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27 research outputs found

The context of chemical communication driving a mutualism

Author: A Ruebenbauer
AG Cordente
C Anagnostou
Catrin S. Günther
CC Buser
Claudia C. Buser
DH Cha
Drosophila 12 Consortium
EA Hallem
EA Hallem
G Liti
G Styger
GA Wright
I Weiss
J Stökl
JBS Haldane
JF Christiaens
JP Cunningham
L Palanca
LB Vosshall
LGW Bergström
M Chakir
M Knaden
Matthew R. Goddard
P Capy
P Witzgall
PG Becher
PL Phelan
R Schröder
RC MacLean
Richard D. Newcomb
RM Joseph
S Sachse
S Steiger
SH Hutner
SMG Saerens
T Dobzhansky
T Pfeiffer
Publication venue: 'Springer Science and Business Media LLC'
Publication date: 21/09/2015
Field of study

Recent work suggests that Drosophila and Saccharomyces yeasts may establish a mutualistic association, and that this is driven by chemical communication. While individual volatiles have been implicated in the attraction of D. melanogaster, the semiochemicals affecting the behavior of the sibling species D. simulans are less well characterised. Here, we comprehensively scrutinize a broad range of volatiles produced by attractive and repulsive yeasts to experimentally evaluate the chemical nature of communication between these species. When grown in liquid or on agar-solidified grape juice, attraction to S. cerevisiae was primarily driven by 3-methylbutyl acetate (isoamyl acetate) and repulsion by acetic acid, a known attractant to D. melanogaster (also known as vinegar fly). Using T-maze choice tests and synthetic compounds we show that these responses were strongly influenced by compound concentration. Moreover, the behavioral response is further impacted by the chemical context of the environment. Thus, chemical communication between yeasts and flies is complex, and is not simply driven by the presence of single volatiles, but modulated by compound interactions. The ecological context of chemical communication needs to be taken into consideration when testing for ecologically realistic responses

University of Lincoln Institutional Repository

Crossref

Measurement of D+- and D0 production in deep inelastic scattering using a lifetime tag at HERA

