T,Kacimi ME,Ellajosyula V,Ellert M,Elles S,Ellinghaus F,Elliot AA,Ellis N,Elmsheuser J,Elsing M,Emeliyanov D,Enari Y,Endner OC,Ennis JS,Erdmann J,Ereditato A,Ernis G,Ernst J,Ernst M,Errede S,Ertel E,Escalier M,Esch H,Escobar C,Esposito B,Etienvre AI,Etzion E,Evans H,Ezhilov A,Ezzi M,Fabbri F,Fabbri L,Facini G,Fakhrutdinov RM,Falciano S,Falla RJ,Faltova J,Fang Y,Fanti M,Farbin A,Farilla A,Farina C,Farina EM,Farooque T,Farrell S,Farrington SM,Farthouat P,Fassi F,Fassnacht P,Fassouliotis D,Giannelli MF,Favareto A,Fawcett WJ,Fayard L,Fedin OL,Fedorko W,Feigl S,Feligioni L,Feng C,Feng EJ,Feng H,Fenyuk AB,Feremenga L,Martinez PF,Perez SF,Ferrando J,Ferrari A,Ferrari P,Ferrari R,de Lima DEF,Ferrer A,Ferrere D,Ferretti C,Fiedler F,Filipcic A,Filipuzzi M,Filthaut F,Fincke-Keeler M,Finelli KD,Fiolhais MCN,Fiorini L,Fischer A,Fischer C,Fischer J,Fisher WC,Flaschel N,Fleck I,Fleischmann P,Fletcher GT,Fletcher RRM,Flick T,Flierl BM,Castillo LRF,Flowerdew MJ,Forcolin GT,Formica A,Forti A,Foster AG,Fournier D,Fox H,Fracchia S,Francavilla P,Franchini M,Francis D,Franconi L,Franklin M,Frate M,Fraternali M,Freeborn D,Fressard-Batraneanu SM,Friedrich F,Froidevaux D,Frost JA,Fukunaga C,Torregrosa EF,Fusayasu T,Fuster J,Gabaldon C,Gabizon O,Gabrielli A,Gabrielli A,Gach GP,Gadatsch S,Gagliardi G,Gagnon LG,Gagnon P,Galea C,Galhardo B,Gallas EJ,Gallop BJ,Gallus P,Galster G,Gan KK,Ganguly S,Gao J,Gao Y,Gao YS,Walls FMG,García C,Navarro JEG,Garcia-Sciveres M,Gardner RW,Garelli N,Garonne V,Bravo AG,Gasnikova K,Gatti C,Gaudiello A,Gaudio G,Gauthier L,Gavrilenko IL,Gay C,Gaycken G,Gazis EN,Gecse Z,Gee CNP,Geich-Gimbel C,Geisen M,Geisler MP,Gellerstedt K,Gemme C,Genest MH,Geng C,Gentile S,Gentsos C,George S,Gerbaudo D,Gershon A,Ghasemi S,Ghneimat M,Giacobbe B,Giagu S,Giannetti P,Gibson SM,Gignac M,Gilchriese M,Gillam TPS,Gillberg D,Gilles G,Gingrich DM,Giokaris N,Giordani MP,Giorgi FM,Giraud PF,Giromini P,Giugni D,Giuli F,Giuliani C,Giulini M,Gjelsten BK,Gkaitatzis S,Gkialas I,Gkougkousis EL,Gladilin LK,Glasman C,Glatzer J,Glaysher PCF,Glazov A,Goblirsch-Kolb M,Godlewski J,Goldfarb S,Golling T,Golubkov D,Gomes A,Gonçalo R,Costa JGPFD,Gonella G,Gonella L,Gongadze A,de la Hoz SG,Gonzalez-Sevilla S,Goossens L,Gorbounov PA,Gordon HA,Gorelov I,Gorini B,Gorini E,Gorišek A,Goshaw AT,Gössling C,Gostkin MI,Goudet CR,Goujdami D,Goussiou AG,Govender N,Gozani E,Graber L,Grabowska-Bold I,Gradin POJ,Grafström P,Gramling J,Gramstad E,Grancagnolo S,Gratchev V,Gravila PM,Gray HM,Graziani E,Greenwood ZD,Grefe C,Gregersen K,Gregor IM,Grenier P,Grevtsov K,Griffiths J,Grillo AA,Grimm K,Grinstein S,Gris P,Grivaz JF,Groh S,Gross E,Grosse-Knetter J,Grossi GC,Grout ZJ,Guan L,Guan W,Guenther J,Guescini F,Guest D,Gueta O,Gui B,Guido E,Guillemin T,Guindon S,Gul U,Gumpert C,Guo J,Guo W,Guo Y,Gupta R,Gupta S,Gustavino G,Gutierrez P,Ortiz NGG,Gutschow C,Guyot C,Gwenlan C,Gwilliam CB,Haas A,Haber C,Hadavand HK,Haddad N,Hadef A,Hageböck S,Hagihara M,Hakobyan H,Haleem M,Haley J,Halladjian G,Hallewell GD,Hamacher K,Hamal P,Hamano K,Hamilton A,Hamity GN,Hamnett PG,Han L,Han S,Hanagaki K,Hanawa K,Hance M,Haney B,Hanke P,Hanna R,Hansen JB,Hansen JD,Hansen MC,Hansen PH,Hara K,Hard AS,Harenberg T,Hariri F,Harkusha S,Harrington RD,Harrison PF,Hartjes F,Hartmann NM,Hasegawa M,Hasegawa Y,Hasib A,Hassani S,Haug S,Hauser R,Hauswald L,Havranek M,Hawkes CM,Hawkings RJ,Hayakawa D,Hayden D,Hays CP,Hays JM,Hayward HS,Haywood SJ,Head SJ,Heck T,Hedberg V,Heelan L,Heim S,Heim T,Heinemann B,Heinrich JJ,Heinrich L,Heinz C,Hejbal J,Helary L,Hellman S,Helsens C,Henderson J,Henderson RCW,Heng Y,Henkelmann S,Correia AMH,Henrot-Versille S,Herbert GH,Herde H,Herget V,Jiménez YH,Herten G,Hertenberger R,Hervas L,Hesketh GG,Hessey NP,Hetherly JW,Higón-Rodriguez E,Hill E,Hill JC,Hiller KH,Hillier SJ,Hinchliffe I,Hines E,Hirose M,Hirschbuehl D,Hladik O,Hoad X,Hobbs J,Hod N,Hodgkinson MC,Hodgson P,Hoecker A,Hoeferkamp MR,Hoenig F,Hohn D,Holmes TR,Homann M,Honda S,Honda T,Hong TM,Hooberman BH,Hopkins WH,Horii Y,Horton AJ,Hostachy JY,Hou S,Hoummada A,Howarth J,Hoya J,Hrabovsky M,Hristova I,Hrivnac J,Hryn'ova T,Hrynevich A,Hsu PJ,Hsu SC,Hu Q,Hu S,Huang Y,Hubacek Z,Hubaut F,Huegging F,Huffman TB,Hughes EW,Hughes G,Huhtinen M,Huo P,Huseynov N,Huston J,Huth J,Iacobucci G,Iakovidis G,Ibragimov I,Iconomidou-Fayard L,Ideal E,Idrissi Z,Iengo P,Igonkina O,Iizawa T,Ikegami Y,Ikeno M,Ilchenko Y,Iliadis D,Ilic N,Introzzi G,Ioannou P,Iodice M,Iordanidou K,Ippolito V,Ishijima N,Ishino M,Ishitsuka M,Issever C,Istin S,Ito F,Ponce JMI,Iuppa R,Iwasaki H,Izen JM,Izzo V,Jabbar S,Jackson B,Jackson P,Jain V,Jakobi KB,Jakobs K,Jakobsen S,Jakoubek T,Jamin DO,Jana DK,Jansky R,Janssen J,Janus M,Janus PA,Jarlskog G,Javadov N,Javurek T,Jeanneau F,Jeanty L,Jejelava J,Jeng GY,Jenni P,Jeske C,Jézéquel S,Ji H,Jia J,Jiang H,Jiang Y,Jiang Z,Jiggins S,Pena JJ,Jin S,Jinaru A,Jinnouchi O,Jivan H,Johansson P,Johns KA,Johnson CA,Johnson WJ,Jon-And K,Jones G,Jones RWL,Jones S,Jones TJ,Jongmanns J,Jorge PM,Jovicevic J,Ju X,Rozas AJ,Köhler MK,Kaczmarska A,Kado M,Kagan H,Kagan M,Kahn SJ,Kaji T,Kajomovitz E,Kalderon CW,Kaluza A,Kama S,Kamenshchikov A,Kanaya N,Kaneti S,Kanjir L,Kantserov VA,Kanzaki J,Kaplan B,Kaplan LS,Kapliy A,Kar D,Karakostas K,Karamaoun A,Karastathis N,Kareem MJ,Karentzos E,Karnevskiy M,Karpov SN,Karpova ZM,Karthik K,Kartvelishvili V,Karyukhin AN,Kasahara K,Kashif L,Kass RD,Kastanas A,Kataoka Y,Kato C,Katre A,Katzy J,Kawade K,Kawagoe K,Kawamoto T,Kawamura G,Kazanin VF,Keeler R,Kehoe R,Keller JS,Kempster JJ,Keoshkerian H,Kepka O,Kerševan BP,Kersten S,Keyes RA,Khader M,Khalil-Zada F,Khanov A,Kharlamov AG,Kharlamova T,Khoo TJ,Khovanskiy V,Khramov E,Khubua J,Kido S,Kilby CR,Kim HY,Kim SH,Kim YK,Kimura N,Kind OM,King BT,King M,Kirk J,Kiryunin AE,Kishimoto T,Kisielewska D,Kiss F,Kiuchi K,Kivernyk O,Kladiva E,Klapdor-Kleingrothaus T,Klein MH,Klein M,Klein U,Kleinknecht K,Klimek P,Klimentov A,Klingenberg R,Klioutchnikova T,Kluge EE,Kluit P,Kluth S,Knapik J,Kneringer E,Knoops EBFG,Knue A,Kobayashi A,Kobayashi D,Kobayashi T,Kobel M,Kocian M,Kodys P,Koffas T,Koffeman E,Köhler NM,Koi T,Kolanoski H,Kolb M,Koletsou I,Komar AA,Komori Y,Kondo T,Kondrashova N,Köneke K,König AC,Kono T,Konoplich R,Konstantinidis N,Kopeliansky R,Koperny S,Kopp AK,Korcyl K,Kordas K,Korn A,Korol AA,Korolkov I,Korolkova EV,Kortner O,Kortner S,Kosek T,Kostyukhin VV,Kotwal A,Koulouris A,Kourkoumeli-Charalampidi A,Kourkoumelis C,Kouskoura V,Kowalewska AB,Kowalewski R,Kowalski TZ,Kozakai C,Kozanecki W,Kozhin AS,Kramarenko VA,Kramberger G,Krasnopevtsev D,Krasny MW,Krasznahorkay A,Kravchenko A,Kretz M,Kretzschmar J,Kreutzfeldt K,Krieger P,Krizka K,Kroeninger K,Kroha H,Kroll J,Kroseberg J,Krstic J,Kruchonak U,Krüger H,Krumnack N,Kruse MC,Kruskal M,Kubota T,Kucuk H,Kuday S,Kuechler JT,Kuehn S,Kugel A,Kuger F,Kuhl T,Kukhtin V,Kukla R,Kulchitsky Y,Kuleshov S,Kuna M,Kunigo T,Kupco A,Kuprash O,Kurashige H,Kurchaninov LL,Kurochkin YA,Kurth MG,Kus V,Kuwertz ES,Kuze M,Kvita J,Kwan T,Kyriazopoulos D,Rosa A,Navarro JLR,Rotonda L,Lacasta C,Lacava F,Lacey J,Lacker H,Lacour D,Ladygin E,Lafaye R,Laforge B,Lagouri T,Lai S,Lammers S,Lampl W,Lançon E,Landgraf U,Landon MPJ,Lanfermann MC,Lang VS,Lange JC,Lankford AJ,Lanni F,Lantzsch K,Lanza A,Laplace S,Lapoire C,Laporte JF,Lari T,Manghi FL,Lassnig M,Laurelli P,Lavrijsen W,Law AT,Laycock P,Lazovich T,Lazzaroni M,Le B,Dortz OL,Guirriec EL,Quilleuc EPL,LeBlanc M,LeCompte T,Ledroit-Guillon F,Lee CA,Lee SC,Lee L,Lefebvre B,Lefebvre G,Lefebvre M,Legger F,Leggett C,Lehan A,Miotto GL,Lei X,Leight WA,Leister AG,Leite MAL,Leitner R,Lellouch D,Lemmer B,Leney KJC,Lenz T,Lenzi B,Leone R,Leone S,Leonidopoulos C,Leontsinis 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Fiducial, total and differential cross-section measurements of t-channel single top-quark production in pp collisions at 8 TeV using data collected by the ATLAS detector.
Eur Phys J C Part Fields. 2017;77(8):531
Detailed measurements of t-channel single top-quark production are presented. They use 20.2 fb[Formula: see text] of data collected by the ATLAS experiment in proton-proton collisions at a centre-of-mass energy of 8 TeV at the LHC. Total, fiducial and differential cross-sections are measured for both top-quark and top-antiquark production. The fiducial cross-section is measured with a precision of 5.8% (top quark) and 7.8% (top antiquark), respectively. The total cross-sections are measured to be [Formula: see text] for top-quark production and [Formula: see text] for top-antiquark production, in agreement with the Standard Model prediction. In addition, the ratio of top-quark to top-antiquark production cross-sections is determined to be [Formula: see text]. The differential cross-sections as a function of the transverse momentum and rapidity of both the top quark and the top antiquark are measured at both the parton and particle levels. The transverse momentum and rapidity differential cross-sections of the accompanying jet from the t-channel scattering are measured at particle level. All measurements are compared to various Monte Carlo predictions as well as to fixed-order QCD calculations where available.
PMID: 28943801

