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488 research outputs found

Tipos de fibras no músculo flexor longo do hálux de frangos de corte submetidos ao estresse pelo calor e frio e alimentados em "pair-feeding"

Author: ABERLE E.D.
AL-HARTHI M.A.
BALLANTYNE J.S.
BANKS W.J.
CHAMBERS J.R.
CHAYEN J.
DAUNCEY M.J.
DAUNCEY M.J.
DUBOWITZ V.
Elisabeth Gonzales
Henrique Nunes de Oliveira
INGRAM D.L.
José Roberto Sartori
Marcos Macari
MAY J.D.
NEWCOMBE M.
PETER J.B.
ROENIGK W.P.
SAMS A.R.
SARTORI J.R.
TEETER R.G.
Vitalino Dal Pai
Publication venue: 'FapUNIFESP (SciELO)'
Publication date
Field of study

Human Resource Flexibility as a Mediating Variable Between High Performance Work Systems and Performance

Author: Amit R.
Ana Escrig-Tena
Applebaum E.
Arthur J.B.
Arulampalam W.
Atkinson J.
Bagozzi R.P.
Bailey T.
Baron R.
Batt R.
Becker B.
Becker B.E.
Bentler P.M.
Boles J.S.
Borucki C.C.
Boxall P.
Boxall P.
Camelo C.
Campbell D.J.
Campbell D.J.
Cappelli P.
Cappelli P.
Cavanaugh M.A.
Chadwick C.
Challis D.
Chonko L.B.
Cobb A.T.
Colbert B.A.
Cordery J.
Crant J.M.
De Menezes L.M.
De Saá P.
Delaney J.T.
Delery E.J.
Delery J.E.
Dorenbosch L.
Dyer L.
Dyer L.
Dyer L.
Dyer L.
Edwards P.
Evans P.
Farrell S.
Fey C.F.
Flaherty T.B.
Fornell C.
Frenkel S.J.
Frese M.
Friedrich A.
Gallie D.
Gerhart B.
Guest D.
Guest D.E.
Guest D.E.
Guthrie J.P.
Hesketh B.
Hitt M.A.
Holmbeck G.M.
Huselid M.A.
Huselid M.A.
Huselid M.A.
Ichniowski C.
Ichniowski C.
Ingram T.N.
Inmaculada Beltrán-Martín
Juan Carlos Bou-Llusar
Kalleberg A.L.
Kara S.
Karuppan C.M.
Katou A.A.
Kelliher C.
Kirkman B.L.
Koch M.J.
Kuster B.I.
Lado A.A.
Lam S.S.K.
Lawler E.E., III.
Lepak D.P.
Liao H.
MacDuffie J.P.
MacKenzie S.B.
Marshall G.W.
Maurer T.J.
McIlroy R.
Michie J.
Michie J.
Molleman E.
Moorman R.H.
Morris T.
Moynihan L.M.
Noe R.A.
Ordiz F.M.
Park H.J.
Parker S.
Parker S.K.
Paterson J.M.
Paul A.K.
Penrose E.T.
Peña G.-P.I.
Podsakoff P.M.
Pulakos E.D.
Ramsay H.
Riley M.
Rodríguez P.J.M.
Román S.
Rönnmar M.
Sanchez R.
Sanchez R.
Seibert S.E.
Senge P.M.
Senge P.M.
Shafer R.A.
Simon H.A.
Slater S.F.
Snell S.A.
Sparrow P.
Sun L.Y.
Takeuchi R.
Tsui A.S.
Tüselmann H.
Valle R.
Valverde M.
van Dam K.
van den Berg P.T.
van den Beukel A.L.
Venkatraman N.
Verano T.D.
Verdú A.J.
Vicente Roca-Puig
Volverda H.W.
Walton R.E.
Wernerfelt B.
Whitener E.M.
Williams S.
Wilson D.T.
Wood S.
Wood S.
Wotruba T.R.
Wright P.M.
Wright P.M.
Wright P.M.
Wright P.M.
Wright P.M.
Wright P.M.
Youndt M.A.
Youndt M.A.
Publication venue: 'Academy of Traumatology'
Publication date: 01/01/2008
Field of study

Much of the human resource management literature has demonstrated the impact of high performance work systems (HPWS) on organizational performance. A new generation of studies is emerging in this literature that recommends the inclusion of mediating variables between HPWS and organizational performance. The increasing rate of dynamism in competitive environments suggests that measures of employee adaptability should be included as a mechanism that may explain the relevance of HPWS to firm competitiveness. On a sample of 226 Spanish firms, the study’s results confirm that HPWS influences performance through its impact on the firm’s human resource (HR) flexibility