Author: 16 ]
21 ]
3 ]
3 ]
3 ] Basile
3 ] Bindi
3 ] Cifarelli
3 ] Contin
3 ] Sartorelli
3 ] Zichichi
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A[ 14
A[ 3
A[ 33
A[ 33
A[ 36
A[ 39
A[ 4
A[ 4
A[ 44
A[ 7
Abdullah WATW[ 9 ]
Abramowicz
Abt I[ 32 ]
AD[ 2
Adamczyk L[ 12 ]
Adamus M[ 48 ]
Allfrey
AM[ 3
Antonelli
Antonioli P[ 3 ]
Antonov A[ 30 ]
Arneodo
Aushev V[ 24 ]
B[ 3
Bachynska O[ 24 ]
Bamberger A[ 18 ]
Barakbaev AN[ 23 ]
Barbagli G[ 16 ]
Bari G[ 3 ]
Barreiro F[ 27 ]
Bartsch D[ 5 ]
Behnke O[ 14 ]
Behrens U[ 14 ]
Bell
Bellagamba L[ 3 ]
Bellan
Bertolin A[ 35 ]
Bhadra S[ 51 ]
Blohm C[ 14 ]
Bold T[ 12 ]
Bonato A[ 14 ]
Boos EG[ 23 ]
Borodin M[ 24 ]
Borras K[ 14 ]
Boscherini D[ 3 ]
Bot D[ 14 ]
Boutle
Brock I[ 5 ]
Brook NH[ 52 ]
Brownson E[ 50 ]
Brugnera
Brummer N[ 34 ]
Bruni A[ 3 ]
Bruni G[ 3 ]
Brzozowska B[ 47 ]
Bussey PJ[ 19 ]
Butterworth
Bylsma B[ 34 ]
C[ 2
C[ 2
C[ 3
Caldwell A[ 32 ]
Capua
Carlin
Catterall CD[ 51 ]
Chekanov S[ 1 ]
Chwastowski J[ 11 ]
Ciborowski
Ciesielski R[ 14 ]
Cindolo F[ 3 ]
Cole
Cooper Sarkar
Coppola N[ 14 ]
Corradi M[ 3 ]
Corriveau F[ 28 ]
Costa
Cui Y[ 51 ]
D'Agostini
D[ 14
Dal Corso F[ 35 ]
de Favereau J[ 26 ]
DE PASQUALE Salvatore
del Peso J[ 27 ]
Dementiev RK[ 31 ]
Derrick M[ 1 ]
Devenish
Dobur D[ 18 ]
Dolgoshein BA[ 30 ]
Doyle AT[ 19 ]
Drugakov V[ 15 ]
Dunne W[ 19 ]
Durkin LS[ 34 ]
Dusini S[ 35 ]
E[ 33
E[ 7
Eisenberg Y[ 49 ]
Ermolov PF[ 31 ]
Eskreys A[ 11 ]
Fang S[ 14 ]
Fazio
Ferrando
Ferrero
Figiel J[ 11 ]
Forrest M[ 19 ]
Foster
Foudas
Fourletov S[ 46 ]
Fourletova J[ 14 ]
Fry
G[ 33
G[ 39
G[ 39
G[ 4
G[ 7
Galas A[ 11 ]
Gallo E[ 16 ]
Garfagnini
Geiser A[ 14 ]
Gialas I[ 20 ]
Gladilin LK[ 31 ]
Gladkov D[ 30 ]
Glasman C[ 27 ]
Golubkov YA[ 31 ]
Gottlicher P[ 14 ]
Grabowska Bold I[ 12 ]
Grebenyuk J[ 14 ]
Gregor I[ 14 ]
Grigorescu
Grzelak G[ 47 ]
Gwenlan
H[ 33
H[ 40
Haas T[ 14 ]
Hain W[ 14 ]
Hall Wilton
Hamatsu R[ 43 ]
Hart
Hartmann H[ 5 ]
Hartner G[ 51 ]
Heath GP[ 52 ]
Hilger E[ 5 ]
Hochman D[ 49 ]
Holm U[ 21 ]
Hori R[ 42 ]
Horton
Huttmann A[ 14 ]
I[ 6
Iacobucci G[ 3 ]
Ibrahim ZA[ 9 ]
Idris F[ 9 ]
Iga Y[ 38 ]
Ingbir R[ 40 ]
J[ 14
J[ 3
J[ 47
Jakob HP[ 5 ]
Januschek F[ 14 ]
JC[ 4
JE[ 4
JH[ 5
Jimenez M[ 27 ]
JM[ 5
Jones
Jungst M[ 5 ]
K[ 3
K[ 3
Kadenko I[ 24 ]
Kagawa S[ 42 ]
Kahle B[ 14 ]
Kaji H[ 43 ]
Kamaluddin B[ 9 ]
Kananov S[ 40 ]
Karshon U[ 49 ]
Karstens F[ 18 ]
Katkov II[ 14 ]
Kaur
Kaur M[ 6 ]
Keramidas
Khein LA[ 31 ]
Kim JY[ 8 ]
Kisielewska D[ 12 ]
Kitamura S[ 43 ]
Klanner R[ 21 ]
Klein U[ 14 ]
Koffeman
Kollar D[ 32 ]
Kooijman
Korzhavina IA[ 31 ]
Kotanski A[ 13 ]
Kotz U[ 14 ]
Kowalski H[ 14 ]
Kozulia A[ 24 ]
KR[ 2
Kulinski P[ 47 ]
Kuze M[ 41 ]
Kuzmin VA[ 31 ]
L[ 33
L[ 4
Labarga L[ 27 ]
Lee A[ 34 ]
Levchenko BB[ 31 ]
Levy A[ 40 ]
Libov V[ 24 ]
Limentani
Ling TY[ 34 ]
Lisovyi M[ 14 ]
Liu C[ 28 ]
Lobodzinska E[ 14 ]
Lohmann W[ 15 ]
Lohr B[ 14 ]
Lohrmann E[ 21 ]
Loizides
Long
Longhin A[ 35 ]
Lontkovskyi D[ 24 ]
Lukasik J[ 12 ]
Lukina OY[ 31 ]
Luzniak P[ 47 ]
M[ 33
M[ 4
M[ 4
M[ 44
M[ 45
M[ 45
M[ 5
M[ 7
M[ 7
MA[ 3
Maeda J[ 41 ]
Magill S[ 1 ]
Makarenko I[ 24 ]
Malka J[ 47 ]
Mankel R[ 14 ]
Margotti A[ 3 ]
Marini
Martin JF[ 46 ]
Mastroberardino
Matsumoto T[ 22 ]
Mattingly MCK[ 2 ]
Melzer Pellmann IA[ 14 ]
Menary S[ 51 ]
MI[ 44
Miglioranzi S[ 14 ]
Molina AGY[ 14 ]
Monaco
Montanari A[ 14 ]
Morris JD[ 52 ]
MR[ 5
Musgrave B[ 1 ]
Nagano K[ 22 ]
Namsoo T[ 14 ]
Nania R[ 3 ]
Nicholass D[ 1 ]
Nigro
Ning Y[ 10 ]
Noor U[ 51 ]
Notz D[ 14 ]
Nowak RJ[ 47 ]
Nuncio Quiroz AE[ 5 ]
Oh BY[ 37 ]
Okazaki N[ 42 ]
Oliver
Olkiewicz K[ 11 ]
Ota O[ 43 ]
P[ 33
P[ 36
P[ 6
Papageorgiu K[ 20 ]
Parenti A[ 14 ]
Paul E[ 5 ]
Pawlak JM[ 47 ]
Pawlik B[ 11 ]
PD[ 3
Pelfer
Pellegrino
Perlanski W[ 47 ]
Perrey H[ 21 ]
PG[ 17
Piotrzkowski K[ 26 ]
Plucinski P[ 48 ]
Pokrovskiy NS[ 23 ]
Polini A[ 3 ]
Proskuryakov AS[ 31 ]
Przybycie M[ 12 ]
R[ 3
R[ 36
R[ 36
R[ 44
R[ 5
Raval A[ 37 ]
RCE[ 3
Reeder DD[ 50 ]
Reisert B[ 32 ]
Ren Z[ 10 ]
Repond J[ 1 ]
Ri YD[ 43 ]
Rinaldi L[ 14 ]
Robertson
Roloff P[ 14 ]
Ron E[ 27 ]
Rosin M[ 19 ]
Rubinsky I[ 14 ]
Ruspa
S[ 36
S[ 4
S[ 4
S[ 7
Sacchi
Samson U[ 5 ]
Savin AA[ 50 ]
Saxon DH[ 19 ]
Schioppa
Schlenstedt S[ 15 ]
Schleper P[ 21 ]
Schmidke WB[ 32 ]
Schneekloth U[ 14 ]
Schonberg V[ 5 ]
Schorner Sadenius T[ 21 ]
Schwartz J[ 28 ]
Sciulli F[ 10 ]
Shcheglova LM[ 31 ]
Shehzadi R[ 5 ]
Shimizu S[ 42 ]
Singh
SK[ 5
Skillicorn IO[ 19 ]
Slominski W[ 13 ]
Smith WH[ 50 ]
Soares M[ 27 ]
Sola
Solano
Son D[ 25 ]
Sorokin I[ 24 ]
Sosnovtsev V[ 30 ]
Spiridonov
Stadie H[ 21 ]
Stanco L[ 35 ]
Standage J[ 51 ]
Stern A[ 40 ]
Stewart TP[ 46 ]
Stifutkin A[ 30 ]
Stopa P[ 11 ]
Suchkov S[ 30 ]
Susinno
Suszycki L[ 12 ]
Sutton
Sztuk J[ 21 ]
Szuba
Szuba
T[ 47
Tapper
Tassi
Tawara T[ 42 ]
Terron J[ 27 ]
Theedt T[ 14 ]
Tiecke
Tokushuku K[ 22 ]
Tsurugai T[ 29 ]
Turcato M[ 21 ]
TW[ 5
Tymieniecka
Ukleja A[ 48 ]
Ukleja J[ 14 ]
Uribe Estrada C[ 27 ]
V[ 44
V[ 44
Vazquez
Verbytskyi A[ 24 ]
Vlasov NN[ 18 ]
Volynets O[ 24 ]
Walczak
Walsh R[ 28 ]
Whitmore JJ[ 37 ]
Whyte J.
Wiggers
Wing
Wlasenko M[ 5 ]
Wolf G[ 14 ]
Wolfe H[ 50 ]
Wrona K[ 14 ]
Yamada S[ 22 ]
Yamazaki Y[ 22 ]
Yoshida R[ 1 ]
Youngman C[ 14 ]
Zambrana M[ 27 ]
Zarnecki AF[ 47 ]
Zawiejski L[ 11 ]
Zeuner W[ 14 ]
Zhautykov BO[ 23 ]
Zhou C[ 28 ]
Zotkin DS[ 31 ]
Publication venue
Publication date: 01/01/2008
Field of study