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Topological cell clustering in the ATLAS calorimeters and its performance in LHC Run 1.
Eur Phys J C Part Fields. 2017;77(7):490
The reconstruction of the signal from hadrons and jets emerging from the proton-proton collisions at the Large Hadron Collider (LHC) and entering the ATLAS calorimeters is based on a three-dimensional topological clustering of individual calorimeter cell signals. The cluster formation follows cell signal-significance patterns generated by electromagnetic and hadronic showers. In this, the clustering algorithm implicitly performs a topological noise suppression by removing cells with insignificant signals which are not in close proximity to cells with significant signals. The resulting topological cell clusters have shape and location information, which is exploited to apply a local energy calibration and corrections depending on the nature of the cluster. Topological cell clustering is established as a well-performing calorimeter signal definition for jet and missing transverse momentum reconstruction in ATLAS.
PMID: 28943797

Aaboud M,Aad G,Abbott B,Abdallah J,Abdinov O,Abeloos B,Abidi SH,AbouZeid OS,Abraham NL,Abramowicz H,Abreu H,Abreu R,Abulaiti Y,Acharya BS,Adachi S,Adamczyk L,Adams DL,Adelman J,Adersberger M,Adye T,Affolder AA,Agatonovic-Jovin T,Agheorghiesei C,Aguilar-Saavedra JA,Ahlen SP,Ahmadov F,Aielli G,Akatsuka S,Akerstedt H,Åkesson TPA,Akimov AV,Alberghi GL,Albert J,Alconada Verzini MJ,Aleksa M,Aleksandrov IN,Alexa C,Alexander G,Alexopoulos T,Alhroob M,Ali B,Aliev M,Alimonti G,Alison J,Alkire SP,Allbrooke BMM,Allen BW,Allport PP,Aloisio A,Alonso A,Alonso F,Alpigiani C,Alshehri AA,Alstaty M,Alvarez Gonzalez B,Piqueras DÁ,Alviggi MG,Amadio BT,Amaral Coutinho Y,Amelung C,Amidei D,Santos SPAD,Amorim A,Amoroso S,Amundsen G,Anastopoulos C,Ancu LS,Andari N,Andeen T,Anders CF,Anders JK,Anderson KJ,Andreazza A,Andrei V,Angelidakis S,Angelozzi I,Angerami A,Anghinolfi F,Anisenkov AV,Anjos N,Annovi A,Antel C,Antonelli M,Antonov A,Antrim DJ,Anulli F,Aoki M,Aperio Bella L,Arabidze G,Arai Y,Araque JP,Araujo 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L,Chiarella V,Chiarelli G,Chiodini G,Chisholm AS,Chitan A,Chiu YH,Chizhov MV,Choi K,Chomont AR,Chouridou S,Chow BKB,Christodoulou V,Chromek-Burckhart D,Chu MC,Chudoba J,Chuinard AJ,Chwastowski JJ,Chytka L,Ciftci AK,Cinca D,Cindro V,Cioara IA,Ciocca C,Ciocio A,Cirotto F,Citron ZH,Citterio M,Ciubancan M,Clark A,Clark BL,Clark MR,Clark PJ,Clarke RN,Clement C,Coadou Y,Cobal M,Coccaro A,Cochran J,Colasurdo L,Cole B,Colijn AP,Collot J,Colombo T,Conde Muiño P,Coniavitis E,Connell SH,Connelly IA,Consorti V,Constantinescu S,Conti G,Conventi F,Cooke M,Cooper BD,Cooper-Sarkar AM,Cormier F,Cormier KJR,Cornelissen T,Corradi M,Corriveau F,Cortes-Gonzalez A,Cortiana G,Costa G,Costa MJ,Costanzo D,Cottin G,Cowan G,Cox BE,Cranmer K,Crawley SJ,Creager RA,Cree G,Crépé-Renaudin S,Crescioli F,Cribbs WA,Ortuzar MC,Cristinziani M,Croft V,Crosetti G,Cueto A,Cuhadar Donszelmann T,Cummings J,Curatolo M,Cúth J,Czirr H,Czodrowski P,D'amen G,D'Auria S,D'Onofrio M,De Sousa MJDCS,Via CD,Dabrowski W,Dado T,Dai T,Dale 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EB,Dietrich J,Cornell SD,Dimitrievska A,Dingfelder J,Dita P,Dita S,Dittus F,Djama F,Djobava T,Djuvsland JI,do Vale MAB,Dobos D,Dobre M,Doglioni C,Dolejsi J,Dolezal Z,Donadelli M,Donati S,Dondero P,Donini J,Dopke J,Doria A,Dova MT,Doyle AT,Drechsler E,Dris M,Du Y,Duarte-Campderros J,Duchovni E,Duckeck G,Ducu OA,Duda D,Dudarev A,Dudder AC,Duffield EM,Duflot L,Dührssen M,Dumancic M,Dumitriu AE,Duncan AK,Dunford M,Yildiz HD,Düren M,Durglishvili A,Duschinger D,Dutta B,Dyndal M,Eckardt C,Ecker KM,Edgar RC,Eifert T,Eigen G,Einsweiler K,Ekelof T,El Kacimi M,Ellajosyula V,Ellert M,Elles S,Ellinghaus F,Elliot AA,Ellis N,Elmsheuser J,Elsing M,Emeliyanov D,Enari Y,Endner OC,Ennis JS,Erdmann J,Ereditato A,Ernis G,Ernst M,Errede S,Ertel E,Escalier M,Esch H,Escobar C,Esposito B,Etienvre AI,Etzion E,Evans H,Ezhilov A,Fabbri F,Fabbri L,Facini G,Fakhrutdinov RM,Falciano S,Falla RJ,Faltova J,Fang Y,Fanti M,Farbin A,Farilla A,Farina C,Farina EM,Farooque T,Farrell S,Farrington SM,Farthouat P,Fassi F,Fassnacht P,Fassouliotis D,Giannelli MF,Favareto A,Fawcett WJ,Fayard L,Fedin OL,Fedorko W,Feigl S,Feligioni L,Feng C,Feng EJ,Feng H,Fenyuk AB,Feremenga L,Ernandez Martinez P,Fernandez Perez S,Ferrando J,Ferrari A,Ferrari P,Ferrari R,de Lima DEF,Ferrer A,Ferrere D,Ferretti C,Fiedler F,Filipcic A,Filipuzzi M,Filthaut F,Fincke-Keeler M,Finelli KD,Fiolhais MCN,Fiorini L,Fischer A,Fischer C,Fischer J,Fisher WC,Flaschel N,Fleck I,Fleischmann P,Fletcher RRM,Flick T,Flierl BM,Flores Castillo LR,Flowerdew MJ,Forcolin GT,Formica A,Forti A,Foster AG,Fournier D,Fox H,Fracchia S,Francavilla P,Franchini M,Francis D,Franconi L,Franklin M,Frate M,Fraternali M,Freeborn D,Fressard-Batraneanu SM,Freund B,Froidevaux D,Frost JA,Fukunaga C,Fullana Torregrosa E,Fusayasu T,Fuster J,Gabaldon C,Gabizon O,Gabrielli A,Gabrielli A,Gach GP,Gadatsch S,Gadomski S,Gagliardi G,Gagnon LG,Gagnon P,Galea C,Galhardo B,Gallas EJ,Gallop BJ,Gallus P,Galster G,Gan KK,Ganguly S,Gao J,Gao Y,Gao YS,Garay Walls FM,García C,García Navarro JE,Garcia-Sciveres M,Gardner RW,Garelli N,Garonne V,Gascon Bravo A,Gasnikova K,Gatti C,Gaudiello A,Gaudio G,Gavrilenko IL,Gay C,Gaycken G,Gazis EN,Gee CNP,Geisen M,Geisler MP,Gellerstedt K,Gemme C,Genest MH,Geng C,Gentile S,Gentsos C,George S,Gerbaudo D,Gershon A,Ghasemi S,Ghneimat M,Giacobbe B,Giagu S,Giannetti P,Gibson SM,Gignac M,Gilchriese M,Gillberg D,Gilles G,Gingrich DM,Giokaris N,Giordani MP,Giorgi FM,Giraud PF,Giromini P,Giugni D,Giuli F,Giuliani C,Giulini M,Gjelsten BK,Gkaitatzis S,Gkialas I,Gkougkousis EL,Gladilin LK,Glasman C,Glatzer J,Glaysher PCF,Glazov A,Goblirsch-Kolb M,Godlewski J,Goldfarb S,Golling T,Golubkov D,Gomes A,Gonçalo R,Gama RG,Costa JGPFD,Gonella G,Gonella L,Gongadze A,de la Hoz SG,Gonzalez-Sevilla S,Goossens L,Gorbounov PA,Gordon HA,Gorelov I,Gorini B,Gorini E,Gorišek A,Goshaw AT,Gössling C,Gostkin MI,Goudet CR,Goujdami D,Goussiou AG,Govender N,Gozani E,Graber L,Grabowska-Bold I,Gradin POJ,Gramling J,Gramstad E,Grancagnolo S,Gratchev V,Gravila PM,Gray HM,Greenwood ZD,Grefe C,Gregersen K,Gregor IM,Grenier P,Grevtsov K,Griffiths J,Grillo AA,Grimm K,Grinstein S,Gris P,Grivaz JF,Groh S,Gross E,Grosse-Knetter J,Grossi GC,Grout ZJ,Guan L,Guan W,Guenther J,Guescini F,Guest D,Gueta O,Gui B,Guido E,Guillemin T,Guindon S,Gul U,Gumpert C,Guo J,Guo W,Guo Y,Gupta R,Gupta S,Gustavino G,Gutierrez P,Gutierrez Ortiz NG,Gutschow C,Guyot C,Guzik MP,Gwenlan C,Gwilliam CB,Haas A,Haber C,Hadavand HK,Hadef A,Hageböck S,Hagihara M,Hakobyan H,Haleem M,Haley J,Halladjian G,Hallewell GD,Hamacher K,Hamal P,Hamano K,Hamilton A,Hamity GN,Hamnett PG,Han L,Han S,Hanagaki K,Hanawa K,Hance M,Haney B,Hanke P,Hanna R,Hansen JB,Hansen JD,Hansen MC,Hansen PH,Hara K,Hard AS,Harenberg T,Hariri F,Harkusha S,Harrington RD,Harrison PF,Hartjes F,Hartmann NM,Hasegawa M,Hasegawa Y,Hasib A,Hassani S,Haug S,Hauser R,Hauswald L,Havener LB,Havranek M,Hawkes CM,Hawkings RJ,Hayakawa D,Hayden D,Hays CP,Hays JM,Hayward HS,Haywood SJ,Head SJ,Heck T,Hedberg V,Heelan L,Heidegger KK,Heim S,Heim T,Heinemann B,Heinrich JJ,Heinrich L,Heinz C,Hejbal J,Helary L,Held A,Hellman S,Helsens C,Henderson J,Henderson RCW,Heng Y,Henkelmann S,Correia AMH,Henrot-Versille S,Herbert GH,Herde H,Herget V,Jiménez YH,Herten G,Hertenberger R,Hervas L,Herwig TC,Hesketh GG,Hessey NP,Hetherly JW,Higashino S,Higón-Rodriguez E,Hill E,Hill JC,Hiller KH,Hillier SJ,Hinchliffe I,Hirose M,Hirschbuehl D,Hiti B,Hladik O,Hoad X,Hobbs J,Hod N,Hodgkinson MC,Hodgson P,Hoecker A,Hoeferkamp MR,Hoenig F,Hohn D,Holmes TR,Homann M,Honda S,Honda T,Hong TM,Hooberman BH,Hopkins WH,Horii Y,Horton AJ,Hostachy JY,Hou S,Hoummada A,Howarth J,Hoya J,Hrabovsky M,Hristova I,Hrivnac J,Hryn'ova T,Hrynevich A,Hsu PJ,Hsu SC,Hu Q,Hu S,Huang Y,Hubacek Z,Hubaut F,Huegging F,Huffman TB,Hughes EW,Hughes G,Huhtinen M,Huo P,Huseynov N,Huston J,Huth J,Iacobucci G,Iakovidis G,Ibragimov I,Iconomidou-Fayard L,Iengo P,Igonkina O,Iizawa T,Ikegami Y,Ikeno M,Ilchenko Y,Iliadis D,Ilic N,Introzzi G,Ioannou P,Iodice 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R,Kowalski TZ,Kozakai C,Kozanecki W,Kozhin AS,Kramarenko VA,Kramberger G,Krasnopevtsev D,Krasny MW,Krasznahorkay A,Krauss D,Kravchenko A,Kremer JA,Kretz M,Kretzschmar J,Kreutzfeldt K,Krieger P,Krizka K,Kroeninger K,Kroha H,Kroll J,Kroseberg J,Krstic J,Kruchonak U,Krüger H,Krumnack N,Kruse MC,Kruskal M,Kubota T,Kucuk H,Kuday S,Kuechler JT,Kuehn S,Kugel A,Kuger F,Kuhl T,Kukhtin V,Kukla R,Kulchitsky Y,Kuleshov S,Kulinich YP,Kuna M,Kunigo T,Kupco A,Kuprash O,Kurashige H,Kurchaninov LL,Kurochkin YA,Kurth MG,Kus V,Kuwertz ES,Kuze M,Kvita J,Kwan T,Kyriazopoulos D,Rosa A,Navarro JLR,Rotonda L,Lacasta C,Lacava F,Lacey J,Lacker H,Lacour D,Ladygin E,Lafaye R,Laforge B,Lagouri T,Lai S,Lammers S,Lampl W,Lançon E,Landgraf U,Landon MPJ,Lanfermann MC,Lang VS,Lange JC,Lankford AJ,Lanni F,Lantzsch K,Lanza A,Lapertosa A,Laplace S,Laporte JF,Lari T,Lasagni Manghi F,Lassnig M,Laurelli P,Lavrijsen W,Law AT,Laycock P,Lazovich T,Lazzaroni M,Le B,Dortz OL,Guirriec EL,Quilleuc EPL,LeBlanc M,LeCompte 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Measurements of electroweak [Formula: see text] production and constraints on anomalous gauge couplings with the ATLAS detector.
Eur Phys J C Part Fields. 2017;77(7):474
Measurements of the electroweak production of a W boson in association with two jets at high dijet invariant mass are performed using [Formula: see text] 7 and 8 [Formula: see text] proton-proton collision data produced by the Large Hadron Collider, corresponding respectively to 4.7 and 20.2 fb[Formula: see text] of integrated luminosity collected by the ATLAS detector. The measurements are sensitive to the production of a W boson via a triple-gauge-boson vertex and include both the fiducial and differential cross sections of the electroweak process.
PMID: 28943794