CiteSeerX

LAReferencia - Red Federada de Repositorios Institucionales de Publicaciones Científicas Latinoamericanas

Crossref

Repositori Institucional de la Universitat Jaume I

Meta-analysis of type 2 Diabetes in African Americans Consortium

Author: Abboud H.
Abecasis G.R.
Adeyemo A.
Adler S.
Ahmadi K.R.
Ainali C.
Altshuler D.
Amin N.
An P.
Arar N.
Ardlie K.
Armstrong L.L.
Aulchenko Y.S.
Avila P.C.
Balkau B.
Barrett A.
Barroso I.
Basford M.
Bataille V.
Bayton P.
Becker D.M.
Bell J.T.
Benediktsson R.
Bengtsson Boström K.
Bennett A.J.
Berg R.
Bergman R.N.
Bielak L.F.
Bielinski S.
Bielinski S.J.
Blagieva R.
Blot W.J.
Bobelu A.
Boehm B.O.
Boehnke M.
Boerwinkle E.
Boerwinkle E.
Bonnycastle L.L.
Borecki I.B.
Bottinger E.P.
Bowden D.W.
Bowden D.W.
Bravenboer B.
Briggs J.P.
Brooks G.
Brown Trinidad S.
Budgett M.
Buil A.
Bumpstead S.
Burke W.
Burtt N.P.
Cai Q.
Campbell H.
Carlson C.
Carrell D.
Cauchi S.
Chakraborty R.
Charpentier G.
Chen B.H.
Chen G.
Chen L.
Chen W.-M.
Chen Y.D.I.
Chines P.S.
Chisholm R.L.
Choudary V.
Churchill L.R.
Chute C.
Clayton E.
Collins F.S.
Collins-Schramm H.E.
Comeau M.E.
Coresh J.
Cornelis M.
Cornfield D.
Correa A.
Couper D.
Couper D.J.
Crane P.
Crawford D.
Crawford D.C.
Crawford G.
Cummings S.R.
Daly M.J.
Darbar D.
de Andrade M.
Deloukas P.
Denny J.C.
Dermitzakis E.T.
di Meglio P.
Dimas A.S.
Dina C.
Ding K.
Doney A.S.F.
Doumatey A.
Duggirala R.
Dunston G.M.
Dupuis J.
Durbin R.
Edwards S.
Elliott A.L.
Elliott K.S.
Elston R.C.
Erdos M.R.
Evans D.S.
Evans M.K.
Ferreira T.
Fink N.
Florez J.C.
Fondran C.
Fornage M.
Fost N.
Fox C.S.
Franklin C.S.
Frayling T.M.
Freedman B.I.
Freedman B.I.
Froguel P.
Ganser M.
Garcia C.
Geoffrey Hayes M.
Getz-Fradley L.
Gieger C.
Glass D.
Gloyn A.L.
Goddard K.
Gonzalez J.
Goodarzi M.O.
Gottesman O.
Goyes C.
Grallert H.
Grarup N.
Green T.
Greenland P.
Griffin S.
Groop L.
Groves C.J.
Grundberg E.
Grundberg E.
Guiducci C.
Guo X.
Guo X.
Gyllensten U.
Hadjadj S.
Haines J.L.
Hansen T.
Hanson R.
Hanson R.L.
Hart G.
Hart L.
Hassanali N.
Hassanali N.
Hattersley A.T.
Havens Ramirez A.
Hayes M.G.
Hedman Å.K.
Henriksen J.
Herder C.
Hide W.A.
Hitman G.A.
Hofman A.
Hofmann O.M.
Horvath A.
Hsueh W.-C.
Hu F.B.
Humbert L.
Humowiecki J.
Hunter D.J.
Huth C.
Hveem K.
Ialacci S.
Igo R.P.
Illig T.
Ingle C.
Ingram-Drake L.
Ipp E.
Isomaa B.
Iyengar S.
Iyengar S.K.
Jackson A.U.
Jarvik G.
Jensen R.A.
Johnson P.R.V.
Jones L.
Jr.
Jr.
Juan R.
Jun G.
Jørgensen T.
Kabagambe E.K.
Kao L.
Kao W.H.L.
Kao W.H.L.
Kasinath B.S.
Keene K.L.
Kho A.N.
Kibbe W.A.
Kimmel P.L.
Kitchner T.
Klag M.
Klopp N.
Knowler W.C.
Knowles D.
Koenig B.
Kong A.
Kraft P.
Kraja A.
Kramp K.
Krestyaninova M.
Kullo I.
Kuusisto J.
Laakso M.
Langefeld C.D.
LaPage J.
Larson E.B.
Lauritzen T.
Law M.