The production of D-+/-- and D-0-mesons has been measured with the ZEUS detector at HERA using an integrated luminosity of 133.6 pb(-1). The measurements cover the kinematic range 5 < Q(2) < 1000 GeV2, 0.02 < y < 0.7, 1.5 < p(T)(D) < 15 GeV and |eta(D)| < 1.6. Combinatorial background to the D-meson signals is reduced by using the ZEUS microvertex detector to reconstruct displaced secondary vertices. Production cross sections are compared with the predictions of next-to-leading-order QCD, which is found to describe the data well. Measurements are extrapolated to the full kinematic phase space in order to obtain the open-charm contribution, F-2(c (c) over bar), to the proton structure function, F-2

EDP Sciences OAI-PMH repository (1.2.0)

DESY

Enlighten

International Migration, Integration and Social Cohesion online publications

UvA-DARE

Archivio istituzionale della ricerca - Università di Padova

DESY Publication Database

Oxford University Research Archive

Archivio istituzionale della ricerca - Alma Mater Studiorum Università di Bologna

Andrews University

Archivio della Ricerca - Università di Salerno

Peculiarities of Clinical Indices, Duration and Complication of Acute Pancreatitis in Patients With Comorbid Obesity

Author: 12
16
17
Acharya
Banks
Chen
Connor
Funnell
Johnson
Khatua
Larvin
Mery
Mortele
Navina
Papachristou
PG
Schaffler
Sekimoto
Sharma
Suazo-Barahona
Suazo-Barahona
Vidarsdottir
Xin
Publication venue: 'Danylo Halytskyi Lviv National Medical University'
Publication date
Field of study