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Jet reconstruction and performance using particle flow with the ATLAS Detector.
Eur Phys J C Part Fields. 2017;77(7):466
This paper describes the implementation and performance of a particle flow algorithm applied to 20.2 fb[Formula: see text] of ATLAS data from 8 TeV proton-proton collisions in Run 1 of the LHC. The algorithm removes calorimeter energy deposits due to charged hadrons from consideration during jet reconstruction, instead using measurements of their momenta from the inner tracker. This improves the accuracy of the charged-hadron measurement, while retaining the calorimeter measurements of neutral-particle energies. The paper places emphasis on how this is achieved, while minimising double-counting of charged-hadron signals between the inner tracker and calorimeter. The performance of particle flow jets, formed from the ensemble of signals from the calorimeter and the inner tracker, is compared to that of jets reconstructed from calorimeter energy deposits alone, demonstrating improvements in resolution and pile-up stability.
PMID: 28943792

Aaboud M,Aad G,Abbott B,Abdallah J,Abdinov O,Abeloos B,Aben R,AbouZeid OS,Abraham NL,Abramowicz H,Abreu H,Abreu R,Abulaiti Y,Acharya BS,Adamczyk L,Adams DL,Adelman J,Adomeit S,Adye T,Affolder AA,Agatonovic-Jovin T,Agricola J,Aguilar-Saavedra JA,Ahlen SP,Ahmadov F,Aielli G,Akerstedt H,Åkesson TPA,Akimov AV,Alberghi GL,Albert J,Albrand S,Verzini MJA,Aleksa M,Aleksandrov IN,Alexa C,Alexander G,Alexopoulos T,Alhroob M,Ali B,Aliev M,Alimonti G,Alison J,Alkire SP,Allbrooke BMM,Allen BW,Allport PP,Aloisio A,Alonso A,Alonso F,Alpigiani C,Alstaty M,Gonzalez BA,Piqueras DÁ,Alviggi MG,Amadio BT,Amako K,Coutinho YA,Amelung C,Amidei D,Santos SPAD,Amorim A,Amoroso S,Amundsen G,Anastopoulos C,Ancu LS,Andari N,Andeen T,Anders CF,Anders G,Anders JK,Anderson KJ,Andreazza A,Andrei V,Angelidakis S,Angelozzi I,Anger P,Angerami A,Anghinolfi F,Anisenkov AV,Anjos N,Annovi A,Antel C,Antonelli M,Antonov A,Anulli F,Aoki M,Bella LA,Arabidze G,Arai Y,Araque JP,Arce ATH,Arduh FA,Arguin JF,Argyropoulos S,Arik M,Armbruster AJ,Armitage LJ,Arnaez O,Arnold H,Arratia M,Arslan O,Artamonov A,Artoni G,Artz S,Asai S,Asbah N,Ashkenazi A,Åsman B,Asquith L,Assamagan K,Astalos R,Atkinson M,Atlay NB,Augsten K,Avolio G,Axen B,Ayoub MK,Azuelos G,Baak MA,Baas AE,Baca MJ,Bachacou H,Bachas K,Backes M,Backhaus M,Bagiacchi P,Bagnaia P,Bai Y,Baines JT,Baker OK,Baldin EM,Balek P,Balestri T,Balli F,Balunas WK,Banas E,Banerjee S,Bannoura AAE,Barak L,Barberio EL,Barberis D,Barbero M,Barillari T,Barisits MS,Barklow T,Barlow N,Barnes SL,Barnett BM,Barnett RM,Barnovska-Blenessy Z,Baroncelli A,Barone G,Barr AJ,Navarro LB,Barreiro F,da Costa JBG,Bartoldus R,Barton AE,Bartos P,Basalaev A,Bassalat A,Bates RL,Batista SJ,Batley JR,Battaglia M,Bauce M,Bauer F,Bawa HS,Beacham JB,Beattie MD,Beau T,Beauchemin PH,Bechtle P,Beck HP,Becker K,Becker M,Beckingham M,Becot C,Beddall AJ,Beddall A,Bednyakov VA,Bedognetti M,Bee CP,Beemster LJ,Beermann TA,Begel M,Behr JK,Belanger-Champagne C,Bell AS,Bella G,Bellagamba L,Bellerive A,Bellomo M,Belotskiy K,Beltramello O,Belyaev NL,Benary O,Benchekroun D,Bender M,Bendtz K,Benekos N,Benhammou Y,Noccioli EB,Benitez J,Benjamin DP,Bensinger JR,Bentvelsen S,Beresford L,Beretta M,Berge D,Kuutmann EB,Berger N,Beringer J,Berlendis S,Bernard NR,Bernius C,Bernlochner FU,Berry T,Berta P,Bertella C,Bertoli G,Bertolucci F,Bertram IA,Bertsche C,Bertsche D,Besjes GJ,Bylund OB,Bessner M,Besson N,Betancourt C,Bethke S,Bevan AJ,Bhimji W,Bianchi RM,Bianchini L,Bianco M,Biebel O,Biedermann D,Bielski R,Biesuz NV,Biglietti M,De Mendizabal JB,Bilokon H,Bindi M,Binet S,Bingul A,Bini C,Biondi S,Bjergaard DM,Black CW,Black JE,Black KM,Blackburn D,Blair RE,Blanchard JB,Blanco JE,Blazek T,Bloch I,Blocker C,Blum W,Blumenschein U,Blunier S,Bobbink GJ,Bobrovnikov VS,Bocchetta SS,Bocci A,Bock C,Boehler M,Boerner D,Bogaerts JA,Bogavac D,Bogdanchikov AG,Bohm C,Boisvert V,Bokan P,Bold T,Boldyrev AS,Bomben M,Bona M,Boonekamp M,Borisov A,Borissov G,Bortfeldt J,Bortoletto D,Bortolotto V,Boscherini D,Bosman M,Sola JDB,Boudreau J,Bouffard J,Bouhova-Thacker EV,Boumediene D,Bourdarios C,Boutle SK,Boveia A,Boyd J,Boyko IR,Bracinik J,Brandt A,Brandt G,Brandt O,Bratzler U,Brau B,Brau JE,Braun HM,Madden WDB,Brendlinger K,Brennan AJ,Brenner L,Brenner R,Bressler S,Bristow TM,Britton D,Britzger D,Brochu FM,Brock I,Brock R,Brooijmans G,Brooks T,Brooks WK,Brosamer J,Brost E,Broughton JH,de Renstrom PAB,Bruncko D,Bruneliere R,Bruni A,Bruni G,Bruni LS,Brunt BH,Bruschi M,Bruscino N,Bryant P,Bryngemark L,Buanes T,Buat Q,Buchholz P,Buckley AG,Budagov IA,Buehrer F,Bugge MK,Bulekov O,Bullock D,Burckhart H,Burdin S,Burgard CD,Burghgrave B,Burka K,Burke S,Burmeister I,Burr JTP,Busato E,Büscher D,Büscher V,Bussey P,Butler JM,Buttar CM,Butterworth JM,Butti P,Buttinger W,Buzatu A,Buzykaev AR,Urbán SC,Caforio D,Cairo VM,Cakir O,Calace N,Calafiura P,Calandri A,Calderini G,Calfayan P,Callea G,Caloba LP,Lopez SC,Calvet D,Calvet S,Calvet TP,Toro RC,Camarda S,Camarri P,Cameron D,Armadans RC,Camincher C,Campana S,Campanelli M,Camplani A,Campoverde A,Canale V,Canepa A,Bret MC,Cantero J,Cantrill R,Cao T,Garrido MDMC,Caprini I,Caprini M,Capua M,Caputo R,Carbone RM,Cardarelli R,Cardillo F,Carli I,Carli T,Carlino G,Carminati L,Caron S,Carquin E,Carrillo-Montoya GD,Carter JR,Carvalho J,Casadei D,Casado MP,Casolino M,Casper DW,Castaneda-Miranda E,Castelijn R,Castelli A,Gimenez VC,Castro