Lemke A.A.
Li J.
Li M.
Li1 H.
Lieverse A.
Lifton R.P.
Lindgren C.M.
Lindgren C.M.
Linneman J.
Liu J.
Liu S.
Liu Y.
Long J.
Long Y.
Loos R.J.F.
Lovelace R.
Lowe C.E.
Lowe W.L.
Lowe W.L.
Lu Y.
Ludman E.
Luethe C.
Lyssenko V.
Malia Fullerton S.
Malin B.A.
Marre M.
Masys D.R.
Mathias R.A.
Mccarroll S.A.
Mccarroll S.A.
Mccarthy M.I.
McCarthy M.I.
McCarty C.A.
Mcculloch L.J.
McDavid A.
McKnight B.
Mead L.
Meduri E.
Meigs J.B.
Meitinger T.
Midthjell K.
Miller A.
Min J.L.
Mohlke K.L.
Montgomery S.B.
Morken M.A.
Morris A.D.
Morris A.P.
Mudgal P.
Mychaleckyj J.C.
Nalls M.A.
Narisu N.
Navarro P.
Nayak U.
Nelson R.G.
Nestle F.O.
Newton K.
Ng M.C.Y.
Nica A.C.
Nilsson P.
Nisbet J.
Olson J.
Owen K.R.
O’Brien S.J.
O’Rahilly S.
Pacheco J.A.
Pacheco J.A.
Pahl M.
Palbicki J.
Palmer C.N.A.
Palmer N.D.
Pankow J.S.
Pankow J.S.
Parekh R.
Parts L.
Patel S.R.
Pathak J.
Payne F.
Pedersen O.
Peissig P.
Perry J.R.B.
Petersen A.-K.
Peyser P.A.
Phillips L.M.
Pickens A.
Plaetke R.
Platou C.
Potter S.
Pramstaller P.P.
Proença C.
Prokopenko I.
Province M.A.
Psaty B.M.
Pulley J.
Qi L.
Raffel L.J.
Rasmussen L.
Rasmussen-Torvik L.J.
Rasooly R.
Rathmann W.
Raychaudhuri S.
Rayner N.W.
Reeser J.
Rice K.
Rich S.S.
Rich S.S.
Ritchie M.
Ritchie M.D.
Robertson N.R.
Rocheleau G.
Roden D.M.
Roden M.
Rotimi C.N.
Rotter J.
Rotter J.I.
Rudan I.
Saad M.F.
Sale M.M.
Sampson M.J.
Sartorio V.
Satko S.C.
Savova G.
Saxena R.
Scavini M.
Schelling J.
Schildcrout J.S.
Scott L.J.
Sedor J.R.
Sedor J.R.
Segrè A.V.
Sehgal A.
Sekowska M.
Seldin M.F.
Sewemaenewa J.
Shah V.
Shields B.M.
Shin S.-Y.
Shrader P.
Shriner D.
Shu X.-O.
Sigurdsson G.
Sijbrands E.
Sili I.
Sims M.
Singleton A.B.
Siscovick D.S.
Sladek R.
Slaughter M.
Small K.S.
Smith M.E.
Smith M.W.
Snively B.M.
Soranzo N.
Spangler L.
Sparsø T.
Spector T.D.
Spielman R.
Starren J.
Stefansson K.
Stein L.D.
Steinthorsdottir V.
Stem M.
Strassburger K.
Stringham H.M.
Sun Q.
Sun Y.V.
Surdulescu G.
Swift A.J.
Taylor H.A.
Taylor K.
The MAGIC investigators
Thompson M.
Thompson W.K.
Thorand B.
Thorleifsson G.
Thorsteinsdottir U.
Tichet J.
Tsaprouni L.
Tsoka S.
Tuomi T.
Tuomilehto J.
Uitterlinden A.
Vaidya D.
van Dam R.M.
van duijn C.M.
van Haeften T.W.
van Herpt T.
van Hoek M.
van Vliet-Ostaptchouk J.V.
Viverette S.
Voight B.F.
Wagenknecht L.
Walker B.
Walker M.
Walters G.B.
Wareham N.J.
Warnock D.
Warren S.
Waseta B.
Watanabe R.M.
Waudby C.
Weedon M.N.
Wei L.
Welch R.P.
Whitehead T.
Wichmann H.-E.
Wijmenga C.
Wilk A.
Wilke R.A.
Willer C.J.
Wilson J.F.
Wilson J.G.
Winkler C.
Witteman J.
Wolf W.A.
Wu G.
Wu J.
Xu H.
Yanek L.R.
Yang L.
Yang T.-P.
Young R.
Zager P.
Zaletel E.
Zeggini E.
Zhao W.
Zheng W.
Zonderman A.B.
Zondervan K.T.
Publication venue
Publication date: 01/01/2014
Field of study