Crossref

Tracking Delays in Report Availability Caused by Incorrect Exam Status with Web-Based Issue Tracking: A Quality Initiative

Author: American Association of Physicists in Medicine Task Group 12
BF Branstetter 4th
CC Blackmore
CD Johnson
D Altman
Frans van Wagenberg
HG Adams
J Kang
J Papp
J Strife
JB Kruskal
JB Kruskal
JP Crabbe
Mark Daly
Nabile Safdar
Omer Abdulrehman Awan
Paul Nagy
PG Nagy
SE Seltzer
SE Seltzer
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

Crossref

An Auto Regressive Integrated Moving Average (ARIMA) Model for prediction of energy consumption by household sector in Euro area

Author: 12 de Oliveira EM Cyrino Oliveira FL
Barak S Sadegh SS
Burroughs S
Delgado Marín JP Vera García F, García Cascales JR
Ediger VŞ Akar S
Fornara F Pattitoni P, Mura M, et al.
Haiges R Wang YD, Ghoshray A, et al.
Holmberg K Kivikytö-Reponen P, Härkisaari P, et al.
Hossieny N Shrestha SS, Owusu OA, et al.
Jahanshahi A Kamali M, Khalaj M, et al.
Kaivo-Oja J Vehmas J, Luukkanen J
Kamali M Kamali AR
Khalaj M Kamali M, Khodaparast Z, et al.
Li Q Jiang J, Qi J, et al.
Odenberger M Kjärstad J, Johnsson F
Santiago I López-Rodríguez MA, Gil-de-Castro A, et al.
Sen P Roy M, Pal P
Yuan C Liu S, Fang Z
Zhang PG
Publication venue: 'American Institute of Mathematical Sciences (AIMS)'
Publication date: 01/01/2019
Field of study