NF,Catinaccio A,Catmore JR,Cattai A,Caudron J,Cavaliere V,Cavallaro E,Cavalli D,Cavalli-Sforza M,Cavasinni V,Ceradini F,Alberich LC,Cerio BC,Cerqueira AS,Cerri A,Cerrito L,Cerutti F,Cerv M,Cervelli A,Cetin SA,Chafaq A,Chakraborty D,Chan SK,Chan YL,Chang P,Chapman JD,Charlton DG,Chatterjee A,Chau CC,Barajas CAC,Che S,Cheatham S,Chegwidden A,Chekanov S,Chekulaev SV,Chelkov GA,Chelstowska MA,Chen C,Chen H,Chen K,Chen S,Chen S,Chen X,Chen Y,Cheng HC,Cheng HJ,Cheng Y,Cheplakov A,Cheremushkina E,Moursli RCE,Chernyatin V,Cheu E,Chevalier L,Chiarella V,Chiarelli G,Chiodini G,Chisholm AS,Chitan A,Chizhov MV,Choi K,Chomont AR,Chouridou S,Chow BKB,Christodoulou V,Chromek-Burckhart D,Chudoba J,Chuinard AJ,Chwastowski JJ,Chytka L,Ciapetti G,Ciftci AK,Cinca D,Cindro V,Cioara IA,Ciocca C,Ciocio A,Cirotto F,Citron ZH,Citterio M,Ciubancan M,Clark A,Clark BL,Clark MR,Clark PJ,Clarke RN,Clement C,Coadou Y,Cobal M,Coccaro A,Cochran J,Coffey L,Colasurdo L,Cole B,Colijn AP,Collot J,Colombo T,Compostella G,Muiño PC,Coniavitis E,Connell SH,Connelly IA,Consorti V,Constantinescu S,Conti G,Conventi F,Cooke M,Cooper BD,Cooper-Sarkar AM,Cormier KJR,Cornelissen T,Corradi M,Corriveau F,Corso-Radu A,Cortes-Gonzalez A,Cortiana G,Costa G,Costa MJ,Costanzo D,Cottin G,Cowan G,Cox BE,Cranmer K,Crawley SJ,Cree G,Crépé-Renaudin S,Crescioli F,Cribbs WA,Ortuzar MC,Cristinziani M,Croft V,Crosetti G,Donszelmann TC,Cummings J,Curatolo M,Cúth J,Cuthbert C,Czirr H,Czodrowski P,D'amen G,D'Auria S,D'Onofrio M,De Sousa MJDCS,Via CD,Dabrowski W,Dado T,Dai T,Dale O,Dallaire F,Dallapiccola C,Dam M,Dandoy JR,Dang NP,Daniells AC,Dann NS,Danninger M,Hoffmann MD,Dao V,Darbo G,Darmora S,Dassoulas J,Dattagupta A,Davey W,David C,Davidek T,Davies M,Davison P,Dawe E,Dawson I,Daya-Ishmukhametova RK,De K,de Asmundis R,De Benedetti A,De Castro S,De Cecco S,De Groot N,de Jong P,De la Torre H,De Lorenzi F,De Maria A,De Pedis D,De Salvo A,De Sanctis U,De Santo A,De Regie JBV,Dearnaley WJ,Debbe R,Debenedetti C,Dedovich DV,Dehghanian N,Deigaard I,Del Gaudio M,Del Peso J,Del Prete T,Delgove D,Deliot F,Delitzsch CM,Deliyergiyev M,Dell'Acqua A,Dell'Asta L,Dell'Orso M,Della Pietra M,Della Volpe D,Delmastro M,Delsart PA,DeMarco DA,Demers S,Demichev M,Demilly A,Denisov SP,Denysiuk D,Derendarz D,Derkaoui JE,Derue F,Dervan P,Desch K,Deterre C,Dette K,Deviveiros PO,Dewhurst A,Dhaliwal S,Di Ciaccio A,Di Ciaccio L,Di Clemente WK,Di Donato C,Di Girolamo A,Di Girolamo B,Di Micco B,Di Nardo R,Di Simone A,Di Sipio R,Di Valentino D,Diaconu C,Diamond M,Dias FA,Diaz MA,Diehl EB,Dietrich J,Diglio S,Dimitrievska A,Dingfelder J,Dita P,Dita S,Dittus F,Djama F,Djobava T,Djuvsland JI,do Vale MAB,Dobos D,Dobre M,Doglioni C,Dohmae T,Dolejsi J,Dolezal Z,Dolgoshein BA,Donadelli M,Donati S,Dondero P,Donini J,Dopke J,Doria A,Dova MT,Doyle AT,Drechsler E,Dris M,Du Y,Duarte-Campderros J,Duchovni E,Duckeck G,Ducu OA,Duda D,Dudarev A,Duffield EM,Duflot L,Duguid L,Dührssen M,Dumancic M,Dunford M,Yildiz HD,Düren M,Durglishvili A,Duschinger D,Dutta B,Dyndal M,Eckardt C,Ecker KM,Edgar RC,Edwards NC,Eifert T,Eigen G,Einsweiler K,Ekelof T,Kacimi ME,Ellajosyula V,Ellert M,Elles S,Ellinghaus F,Elliot AA,Ellis N,Elmsheuser J,Elsing M,Emeliyanov D,Enari Y,Endner OC,Endo M,Ennis JS,Erdmann J,Ereditato A,Ernis G,Ernst J,Ernst M,Errede S,Ertel E,Escalier M,Esch H,Escobar C,Esposito B,Etienvre AI,Etzion E,Evans H,Ezhilov A,Fabbri F,Fabbri L,Facini G,Fakhrutdinov RM,Falciano S,Falla RJ,Faltova J,Fang Y,Fanti M,Farbin A,Farilla A,Farina C,Farina EM,Farooque T,Farrell S,Farrington SM,Farthouat P,Fassi F,Fassnacht P,Fassouliotis D,Giannelli MF,Favareto A,Fawcett WJ,Fayard L,Fedin OL,Fedorko W,Feigl S,Feligioni L,Feng C,Feng EJ,Feng H,Fenyuk AB,Feremenga L,Martinez PF,Perez SF,Ferrando J,Ferrari A,Ferrari P,Ferrari R,de Lima DEF,Ferrer A,Ferrere D,Ferretti C,Parodi AF,Fiedler F,Filipcic A,Filipuzzi M,Filthaut F,Fincke-Keeler M,Finelli KD,Fiolhais MCN,Fiorini L,Firan A,Fischer A,Fischer C,Fischer J,Fisher WC,Flaschel N,Fleck I,Fleischmann P,Fletcher GT,Fletcher RRM,Flick T,Floderus A,Castillo LRF,Flowerdew MJ,Forcolin GT,Formica A,Forti A,Foster AG,Fournier D,Fox H,Fracchia S,Francavilla P,Franchini M,Francis D,Franconi L,Franklin M,Frate M,Fraternali M,Freeborn D,Fressard-Batraneanu SM,Friedrich F,Froidevaux D,Frost JA,Fukunaga C,Fusayasu T,Fuster J,Gabaldon C,Gabizon O,Gabrielli A,Gabrielli A,Gach GP,Gadatsch S,Gadomski S,Gagliardi G,Gagnon LG,Gagnon P,Galea C,Galhardo B,Gallas EJ,Gallop BJ,Gallus P,Galster G,Gan KK,Gao J,Gao Y,Gao YS,Walls FMG,García C,Navarro JEG,Garcia-Sciveres M,Gardner RW,Garelli N,Garonne V,Bravo AG,Gatti C,Gaudiello A,Gaudio G,Gaur B,Gauthier L,Gavrilenko IL,Gay C,Gaycken G,Gazis EN,Gecse Z,Gee CNP,Geich-Gimbel C,Geisen M,Geisler MP,Gemme C,Genest MH,Geng C,Gentile S,Gentsos C,George S,Gerbaudo D,Gershon A,Ghasemi S,Ghazlane H,Ghneimat M,Giacobbe B,Giagu S,Giannetti P,Gibbard B,Gibson SM,Gignac M,Gilchriese M,Gillam TPS,Gillberg D,Gilles G,Gingrich DM,Giokaris N,Giordani MP,Giorgi FM,Giorgi FM,Giraud PF,Giromini P,Giugni D,Giuli F,Giuliani C,Giulini M,Gjelsten BK,Gkaitatzis S,Gkialas I,Gkougkousis EL,Gladilin LK,Glasman C,Glatzer J,Glaysher PCF,Glazov A,Goblirsch-Kolb M,Godlewski J,Goldfarb S,Golling T,Golubkov D,Gomes A,Gonçalo R,Costa JGPFD,Gonella G,Gonella L,Gongadze A,de la Hoz SG,Parra GG,Gonzalez-Sevilla S,Goossens L,Gorbounov PA,Gordon HA,Gorelov I,Gorini B,Gorini E,Gorišek A,Gornicki E,Goshaw AT,Gössling C,Gostkin MI,Goudet CR,Goujdami D,Goussiou AG,Govender N,Gozani E,Graber