Type 2 diabetes (T2D) is more prevalent in African Americans than in Europeans. However, little is known about the genetic risk in African Americans despite the recent identification of more than 70 T2D loci primarily by genome-wide association studies (GWAS) in individuals of European ancestry. In order to investigate the genetic architecture of T2D in African Americans, the MEta-analysis of type 2 DIabetes in African Americans (MEDIA) Consortium examined 17 GWAS on T2D comprising 8,284 cases and 15,543 controls in African Americans in stage 1 analysis. Single nucleotide polymorphisms (SNPs) association analysis was conducted in each study under the additive model after adjustment for age, sex, study site, and principal components. Meta-analysis of approximately 2.6 million genotyped and imputed SNPs in all studies was conducted using an inverse variance-weighted fixed effect model. Replications were performed to follow up 21 loci in up to 6,061 cases and 5,483 controls in African Americans, and 8,130 cases and 38,987 controls of European ancestry. We identified three known loci (TCF7L2, HMGA2 and KCNQ1) and two novel loci (HLA-B and INS-IGF2) at genome-wide significance (4.15 × 10(-94)<P<5 × 10(-8), odds ratio (OR) = 1.09 to 1.36). Fine-mapping revealed that 88 of 158 previously identified T2D or glucose homeostasis loci demonstrated nominal to highly significant association (2.2 × 10(-23) < locus-wide P<0.05). These novel and previously identified loci yielded a sibling relative risk of 1.19, explaining 17.5% of the phenotypic variance of T2D on the liability scale in African Americans. Overall, this study identified two novel susceptibility loci for T2D in African Americans. A substantial number of previously reported loci are transferable to African Americans after accounting for linkage disequilibrium, enabling fine mapping of causal variants in trans-ethnic meta-analysis studies.Peer reviewe

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All-sky search for long-duration gravitational wave transients with initial LIGO