Crossref

Production of Excited Charm and Charm-Strange Mesons at HERA

Author: 16 ]
21 ]
21 ]
21 ]
21 ]
21 ]
21 ]
21 ]
28 ]
28 ]
28 ]
28 ]
28 ]
28 ]
28 ]
28 ]
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28 ]
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40 41
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53 ]
62 ]
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67 ]
8 ]
8 ] Fazio
8 ] Mastroberardino
8 ] Schioppa
8 ] Susinno
8 ] Tassi
A[ 15
A[ 27
A[ 27
A[ 3
A[ 37
A[ 37
A[ 41
A[ 45
A[ 52
A[ 7
Abdullah WAT[ 10 ]
Abramowicz H[ 48 ]
Abt I[ 36 ]
Adamczyk L[ 13 ]
Adamus M[ 58 ]
Allfrey PD[ 40 ]
AM[ 3
Antonelli S[ 4 ]
Antonioli P[ 3 ]
Antonov A[ 34 ]
Arneodo M[ 54 ]
AT[ 20
Aushev
B[ 15
B[ 3
Bachynska
Bamberger A[ 19 ]
Barakbaev AN[ 26 ]
Barbagli G[ 17 ]
Bari G[ 3 ]
Barreiro F[ 31 ]
Bartsch D[ 5 ]
Basile M[ 4 ]
Behrens U[ 15 ]
Bell
Bellagamba L[ 3 ]
Bellan P
Bertolin A[ 41 ]
Bhadra S[ 61 ]
Bindi M[ 4 ]
Blohm C[ 15 ]
Bold T[ 13 ]
Bonato A[ 15 ]
Boos EG[ 26 ]
Borodin
Borras K[ 15 ]
Boscherini D[ 3 ]
Boutle SK[ 56 ]
Brock I[ 5 ]
Brook NH[ 6 ]
Brownson E[ 60 ]
Brugnera
Brummer N[ 39 ]
Bruni A[ 3 ]
Bruni G[ 3 ]
Brzozowska B[ 57 ]
Bussey
Butterworth JM[ 56 ]
Bylsma B[ 39 ]
C[ 3
Caldwell A[ 36 ]
Capua
Carlin
Catterall CD[ 61 ]
Chekanov S[ 1 ]
Chwastowski J[ 12 ]
Ciborowski
Ciesielski R[ 15 ]
Cifarelli L[ 4 ]
Cindolo F[ 3 ]
Cole JE[ 47 ]
Contin A[ 4 ]
Cooper Sarkar
Coppola N[ 15 ]
Corradi M[ 3 ]
Corriveau F[ 32 ]
Corso F[ 41 ]
Costa
Cui Y[ 61 ]
D'Agostini
D[ 15
D[ 27
Danielson T[ 60 ]
de Favereau J[ 30 ]
DE PASQUALE Salvatore
del Peso J[ 31 ]
Dementiev RK[ 35 ]
Derrick M[ 1 ]
Devenish
DH[ 20
Dobur D[ 19 ]
Dolgoshein BA[ 34 ]
Doyle
Drugakov V[ 16 ]
Dunne
Durkin LS[ 39 ]
Dusini S[ 41 ]
E[ 37
E[ 7
Eisenberg Y[ 59 ]
Ermolov PF[ 35 ]
Eskreys A[ 12 ]
Everett A[ 60 ]
Fang S[ 15 ]
Ferrando
Ferrero
Figiel J[ 12 ]
Forrest
Foster
Foudas C[ 24 ]
Fourletov S[ 55 ]
Fourletova J[ 15 ]
Fry C[ 24 ]
G[ 37
G[ 45
G[ 45
G[ 7
Galas A[ 12 ]
Gallo E[ 17 ]
Garfagnini
Geiser A[ 15 ]
Gialas I[ 22 ]
Gil M[ 12 ]
Gladilin LK[ 35 ]
Gladkov D[ 34 ]
Glasman C[ 31 ]
Golubkov YA[ 35 ]
Gottlicher P[ 15 ]
Grabowska Bold I[ 13 ]
Grebenyuk J[ 15 ]
Gregor I[ 15 ]
Grigorescu
Grzelak G[ 57 ]
Gwenlan C[ 56 ]
H[ 37
Haas T[ 15 ]
Hain W[ 15 ]
Hamatsu R[ 51 ]
Hart JC[ 47 ]
Hartmann H[ 5 ]
Hartner G[ 61 ]
Heath GP[ 6 ]
Hilger E[ 5 ]
Hochman D[ 59 ]
Holm U[ 23 ]
Hori R[ 50 ]
Huttmann A[ 15 ]
I[ 27
I[ 27
I[ 27
Iacobucci G[ 3 ]
Ibrahim ZA[ 10 ]
Iga Y[ 44 ]
Ingbir R[ 48 ]
IO[ 20
J[ 15
J[ 3
J[ 57
Jakob HP[ 5 ]
Januschek F[ 15 ]
Jimenez M[ 31 ]
Jones TW[ 56 ]
Jungst M[ 5 ]
K[ 3
K[ 3
Kadenko
Kagawa S[ 50 ]
Kahle B[ 15 ]
Kaji H[ 51 ]
Kamaluddin B[ 10 ]
Kananov S[ 48 ]
Karshon U[ 59 ]
Karstens F[ 19 ]
Katkov II[ 15 ]
Kcira D[ 60 ]
Keramidas
Khein LA[ 35 ]