L,Grabowska-Bold I,Gradin POJ,Grafström P,Gramling J,Gramstad E,Grancagnolo S,Gratchev V,Gravila PM,Gray HM,Graziani E,Greenwood ZD,Grefe C,Gregersen K,Gregor IM,Grenier P,Grevtsov K,Griffiths J,Grillo AA,Grimm K,Grinstein S,Gris P,Grivaz JF,Groh S,Grohs JP,Gross E,Grosse-Knetter J,Grossi GC,Grout ZJ,Guan L,Guan W,Guenther J,Guescini F,Guest D,Gueta O,Guido E,Guillemin T,Guindon S,Gul U,Gumpert C,Guo J,Guo Y,Gupta R,Gupta S,Gustavino G,Gutierrez P,Ortiz NGG,Gutschow C,Guyot C,Gwenlan C,Gwilliam CB,Haas A,Haber C,Hadavand HK,Hadef A,Haefner P,Hageböck S,Hajduk Z,Hakobyan H,Haleem M,Haley J,Halladjian G,Hallewell GD,Hamacher K,Hamal P,Hamano K,Hamilton A,Hamity GN,Hamnett PG,Han L,Hanagaki K,Hanawa K,Hance M,Haney B,Hanke P,Hanna R,Hansen JB,Hansen JD,Hansen MC,Hansen PH,Hara K,Hard AS,Harenberg T,Hariri F,Harkusha S,Harrington RD,Harrison PF,Hartmann NM,Hasegawa M,Hasegawa Y,Hasib A,Hassani S,Haug S,Hauser R,Hauswald L,Havranek M,Hawkes CM,Hawkings RJ,Hayden D,Hays CP,Hays JM,Hayward HS,Haywood SJ,Head SJ,Heck T,Hedberg V,Heelan L,Heidegger KK,Heim S,Heim T,Heinemann B,Heinrich JJ,Heinrich L,Heinz C,Hejbal J,Helary L,Hellman S,Helsens C,Henderson J,Henderson RCW,Heng Y,Henkelmann S,Correia AMH,Henrot-Versille S,Herbert GH,Jiménez YH,Herten G,Hertenberger R,Hervas L,Hesketh GG,Hessey NP,Hetherly JW,Hickling R,Higón-Rodriguez E,Hill E,Hill JC,Hiller KH,Hillier SJ,Hinchliffe I,Hines E,Hinman RR,Hirose M,Hirschbuehl D,Hobbs J,Hod N,Hodgkinson MC,Hodgson P,Hoecker A,Hoeferkamp MR,Hoenig F,Hohn D,Holmes TR,Homann M,Hong TM,Hooberman BH,Hopkins WH,Horii Y,Horton AJ,Hostachy JY,Hou S,Hoummada A,Howarth J,Hrabovsky M,Hristova I,Hrivnac J,Hryn'ova T,Hrynevich A,Hsu C,Hsu PJ,Hsu SC,Hu D,Hu Q,Huang Y,Hubacek Z,Hubaut F,Huegging F,Huffman TB,Hughes EW,Hughes G,Huhtinen M,Huo P,Huseynov N,Huston J,Huth J,Iacobucci G,Iakovidis G,Ibragimov I,Iconomidou-Fayard L,Ideal E,Iengo P,Igonkina O,Iizawa T,Ikegami Y,Ikeno M,Ilchenko Y,Iliadis D,Ilic N,Ince T,Introzzi G,Ioannou P,Iodice M,Iordanidou K,Ippolito V,Ishijima N,Ishino M,Ishitsuka M,Ishmukhametov R,Issever C,Istin S,Ito F,Ponce JMI,Iuppa R,Iwanski W,Iwasaki H,Izen JM,Izzo V,Jabbar S,Jackson B,Jackson M,Jackson P,Jain V,Jakobi KB,Jakobs K,Jakobsen S,Jakoubek T,Jamin DO,Jana DK,Jansen E,Jansky R,Janssen J,Janus M,Jarlskog G,Javadov N,Javurek T,Javurkova M,Jeanneau F,Jeanty L,Jeng GY,Jennens D,Jenni P,Jentzsch J,Jeske C,Jézéquel S,Ji H,Jia J,Jiang H,Jiang Y,Jiggins S,Pena JJ,Jin S,Jinaru A,Jinnouchi O,Johansson P,Johns KA,Johnson WJ,Jon-And K,Jones G,Jones RWL,Jones S,Jones TJ,Jongmanns J,Jorge PM,Jovicevic J,Ju X,Rozas AJ,Köhler MK,Kaczmarska A,Kado M,Kagan H,Kagan M,Kahn SJ,Kajomovitz E,Kalderon CW,Kaluza A,Kama S,Kamenshchikov A,Kanaya N,Kaneti S,Kanjir L,Kantserov VA,Kanzaki J,Kaplan B,Kaplan LS,Kapliy A,Kar D,Karakostas K,Karamaoun A,Karastathis N,Kareem MJ,Karentzos E,Karnevskiy M,Karpov SN,Karpova ZM,Karthik K,Kartvelishvili V,Karyukhin AN,Kasahara K,Kashif L,Kass RD,Kastanas A,Kataoka Y,Kato C,Katre A,Katzy J,Kawade K,Kawagoe K,Kawamoto T,Kawamura G,Kazama S,Kazanin VF,Keeler R,Kehoe R,Keller JS,Kempster JJ,Keoshkerian H,Kepka O,Kerševan BP,Kersten S,Keyes RA,Khader M,Khalil-Zada F,Khanov A,Kharlamov AG,Khoo TJ,Khovanskiy V,Khramov E,Khubua J,Kido S,Kim HY,Kim SH,Kim YK,Kimura N,Kind OM,King BT,King M,King SB,Kirk J,Kiryunin AE,Kishimoto T,Kisielewska D,Kiss F,Kiuchi K,Kivernyk O,Kladiva E,Klein MH,Klein M,Klein U,Kleinknecht K,Klimek P,Klimentov A,Klingenberg R,Klinger JA,Klioutchnikova T,Kluge EE,Kluit P,Kluth S,Knapik J,Kneringer E,Knoops EBFG,Knue A,Kobayashi A,Kobayashi D,Kobayashi T,Kobel M,Kocian M,Kodys P,Koffas T,Koffeman E,Koi T,Kolanoski H,Kolb M,Koletsou I,Komar AA,Komori Y,Kondo T,Kondrashova N,Köneke K,König AC,Kono T,Konoplich R,Konstantinidis N,Kopeliansky R,Koperny S,Köpke L,Kopp AK,Korcyl K,Kordas K,Korn A,Korol AA,Korolkov I,Korolkova EV,Kortner O,Kortner S,Kosek T,Kostyukhin VV,Kotwal A,Kourkoumeli-Charalampidi A,Kourkoumelis C,Kouskoura V,Kowalewska AB,Kowalewski R,Kowalski TZ,Kozakai C,Kozanecki W,Kozhin AS,Kramarenko VA,Kramberger G,Krasnopevtsev D,Krasny 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Reconstruction of primary vertices at the ATLAS experiment in Run 1 proton-proton collisions at the LHC.
Eur Phys J C Part Fields. 2017;77(5):332
This paper presents the method and performance of primary vertex reconstruction in proton-proton collision data recorded by the ATLAS experiment during Run 1 of the LHC. The studies presented focus on data taken during 2012 at a centre-of-mass energy of [Formula: see text] TeV. The performance has been measured as a function of the number of interactions per bunch crossing over a wide range, from one to seventy. The measurement of the position and size of the luminous region and its use as a constraint to improve the primary vertex resolution are discussed. A longitudinal vertex position resolution of about [Formula: see text] is achieved for events with high multiplicity of reconstructed tracks. The transverse position resolution is better than [Formula: see text] and is dominated by the precision on the size of the luminous region. An analytical model is proposed to describe the primary vertex reconstruction efficiency as a function of the number of interactions per bunch crossing and of the longitudinal size of the luminous region. Agreement between the data and the predictions of this model is better than 3% up to seventy interactions per bunch crossing.
PMID: 28943786