Author: Abbott B.P.
Abbott R.
Abbott T.D.
Abernathy M.R.
Acernese F.
Ackley K.
Adams C.
Adams T.
Addesso P.
Adhikari R.X.
Adya V.B.
Affeldt C.
Agathos M.
Agatsuma K.
Aggarwal N.
Aguiar O.D.
Ain A.
Ajith P.
Allen B.
Allocca A.
Amariutei D.V.
Anderson S.B.
Anderson W.G.
Arai K.
Araya M.C.
Arceneaux C.C.
Areeda J.S.
Arnaud N.
Arun K.G.
Ashton G.
Ast M.
Aston S.M.
Astone P.
Aufmuth P.
Aulbert C.
Babak S.
Baiardi L.Cerboni
Baker P.T.
Baldaccini F.
Ballardin G.
Ballmer S.W.
Barayoga J.C.
Barclay S.E.
Barish B.C.
Barker D.
Barone F.
Barr B.
Barsotti L.
Barsuglia M.
Barta D.
Bartlett J.
Bartos I.
Bassiri R.
Basti A.
Batch J.C.
Baune C.
Bavigadda V.
Bazzan M.
Behnke B.
Bejger M.
Belczynski C.
Bell A.S.
Bell C.J.
Berger B.K.
Bergman J.
Bergmann G.
Berry C.P.L.
Bersanetti D.
Bertolini A.
Betzwieser J.
Bhagwat S.
Bhandare R.
Bilenko I.A.
Billingsley G.
Birch J.
Birney R.
Biscans S.
Bisht A.
Bitossi M.
Biwer C.
Bizouard M.A.
Blackburn J.K.
Blair C.D.
Blair D.
Blair R.M.
Bloemen S.
Bock O.
Bodiya T.P.
Boer M.
Bogaert G.
Bogan C.
Bohe A.
Bojtos P.
Bond C.
Bondu F.
Bonnand R.
Bork R.
Boschi V.
Bose S.
Bozzi A.
Bradaschia C.
Brady P.R.
Braginsky V.B.
Branchesi M.
Brau J.E.
Briant T.
Brillet A.
Brinkmann M.
Brisson V.
Brockill P.
Brooks A.F.
Brown D.
Brown D.A.
Brown D.D.
Brown N.M.
Buchanan C.C.
Buikema A.
Bulik T.
Bulten H.J.
Buonanno A.
Buskulic D.
Buy C.
Byer R.L.
Cadonati L.
Cagnoli G.
Cahillane C.
Calderón Bustillo J.
Callister T.
Calloni E.
Camp J.B.
Cannon K.C.
Cao J.
Capano C.D.
Capocasa E.
Carbognani F.
Caride S.
Casanueva Diaz J.
Casentini C.
Castro Gonzalez J.M.
Caudill S.
Cavaglià M.
Cavalier F.
Cavalieri R.
Cella G.
Cepeda C.
Cerretani G.
Cesarini E.
Chakraborty R.
Chalermsongsak T.
Chamberlin S.J.
Chan M.
Chao S.
Charlton P.
Chassande-Mottin E.
Chen H.Y.
Chen Y.
Cheng C.
Chincarini A.
Chiummo A.
Cho H.S.
Cho M.
Chow J.H.
Christensen N.
Chu Q.
Chua S.
Chung S.
Ciani G.
Clara F.
Clark J.A.
Cleva F.
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Cohadon P.-F.
Colla A.
Collette C.G.
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Conte A.
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Corbitt T.R.
Cornish N.
Corsi A.
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Costa C.A.
Coughlin M.W.
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Countryman S.T.
Couvares P.
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Craig K.
Creighton J.D.E.
Cripe J.
Crowder S.G.
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Dal Canton T.
Danilishin S.L.
Danzmann K.
Darman N.S.
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Daveloza H.P.
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Day R.
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Degallaix J.
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Dent T.
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Dergachev V.
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Edo T.B.
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Ehrens P.
Eichholz J.M.
Eikenberry S.S.
Engels W.
Essick R.C.
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Evans M.
Evans T.M.
Everett R.
Factourovich M.
Fafone V.
Fair H.
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Fan X.
Fang Q.
Farinon S.
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Farr W.M.
Favata M.
Fays M.
Fehrmann H.
Fejer M.M.
Ferrante I.
Ferreira E.C.
Ferrini F.
Fidecaro F.
Fiori I.
Fisher R.P.
Flaminio R.
Fletcher M.
Fournier J.-D.
Franco S.
Frasca S.
Frasconi F.
Frei Z.
Freise A.
Frey R.
Frey V.
Fricke T.T.
Fritschel P.
Frolov V.V.
Fulda P.
Fyffe M.
Gabbard H.A.G.
Gair J.R.
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Gaonkar S.G.
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Gaur G.
Gehrels N.
Gemme G.
Gendre B.
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Ghosh A.
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Gordon N.A.
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Gossan S.E.
Gosselin M.
Gouaty R.
Graef C.
Graff P.B.
Granata M.
Grant A.
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Greco G.
Green A.C.
Groot P.
Grote H.
Grunewald S.
Guidi G.M.
Guo X.
Gupta A.
Gupta M.K.
Gushwa K.E.
Gustafson E.K.
Gustafson R.
Hacker J.J.
Hall B.R.
Hall E.D.
Hammond G.
Haney M.
Hanke M.M.
Hanks J.
Hanna C.
Hannam M.D.
Hanson J.
Hardwick T.
Haris K.
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Harry G.M.
Harry I.W.
Hart M.J.
Hartman M.T.
Haster C.-J.
Haughian K.
Heidmann A.
Heintze M.C.
Heitmann H.
Hello P.
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Publication venue: College Park, MD : American Physical Society
Publication date: 01/01/2016
Field of study

We present the results of a search for long-duration gravitational wave transients in two sets of data collected by the LIGO Hanford and LIGO Livingston detectors between November 5, 2005 and September 30, 2007, and July 7, 2009 and October 20, 2010, with a total observational time of 283.0 days and 132.9 days, respectively. The search targets gravitational wave transients of duration 10-500 s in a frequency band of 40-1000 Hz, with minimal assumptions about the signal waveform, polarization, source direction, or time of occurrence. All candidate triggers were consistent with the expected background; as a result we set 90% confidence upper limits on the rate of long-duration gravitational wave transients for different types of gravitational wave signals. For signals from black hole accretion disk instabilities, we set upper limits on the source rate density between 3.4×10-5 and 9.4×10-4 Mpc-3 yr-1 at 90% confidence. These are the first results from an all-sky search for unmodeled long-duration transient gravitational waves. © 2016 American Physical Society