Kim JY[ 9 ]
Kisielewska D[ 13 ]
Kitamura S[ 51 ]
Klanner R[ 23 ]
Klein U[ 15 ]
Koffeman
Kollar D[ 36 ]
Kooijman
Korcsak Gorzo
Korzhavina IA[ 35 ]
Kotanski A[ 14 ]
Kotz U[ 15 ]
Kowalski H[ 15 ]
Kozulia
KR[ 24
Kulinski P[ 57 ]
Kuze M[ 49 ]
Kuzmin VA[ 35 ]
L[ 37
Labarga L[ 31 ]
Lee A[ 39 ]
Levchenko BB[ 35 ]
Levy A[ 48 ]
Libov
Limentani
Ling TY[ 39 ]
Lisovyi
Liu C[ 32 ]
Lobodzinska E[ 15 ]
Lohmann W
Lohr
Lohrmann E[ 23 ]
Loizides JH[ 56 ]
Long
Longhin A
Lontkovskyi
Lukasik J[ 13 ]
Lukina OY[ 35 ]
Luzniak P[ 57 ]
M[ 20
M[ 20
M[ 27
M[ 27
M[ 37
M[ 52
M[ 56
M[ 7
M[ 7
MA[ 3
Maeda J[ 49 ]
Magill S[ 1 ]
Makarenko
Malka J[ 57 ]
Mankel R[ 15 ]
Margotti A[ 3 ]
Marini
Martin JF[ 55 ]
Matsumoto T[ 25 ]
Mattingly MCK[ 2 ]
Melzer Pellmann IA[ 15 ]
Menary S[ 61 ]
MI[ 52
Miglioranzi S[ 15 ]
Molina AG[ 15 ]
Monaco
Montanari A[ 15 ]
Morris JD[ 6 ]
Musgrave B[ 1 ]
Nagano K[ 25 ]
Namsoo T[ 15 ]
Nania R[ 3 ]
Nicholass D[ 1 ]
Nigro
Ning Y[ 11 ]
Noor U[ 61 ]
Notz D[ 15 ]
Nowak RJ[ 57 ]
Nuncio Quiroz AE[ 5 ]
O[ 27
O[ 27
Oh BY[ 43 ]
Okazaki N[ 50 ]
Oliver
Olkiewicz K[ 12 ]
Ota O[ 51 ]
P[ 37
Papageorgiu K[ 22 ]
Parenti A[ 15 ]
Paul E[ 5 ]
Pawlak JM[ 57 ]
Pelfer PG[ 18 ]
Pellegrino
Piotrzkowski K[ 30 ]
PJ[ 20
Plucinski P[ 58 ]
Pokrovskiy NS[ 26 ]
Polini A[ 3 ]
Proskuryakov AS[ 35 ]
Przybycien M[ 13 ]
R[ 3
R[ 41
R[ 41
R[ 52
Raval A[ 43 ]
RCE[ 3
Reeder DD[ 60 ]
Reisert B[ 36 ]
Ren Z[ 11 ]
Repond J[ 1 ]
Ri YD[ 51 ]
Rinaldi L[ 15 ]
Robertson
Roloff P[ 15 ]
Ron E[ 31 ]
Rosin
Rubinsky I[ 15 ]
Ruspa M[ 54 ]
Ryan P[ 60 ]
S[ 41
S[ 7
Sacchi
Samson U[ 5 ]
Santamarta R[ 15 ]
Sartorelli G[ 4 ]
Savin AA[ 60 ]
Saxon
Schlenstedt S[ 16 ]
Schleper P[ 23 ]
Schmidke WB[ 36 ]
Schneekloth U[ 15 ]
Schonberg V[ 5 ]
Schorner Sadenius T[ 23 ]
Schwartz J[ 32 ]
Sciulli F[ 11 ]
Shcheglova LM[ 35 ]
Shehzadi R[ 5 ]
Shimizu S[ 50 ]
Skillicorn
Slominski W[ 14 ]
Smith WH[ 60 ]
Soares M[ 31 ]
Solano
Son D[ 29 ]
Sorokin
Sosnovtsev V[ 34 ]
Spiridonov
Stadie H[ 23 ]
Stanco L[ 41 ]
Standage J[ 61 ]
Stern A[ 48 ]
Stewart TP[ 55 ]
Stifutkin A[ 34 ]
Stopa P[ 12 ]
Suchkov S[ 34 ]
Suszycki L[ 13 ]
Sztuk J[ 23 ]
Szuba
Szuba
Tapper AD[ 24 ]
Tawara T[ 50 ]
Terron J[ 31 ]
Theedt T[ 15 ]
Tiecke
Tokushuku K[ 25 ]
Tsurugai T[ 33 ]
Turcato M[ 23 ]
Tymieniecka T[ 57 ]
Ukleja A[ 57 ]
Ukleja J[ 43 ]
Uribe Estrada
V[ 27
V[ 27
V[ 52
Vazquez
Verbytskyi
Vlasov NN[ 19 ]
Volynets
W[ 20
Walczak
Walsh R[ 32 ]
Whitmore JJ[ 43 ]
Whyte J.
Wiggers
Wing
Wlasenko M[ 5 ]
Wolf G[ 15 ]
Wolfe H[ 60 ]
Wrona K[ 15 ]
Y[ 25
Yamada S[ 25 ]
Yamazaki
Yoshida R[ 1 ]
Youngman C[ 15 ]
Zambrana M[ 31 ]
Zarnecki AF[ 57 ]
Zawiejski L[ 12 ]
Zeuner W[ 15 ]
Zhautykov BO[ 26 ]
Zhou C[ 32 ]
Zichichi A[ 4 ]
Zotkin DS[ 35 ]
Publication venue: 'Springer Science and Business Media LLC'
Publication date: 01/01/2009
Field of study