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B,Gallas EJ,Gallop BJ,Gallus P,Galster G,Gan KK,Ganguly S,Gao J,Gao Y,Gao YS,Garay Walls FM,García C,García Navarro JE,Garcia-Sciveres M,Gardner RW,Garelli N,Garonne V,Gascon Bravo A,Gasnikova K,Gatti C,Gaudiello A,Gaudio G,Gauthier L,Gavrilenko IL,Gay C,Gaycken G,Gazis EN,Gecse Z,Gee CNP,Geich-Gimbel C,Geisen M,Geisler MP,Gellerstedt K,Gemme C,Genest MH,Geng C,Gentile S,Gentsos C,George S,Gerbaudo D,Gershon A,Ghasemi S,Ghneimat M,Giacobbe B,Giagu S,Giannetti P,Gibson SM,Gignac M,Gilchriese M,Gillam TPS,Gillberg D,Gilles G,Gingrich DM,Giokaris N,Giordani MP,Giorgi FM,Giraud PF,Giromini P,Giugni D,Giuli F,Giuliani C,Giulini M,Gjelsten BK,Gkaitatzis S,Gkialas I,Gkougkousis EL,Gladilin LK,Glasman C,Glatzer J,Glaysher PCF,Glazov A,Goblirsch-Kolb M,Godlewski J,Goldfarb S,Golling T,Golubkov D,Gomes A,Gonçalo R,Goncalves Pinto Firmino Da Costa J,Gonella G,Gonella L,Gongadze A,González de la Hoz S,Gonzalez-Sevilla S,Goossens L,Gorbounov PA,Gordon HA,Gorelov I,Gorini B,Gorini E,Gorišek 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S,Köpke L,Kopp AK,Korcyl K,Kordas K,Korn A,Korol AA,Korolkov I,Korolkova EV,Kortner O,Kortner S,Kosek T,Kostyukhin VV,Kotwal A,Koulouris A,Kourkoumeli-Charalampidi A,Kourkoumelis C,Kouskoura V,Kowalewska AB,Kowalewski R,Kowalski TZ,Kozakai C,Kozanecki W,Kozhin AS,Kramarenko VA,Kramberger G,Krasnopevtsev D,Krasny MW,Krasznahorkay A,Kravchenko A,Kretz M,Kretzschmar J,Kreutzfeldt K,Krieger P,Krizka K,Kroeninger K,Kroha H,Kroll J,Kroseberg J,Krstic J,Kruchonak U,Krüger H,Krumnack N,Kruse MC,Kruskal M,Kubota T,Kucuk H,Kuday S,Kuechler JT,Kuehn S,Kugel A,Kuger F,Kuhl T,Kukhtin V,Kukla R,Kulchitsky Y,Kuleshov S,Kuna M,Kunigo T,Kupco A,Kurashige H,Kurchaninov LL,Kurochkin YA,Kurth MG,Kus V,Kuwertz ES,Kuze M,Kvita J,Kwan T,Kyriazopoulos D,La Rosa A,La Rosa Navarro JL,Rotonda L,Lacasta C,Lacava F,Lacey J,Lacker H,Lacour D,Lacuesta VR,Ladygin E,Lafaye R,Laforge B,Lagouri T,Lai S,Lammers S,Lampl W,Lançon E,Landgraf U,Landon MPJ,Lanfermann MC,Lang VS,Lange JC,Lankford AJ,Lanni F,Lantzsch K,Lanza 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Z,Zinser M,Ziolkowski M,Živkovic L,Zobernig G,Zoccoli A,Zur Nedden M,Zwalinski L
Performance of the ATLAS trigger system in 2015.
Eur Phys J C Part Fields. 2017;77(5):317
During 2015 the ATLAS experiment recorded [Formula: see text] of proton-proton collision data at a centre-of-mass energy of [Formula: see text]. The ATLAS trigger system is a crucial component of the experiment, responsible for selecting events of interest at a recording rate of approximately 1 kHz from up to 40 MHz of collisions. This paper presents a short overview of the changes to the trigger and data acquisition systems during the first long shutdown of the LHC and shows the performance of the trigger system and its components based on the 2015 proton-proton collision data.
PMID: 28943784