The production of excited charm, D 1(2420)0 and D 2 * (2460)0, and charm-strange, D s1(2536)±, mesons in ep collisions was measured with the ZEUS detector at HERA using an integrated luminosity of 126 pb -1. Masses, widths and helicity parameters were determined. The measured yields were converted to the rates of c quarks hadronising as a given excited charm meson and to the ratios of the dominant D 2 * (2460)0 and D s1(2536) ± branching fractions. A search for the radially excited charm meson, D *(2640)±, was also performed. The results are compared with those measured previously and with theoretical expectations

Archivio della Ricerca - Università di Salerno

Multi-Leptons with High Transverse Momentum at HERA

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Aaron
Abdullah WATW[ 42 ]
Abramowicz
Abt I[ 61 ]
Adamczyk L[ 22 ]
Adamus M[ 92 ]
Alexa C[ 1 ]
Alimujiang K[ 34 ]
Andreev V[ 58 ]
Antonelli
Antonioli P[ 10 ]
Antonov
Antunovic B[ 34 ]
Arneodo
Asmone
Aushev
Avila KBC[ 51 ]
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B[ 88
Bachynska
Backovic S[ 69 ]
Baghdasaryan A[ 94 ]
Bamberger A[ 30 ]
Barakbaev AN[ 3 ]
Barbagli G[ 28 ]
Bari G[ 10 ]
Barreiro F[ 54 ]
Barrelet
Bartel W[ 34 ]
Bartsch D[ 12 ]
Basile
Begzsuren K[ 88 ]
Behnke O[ 34 ]
Behr J[ 34 ]
Behrens U[ 34 ]
Bellagamba L[ 10 ]
Belousov A[ 58 ]
Bertolin A[ 64 ]
Bhadra S[ 96 ]
Bindi
Bizot JC[ 62 ]
Blohm C[ 34 ]
Bold T[ 22 ]
Boos EG[ 3 ]
Borodin
Borras K[ 34 ]
Boscherini D[ 10 ]
Bot D[ 34 ]
Boudry V[ 66 ]
Boutle SK[ 46 ]
Bozovic Jelisavcic I[ 7 ]
Bracinik J[ 9 ]
Brandt G[ 34 ]
Brinkmann M[ 33 ]
Brisson V[ 62 ]
Brock I[ 12 ]
Brownson E[ 53 ]
Brugnera
Brummer N[ 18 ]
Bruncko D[ 41 ]
Bruni A[ 10 ]
Bruni G[ 10 ]
Brzozowska B[ 91 ]
Bunyatyan
Buschhorn G[ 61 ]
Bussey PJ[ 32 ]
Butterworth JM[ 46 ]
Bylsma B[ 18 ]
Bystritskaya L[ 57 ]
Caldwell A[ 61 ]
Campbell AJ[ 34 ]
Capua
Carlin
Cassol Brunner F[ 55 ]
Catterall CD[ 96 ]
Cerny
Cerny K[ 71 ]
Chekanov S[ 6 ]
Chekelian V[ 61 ]
Cholewa A[ 34 ]
Chwastowski J[ 21 ]
Ciborowski
Ciesielski R[ 34 ]
Cifarelli
Cindolo F[ 10 ]
Contin
Contreras JG[ 51 ]
Cooper Sarkar AM[ 63 ]
Coppola N[ 34 ]
Corradi M[ 10 ]
Corriveau F[ 56 ]
Costa
Coughlan JA[ 25 ]
Cozzika G[ 31 ]
Cvach J[ 70 ]
D'Agostini
D[ 14
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Dainton JB[ 45 ]
Dal Corso F[ 64 ]
Daum
de Boer Y[ 34 ]
de Favereau J[ 49 ]
DE PASQUALE Salvatore
De Wolf
Deak M[ 34 ]
Del Degan M[ 98 ]
del Peso J[ 54 ]
Delcourt B[ 62 ]
Delvax
Dementiev RK[ 60 ]
Derrick M[ 6 ]
Devenish RCE[ 63 ]
Diaconu C[ 55 ]
Dobur D[ 30 ]
Dodonov V[ 35 ]
Dolgoshein BA[ 59 ]
Dossanov A[ 61 ]
Doyle AT[ 32 ]
Drugakov V[ 97 ]
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Durkin LS[ 18 ]
Dusini S[ 64 ]
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Efremenko V[ 57 ]
Egli S[ 90 ]
Eisenberg Y[ 72 ]
Eliseev A[ 58 ]
Elsen E[ 34 ]
Ermolov PF[ 60 ]
Eskreys A[ 21 ]
Falkiewicz A[ 21 ]
Fang S[ 34 ]
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Fazio
FD[ 1
Fedotov A[ 57 ]
Felst R[ 34 ]
Feltesse J[ 31 ]
Ferencei J[ 41 ]
Ferrando J[ 63 ]
Ferrero
Figiel J[ 21 ]
Fischer DJ[ 34 ]
Fleischer M[ 34 ]
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Forrest M[ 32 ]
Foster B[ 63 ]
Fourletov S[ 86 ]
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Gallo E[ 28 ]
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Gayler J[ 34 ]
Geiser A[ 34 ]
Ghazaryan S[ 94 ]
Gialas I[ 17 ]
Gladilin LK[ 60 ]
Gladkov D[ 59 ]
Glasman C[ 54 ]
Glazov A[ 34 ]
Glushkov I[ 97 ]
Goerlich L[ 21 ]
Gogitidze N[ 58 ]
Golubkov YA[ 60 ]
Gottlicher P[ 34 ]
Gouzevitch M[ 34 ]
Grab C[ 98 ]
Grabowska Bold I[ 22 ]
Grebenyuk J[ 34 ]
Greenshaw T[ 45 ]
Gregor I[ 34 ]
Grell BR[ 34 ]
Grigorescu
Grindhammer G[ 61 ]
Grzelak G[ 91 ]
Gwenlan C[ 63 ]
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Haas T[ 34 ]
Habib S[ 33 ]
Haidt D[ 34 ]
Hain W[ 34 ]
Hamatsu R[ 82 ]
Hart JC[ 25 ]
Hartmann H[ 12 ]
Hartner G[ 96 ]
Helebrant C[ 34 ]
Henderson RCW[ 44 ]
Hennekemper E[ 37 ]
Henschel H[ 97 ]
Herbst M[ 37 ]
Herrera G[ 52 ]
Hildebrandt M[ 90 ]
Hilger E[ 12 ]
Hiller KH[ 97 ]
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Kraemer M[ 34 ]
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Morris JV[ 25 ]
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Musgrave B[ 6 ]
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Nikiforov A[ 34 ]
Ning Y[ 38 ]
Noor U[ 96 ]
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Nowak RJ[ 91 ]
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Ota O[ 82 ]
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Pandurovic M[ 7 ]
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Papageorgiu K[ 17 ]
Parenti A[ 34 ]
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Reimer P[ 70 ]
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Repond J[ 6 ]
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Roloff P[ 34 ]
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Rostovtsev A[ 57 ]
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Rubinsky I[ 34 ]
Rurikova Z[ 34 ]
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Salek D[ 71 ]
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Sankey DPC[ 25 ]
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Sauter M[ 98 ]
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Schlenstedt S[ 97 ]
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Schmidke WB[ 61 ]
Schmitt S[ 34 ]
Schneekloth U[ 34 ]
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Schonberg V[ 12 ]
Schoning A[ 36 ]
Schorner Sadenius T[ 33 ]
Schultz Coulon HC[ 37 ]
Schwartz J[ 56 ]
Sciulli F[ 38 ]
Sefkow F[ 34 ]
Shaw West RN[ 9 ]
Shcheglova LM[ 60 ]
Shehzadi R[ 12 ]
Shimizu S[ 81 ]
Shtarkov LN[ 58 ]
Shushkevich S[ 61 ]
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Skillicorn IO[ 32 ]
Sloan T[ 44 ]
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Smith WH[ 53 ]
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Solano
Soloviev Y[ 58 ]
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Sosnovtsev V[ 59 ]
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Stadie H[ 33 ]
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Stern A[ 79 ]
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Stifutkin A[ 59 ]
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Stopa P[ 21 ]
Straumann U[ 99 ]
Suchkov S[ 59 ]
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Suszycki L[ 22 ]
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Sztuk J[ 33 ]
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Szuba
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Tapper AD[ 48 ]
Tassi
Tchoulakov V[ 27 ]
Terron J[ 54 ]
Theedt T[ 34 ]
Thompson G[ 47 ]
Thompson PD[ 9 ]
Tiecke
Tokushuku K[ 87 ]
Toll T[ 33 ]
Tomasz F[ 41 ]
Tomaszewska J[ 34 ]
Tran TH[ 62 ]
Traynor D[ 47 ]
Trevino AV[ 34 ]
Trinh TN[ 55 ]
Truol P[ 99 ]
Tsakov I[ 78 ]
Tseepeldorj
Tsurugai T[ 95 ]
Turcato M[ 33 ]
Turnau J[ 21 ]
Tymieniecka T[ 92 ]
Urban K[ 37 ]
Uribe Estrada C[ 54 ]
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Valkarovha A[ 71 ]
Vallee C[ 55 ]
Van Mechelen
Vazdik Y[ 58 ]
Vazquez
Vinokurova S[ 34 ]
Vlasov NN[ 30 ]
Volchinski V[ 94 ]
Volynets
von den Driesch M[ 34 ]
Walczak R[ 63 ]
Wegener D[ 26 ]
Whitmore JJ[ 89 ]
Whyte J[ 96 ]
Wiggers
Wissing C[ 34 ]
Wlasenko M[ 12 ]
Wolf G[ 34 ]
Wolfe H[ 53 ]
Wrona K[ 34 ]
Wunsch E[ 34 ]
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Yagues Molina AG[ 34 ]
Yamada S[ 87 ]
Yamazaki Y[ 87 ]
Yoshida R[ 6 ]
Youngman C[ 34 ]
Zacek J[ 71 ]
Zalesak J[ 70 ]
Zarnecki AF[ 91 ]
Zawiejski L[ 21 ]
Zeuner W[ 34 ]
Zhang Z[ 62 ]
Zhautykov BO[ 3 ]
Zhokin A[ 57 ]
Zhou C[ 56 ]
Zichichi
Zimmermann T[ 98 ]
Zohrabyan H[ 94 ]
Zolko
Zomer F[ 62 ]
Zotkin DS[ 60 ]
Zus R.
Publication venue: 'IOP Publishing'
Publication date: 01/01/2009
Field of study

18 pages, 3 figures, revised version with small textual changesEvents with at least two high transverse momentum leptons (electrons or muons) are studied using the H1 and ZEUS detectors at HERA with an integrated luminosity of 0.94 fb^{-1}. The observed numbers of events are in general agreement with the Standard Model predictions. Seven di- and tri-lepton events are observed in e^+p collision data with a scalar sum of the lepton transverse momenta above 100 GeV while 1.94+-0.17 events are expected. Such events are not observed in e^-p collisions for which 1.19+-0.12 are predicted. Total visible and differential di-electron and di-muon photoproduction cross sections are extracted in a restricted phase space dominated by photon-photon collisions