Alfonso-García A,Paugh J,Farid M,Garg S,Jester JV,Potma EO
A machine learning framework to analyze hyperspectral stimulated Raman scattering microscopy images of expressed human meibum.
J Raman Spectrosc. 2017 Jun;48(6):803-812
We develop and discuss a methodology for batch-level analysis of hyperspectral stimulated Raman scattering (hsSRS) data sets of human meibum in the CH-stretching vibrational range. The analysis consists of two steps. The first step uses a training set (n=19) to determine chemically meaningful reference spectra that jointly constitute a basis set for the sample. This procedure makes use of batch-level vertex component analysis (VCA), followed by unsupervised k-means clustering to express the data set in terms of spectra that represent lipid and protein mixtures in changing proportions. The second step uses a random forest classifier to rapidly classify hsSRS stacks in terms of the pre-determined basis set. The overall procedure allows a rapid quantitative analysis of large hsSRS data sets, enabling a direct comparison among samples using a single set of reference spectra. We apply this procedure to assess 50 specimens of expressed human meibum, rich in both protein and lipid, and show that the batch-level analysis reveals marked variation among samples that potentially correlate with meibum health quality.
PMID: 28943709

Morgan PL,Li H,Farkas G,Cook M,Pun WH,Hillemeier MM
Executive Functioning Deficits Increase Kindergarten Children's Risk for Reading and Mathematics Difficulties in First Grade.
Contemp Educ Psychol. 2017 Jul;50:23-32
Whether executive functioning deficits result in children experiencing learning difficulties is presently unclear. Yet evidence for these hypothesized causal relations has many implications for early intervention design and delivery. We used a multi-year panel design, multiple criterion and predictor variable measures, extensive statistical control for potential confounds including autoregressive prior histories of both reading and mathematics difficulties, and additional epidemiological methods to preliminarily examine these hypothesized relations. Results from multivariate logistic regression analyses of a nationally representative and longitudinal sample of 18,080 children (i.e., the Early Childhood Longitudinal Study-Kindergarten Cohort of 2011, or ECLS-K: 2011) indicated that working memory and, separately, cognitive flexibility deficits uniquely increased kindergarten children's risk of experiencing reading as well as mathematics difficulties in first grade. The risks associated with working memory deficits were particularly strong. Experimentally-evaluated, multi-component interventions designed to help young children with reading or mathematics difficulties may also need to remediate early deficits in executive function, particularly in working memory.
PMID: 28943708

Hong AY,Vanderwal CD
A Sequential Cycloaddition Strategy for the Synthesis of Alsmaphorazine B Traces a Path Through a Family of Alstonia Alkaloids.
Tetrahedron. 2017 Jul 20;73(29):4160-4171
Driven by a new biogenetic hypothesis, the first total synthesis of alsmaphorazine B and several related indole alkaloids has been achieved. Numerous early approaches proved unsuccessful owing to unproductive side reactivity; nevertheless, they provided important clues that guided the evolution of our strategy. Critical to our success was a major improvement in our Zincke aldehyde cycloaddition strategy, which permitted the efficient gram-scale synthesis of akuammicine. The sequential chemoselective oxidations of akuammicine leading up to the key oxidative rearrangement also yielded several biogenetically related indole alkaloids en route to alsmaphorazine B.
PMID: 28943664

Froehler MT,Saver JL,Zaidat OO,Jahan R,Aziz-Sultan MA,Klucznick RP,Haussen DC,Hellinger FR,Yavagal DR,Yao TL,Liebeskind DS,Jadhav AP,Gupta R,Hassan AE,Martin CO,Bozorgchami H,Kaushal R,Nogueira RG,Gandhi RH,Peterson EC,Dashti SR,Given CA,Mehta BP,Deshmukh V,Starkman S,Linfante I,McPherson SH,Kvamme P,Grobelny TJ,Hussain MS,Thacker I,Vora N,Chen PR,Monteith SJ,Ecker RD,Schirmer CM,Sauvageau E,Abou-Chebl A,Derdeyn CP,Maidan L,Badruddin A,Siddiqui AH,Dumont TM,Alhajeri A,Taqi MA,Asi K,Carpenter JS,Boulos A,Jindal G,Puri AS,Chitale R,Deshaies EM,Robinson DH,Kallmes DF,Baxter BW,Jumaa MA,Sunenshine P,Majjhoo AQ,English JD,Suzuki S,Fessler RD,Delgado Almandoz JE,Martin JC,Mueller-Kronast NH,
Interhospital Transfer Prior to Thrombectomy is Associated with Delayed Treatment and Worse Outcome in the STRATIS Registry.
Circulation. 2017 Sep 24;
Background -Endovascular treatment with mechanical thrombectomy (MT) is beneficial for acute stroke patients suffering a large vessel occlusion, though treatment efficacy is highly time-dependent. We hypothesized that interhospital transfer to endovascular-capable centers would result in treatment delays and worse clinical outcomes compared to direct presentation. Methods -STRATIS was a prospective, multicenter, observational, single-arm study of real-world MT for acute stroke due to anterior-circulation large vessel occlusion performed at 55 sites over 2 years, including 1000 patients with severe stroke and treated within 8 hours. Patients underwent MT with or without IV-tPA, and were admitted to endovascular-capable centers via either interhospital transfer or direct presentation. The primary clinical outcome was functional independence (modified Rankin Score 0-2) at 90 days. We assessed 1) real-world time metrics of stroke care delivery, 2) outcome differences between direct and transfer patients undergoing MT, and 3) the potential impact of local hospital bypass. Results -A total of 984 patients were analyzed. Median onset-to-revascularization time was 202.0 minutes for direct vs. 311.5 minutes for transfer patients (p
PMID: 28943516

Park HL,Chang J,Lal G,Lal K,Ziogas A,Anton-Culver H
Trends in Treatment Patterns and Clinical Outcomes in Young Women Diagnosed With Ductal Carcinoma In Situ.
Clin Breast Cancer. 2017 Aug 10;
Although it is known that the risk of a second breast cancer event among young women diagnosed with ductal carcinoma in situ (DCIS) is higher than in older women, the effect of current treatment options on long-term outcomes in this subgroup of women remains poorly defined. We aimed to evaluate national treatment trends and determine their effect on second breast cancer risk and overall survival among young women diagnosed with DCIS.
PMID: 28941977

Delaplain PT,Zhang L,Chen Y,Nguyen DV,Di Nardo M,Cleary JP,Yu PT,Guner YS
Cannulating the contraindicated: effect of low birth weight on mortality in neonates with congenital diaphragmatic hernia on extracorporeal membrane oxygenation.
J Pediatr Surg. 2017 Sep 02;
Restrictions for ECMO in neonates include birth weight less than 2kg (BW
PMID: 28941930

Lee LS,Andersen DK,Ashida R,Brugge WR,Canto MI,Chang KJ,Chari ST,DeWitt J,Hwang JH,Khashab MA,Kim K,Levy MJ,McGrath K,Park WG,Singhi A,Stevens T,Thompson CC,Topazian MD,Wallace MB,Wani S,Waxman I,Yadav D,Singh VK
EUS and related technologies for the diagnosis and treatment of pancreatic disease: research gaps and opportunities-Summary of a National Institute of Diabetes and Digestive and Kidney Diseases workshop.
Gastrointest Endosc. 2017 Sep 18;
A workshop was sponsored by the National Institute of Diabetes and Digestive and Kidney Diseases to address the research gaps and opportunities in pancreatic EUS. The event occurred on July 26, 2017 in 4 sessions: (1) benign pancreatic diseases, (2) high-risk pancreatic diseases, (3) diagnostic and therapeutics, and (4) new technologies. The current state of knowledge was reviewed, with identification of numerous gaps in knowledge and research needs. Common themes included the need for large multicenter consortia of various pancreatic diseases to facilitate meaningful research of these entities; to standardize EUS features of different pancreatic disorders, the technique of sampling pancreatic lesions, and the performance of various therapeutic EUS procedures; and to identify high-risk disease early at the cellular level before macroscopic disease develops. The need for specialized tools and accessories to enable the safe and effective performance of therapeutic EUS procedures also was discussed.
PMID: 28941651

Tripathi PB,Nelson JS,Wong BJ
Posttraumatic Laser Treatment of Soft Tissue Injury.
Facial Plast Surg Clin North Am. 2017 Nov;25(4):617-628
Laser treatment for posttraumatic injury offers the clinician the unique opportunity for early intervention in mediating early scar formation, or for reducing the appearance of scars after maturation. In this review, the authors focus on the mechanisms by which lasers exert their therapeutic effects, highlighting several popular lasers and dosimetry used, and underscoring the power of combined surgical scar revision in managing posttraumatic facial scars.
PMID: 28941513

Thomas AG,Ozbardakci N,Fine A,Steinberg L,Frick PJ,Cauffman E
Effects of Physical and Emotional Maternal Hostility on Adolescents' Depression and Reoffending.
J Res Adolesc. 2017 Sep 22;
This study examines whether (1) mothers vary in the way they express hostility toward their delinquent adolescent offspring, (2) different types of maternal hostility differentially affect adolescents' depression and recidivism, and (3) adolescent depression serves as a mechanism through which maternal hostility predicts later reoffending. The sample consists of 1,216 male first-time offenders, aged 13-17 years (M = 15.80, SD = 1.29). Confirmatory factor analysis supported the premise that maternal hostility could be distinguished into two subtypes: emotional and physical hostility. Adolescent offenders who experienced emotional or physical hostility by their mothers reported greater depressive symptoms and reoffending 6 months later. Further, the relation between maternal hostility (of each type) and adolescent reoffending was partially explained by depressive symptomology.
PMID: 28940957

Huang WY,Lai SF,Chiu HY,Chang M,Plikus M,Chan CC,Chen YT,Tsao PN,Yang TL,Lee HS,Chi P,Lin SJ
Mobilizing transit-amplifying cell-derived ectopic progenitors prevents hair loss from chemotherapy or radiation therapy.
Cancer Res. 2017 Sep 22;
Genotoxicity-induced hair loss from chemotherapy and radiotherapy is often encountered in cancer treatment, and there is a lack of effective treatment. In growing hair follicles (HF), quiescent stem cells (SC) are maintained in the bulge region and hair bulbs at the base contain rapidly dividing, yet genotoxicity-sensitive transit-amplifying cells (TAC) that maintain hair growth. How genotoxicity-induced HF injury is repaired remains unclear. We report here that HF mobilize ectopic progenitors from distinct TAC compartments for regeneration in adaptation to the severity of dystrophy induced by ionizing radiation (IR). Specifically, after low-dose IR, keratin5+ basal hair bulb progenitors, rather than bulge SC, were quickly activated to replenish matrix cells and regenerated all concentric layers of HF, demonstrating their plasticity. After high-dose IR, when both matrix and hair bulb cells were depleted, the surviving outer root sheath cells rapidly acquired a SC-like state and fueled HF regeneration. Their progeny then homed back to SC niche and supported new cycles of HF growth. We also revealed that IR induced HF dystrophy and hair loss and suppressed WNT signaling in a p53- and dose-dependent manner. Augmenting WNT signaling attenuated the suppressive effect of p53 and enhanced ectopic progenitor proliferation after genotoxic injury, thereby preventing both IR- and cyclophosphamide-induced alopecia. Hence, targeted activation of TAC-derived progenitor cells, rather than quiescent bulge SC, for anagen HF repair can be a potential approach to prevent hair loss from chemotherapy and radiotherapy.
PMID: 28939680

Gerlach RG,Walter S,McClelland M,Schmidt C,Steglich M,Prager R,Bender JK,Fuchs S,Schoerner C,Rabsch W,Lang W,Jantsch J
Comparative whole genome analysis of three consecutive Salmonella diarizonae isolates.
Int J Med Microbiol. 2017 Sep 05;
Infections of very young children or immunocompromised people with Salmonella of higher subspecies are a well-known phenomenon often associated with contact to cold-blooded animals. We describe the molecular characterization of three S. enterica subsp. diarizonae strains, isolated consecutively over a period of several months from a hospital patient suffering from diarrhea and sepsis with fatal outcome. With the initial isolate the first complete genome sequence of a member of subsp. diarizonae is provided and based on this reference we revealed the genomic differences between the three isolates by use of next-generation sequencing and confirmed by phenotypical tests. Genome comparisons revealed mutations within gpt, hfq and purK in the first isolate as a sign of clonal variation rather than host-directed evolution. Furthermore, our work demonstrates that S. enterica subsp. diarizonae possess, besides a conserved set of known Salmonella Pathogenicity Islands, a variable portfolio of additional genomic islands of unknown function.
PMID: 28939438

Streja E
Hospital readmission for the dialysis patient: who is (not) responsible?
Kidney Int. 2017 Oct;92(4):788-790
A new study in dialysis patients demonstrates that more than one-third of rehospitalizations within 30 days of discharge occur within the first week, and these rehospitalizations are associated with worse survival. Imposing a penalty on the dialysis provider for these rehospitalizations, as mandated by the Hospital Readmissions Reduction Program, may be inefficient in reducing health care costs and improving patient outcomes. Systems for improving communication between the hospital and posthospitalization nephrologist about patient care are needed.
PMID: 28938950

Deverka PA,Majumder MA,Villanueva AG,Anderson M,Bakker AC,Bardill J,Boerwinkle E,Bubela T,Evans BJ,Garrison NA,Gibbs RA,Gentleman R,Glazer D,Goldstein MM,Greely H,Harris C,Knoppers BM,Koenig BA,Kohane IS,La Rosa S,Mattison J,O'Donnell CJ,Rai AK,Rehm HL,Rodriguez LL,Shelton R,Simoncelli T,Terry SF,Watson MS,Wilbanks J,Cook-Deegan R,McGuire AL
Creating a data resource: what will it take to build a medical information commons?
Genome Med. 2017 Sep 22;9(1):84
National and international public-private partnerships, consortia, and government initiatives are underway to collect and share genomic, personal, and healthcare data on a massive scale. Ideally, these efforts will contribute to the creation of a medical information commons (MIC), a comprehensive data resource that is widely available for both research and clinical uses. Stakeholder participation is essential in clarifying goals, deepening understanding of areas of complexity, and addressing long-standing policy concerns such as privacy and security and data ownership. This article describes eight core principles proposed by a diverse group of expert stakeholders to guide the formation of a successful, sustainable MIC. These principles promote formation of an ethically sound, inclusive, participant-centric MIC and provide a framework for advancing the policy response to data-sharing opportunities and challenges.
PMID: 28938910

Cicero AFG,Colletti A,Bajraktari G,Descamps O,Djuric DM,Ezhov M,Fras Z,Katsiki N,Langlois M,Latkovskis G,Panagiotakos DB,Paragh G,Mikhailidis DP,Mitchenko O,Paulweber B,Pella D,Pitsavos C,Reiner Ž,Ray KK,Rizzo M,Sahebkar A,Serban MC,Sperling LS,Toth PP,Vinereanu D,Vrablík M,Wong ND,Banach M
Lipid-lowering nutraceuticals in clinical practice: position paper from an International Lipid Expert Panel.
Nutr Rev. 2017 Sep 01;75(9):731-767
In recent years, there has been growing interest in the possible use of nutraceuticals to improve and optimize dyslipidemia control and therapy. Based on the data from available studies, nutraceuticals might help patients obtain theraputic lipid goals and reduce cardiovascular residual risk. Some nutraceuticals have essential lipid-lowering properties confirmed in studies; some might also have possible positive effects on nonlipid cardiovascular risk factors and have been shown to improve early markers of vascular health such as endothelial function and pulse wave velocity. However, the clinical evidence supporting the use of a single lipid-lowering nutraceutical or a combination of them is largely variable and, for many of the nutraceuticals, the evidence is very limited and, therefore, often debatable. The purpose of this position paper is to provide consensus-based recommendations for the optimal use of lipid-lowering nutraceuticals to manage dyslipidemia in patients who are still not on statin therapy, patients who are on statin or combination therapy but have not achieved lipid goals, and patients with statin intolerance. This statement is intended for physicians and other healthcare professionals engaged in the diagnosis and management of patients with lipid disorders, especially in the primary care setting.
PMID: 28938795

Manosroi W,Tan JW,Rariy CM,Sun B,Goodarzi MO,Saxena AR,Williams JS,Pojoga LH,Lasky-Su J,Cui J,Guo X,Taylor KD,Chen YI,Xiang AH,Hsueh WA,Raffel LJ,Buchanan TA,Rotter JI,Williams GH,Seely EW
The Association of Estrogen Receptor-ß Gene Variation with Salt Sensitive Blood Pressure.
J Clin Endocrinol Metab. 2017 Sep 05;
Hypertension in young women is uncommon compared to young men and older women. Estrogen appears to protect most women against hypertension with incidence increasing after menopause. Since some premenopausal women develop hypertension, estrogen may play a different role in these women. Genetic variations in the estrogen receptor (ER) are associated with cardiovascular disease. ER-ß, encoded by ESR2, is the ER predominantly expressed in vascular smooth muscle.
PMID: 28938457

Lucas T,Pierce J,Lumley MA,Granger DA,Lin J,Epel ES
Telomere length and procedural justice predict stress reactivity responses to unfair outcomes in African Americans.
Psychoneuroendocrinology. 2017 Sep 07;86:104-109
This experiment demonstrates that chromosomal telomere length (TL) moderates response to injustice among African Americans. Based on worldview verification theory - an emerging psychosocial framework for understanding stress - we predicted that acute stress responses would be most pronounced when individual-level expectancies for justice were discordant with justice experiences. Healthy African Americans (N=118; 30% male; M age=31.63years) provided dried blood spot samples that were assayed for TL, and completed a social-evaluative stressor task during which high versus low levels of distributive (outcome) and procedural (decision process) justice were simultaneously manipulated. African Americans with longer telomeres appeared more resilient (in emotional and neuroendocrine response-higher DHEAs:cortisol) to receiving an unfair outcome when a fair decision process was used, whereas African Americans with shorter telomeres appeared more resilient when an unfair decision process was used. TL may indicate personal histories of adversity and associated stress-related expectancies that influence responses to injustice.
PMID: 28938175


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