8 research outputs found
Menopausia y Terapia Hormonal de la Menopausia Las recomendaciones 2018 de la Unidad de Endocrinología Ginecológica de Clínica Alemana de Santiago -Sociedad Italiana de la Menopausia y la Sociedad Chilena de Endocrinología Ginecológica
- Author
- A Lanzone 11
- AM Paoletti 12
- Barriga 20 P.
- Biglia 2 N.
- Brantes 21 S.
- Cagnacci 3 A.
- Campusano 19 C.
- Caruso S.
- Cicinelli 5 E.
- De Leo 6 V.
- Di Carlo 7 C.
- Farris 8 M.
- Gambacciani 1 M.
- Gambera 9 A.
- Guaschino 10 S.
- Lagos 16 N.
- Lavin 17 P.
- Levancini 16 M.
- Lopez 18 M.
- M Fernadez 16
- P
- Parra 16 M.
- Pizarro 16 E.
- Russo 13 N.
- Vanhauwaert 16
- Velasco 16 S.
- Vicariotto 14 F.
- Villa 11 P.
- Villarroel 16 M.
- Volpe 15 A.
- Publication venue
- Publication date
- 01/01/2018
- Field of study
ABSTRACT In the last decade, the risk benefits ratio of MHT has been evaluated mainly in terms of cardiovascular risk. Present Consensus Statement is largely inspired by the Global Consensus on Menopausal Hormone Therapy in 2013 and 2016 by leading global menopause societies (The American Society for Reproductive Medicine, The Asia Pacific Menopause Federation, The Endocrine Society, The European Menopause and Andropause Society, The International Menopause Society, The International Osteoporosis Foundation and The North American Menopause Society). The aim of these Recommendations is to provide a simple and updated reference on postmenopausal MHT. The term MHT typically includes estrogen replacement therapy (ERT) and estrogen-progestogen therapy (EPT). EPT can be sequential (Seq) when progestogen is added to ERT for 10-14 days a month, or continuous combined (CC) when progestogen is administered continuously every day along with a fixed amount of estrogen. MHT also includes Tibolone and the Tissue Selective Estrogen Complex (TSEC)
Controversy and consensus on the management of elevated sperm DNA fragmentation in male infertility: A global survey, current guidelines, and expert recommendations
- Author
- Abdullah Alarbid 13
- Ahmed I El-Sakka 88
- Ahmed M Harraz
- Akira Tsujimura 58
- Ala'a Farkouh
- Aldo E Calogero 25
- Alireza Kheradmand 59
- Amarnath Rambhatla
- Andrea Crafa 25
- Andrian Japari 33
- Angelo Marino 61
- Aram Adamyan 62
- Arif Kalkanli 110
- Armand Zini
- Ashok Agarwal
- Ates Kadioglu 125
- Ayad Palani 135
- Aykut Baser 92
- Baris Altay 120
- Birute Zilaitiene 63
- Carlo Giulioni 115
- Cevahir Ozer 39
- Chadi Yazbeck 117
- Chak-Lam Cho 105
- Christina Anagnostopoulou 60
- Christine Wyns 40
- Christopher Chee Kong Ho 86
- Ciler Celik-Ozenci 144
- Cătălina Zenoaga-Barbăroșie 90
- Damayanthi Durairajanayagam
- Davor Jezek 137
- Deepak Gupte 154
- Deniz Kulaksız 136
- Donald P Evenson 44
- Edmund Ko 45
- Edoardo Pescatori 64
- Edouard Amar 108
- Edson Borges 153
- Ege Can Serefoglu 57
- Emrullah Sogutdelen 148
- Eric Chung
- Erman Ceyhan 39
- Fahmi Bahar 46
- Fatih Gokalp 155
- Federica Finocchi 67
- Filippo Giacone 131
- Florence Boitrelle
- Fotios Dimitriadis
- Frederic Romain Santer 76
- Gede Wirya Kusuma Duarsa 149
- Germar-Michael Pinggera 76
- Gian Maria Busetto 66
- Giancarlo Balercia 67
- Gianmaria Salvio 67
- Giorgio Franco 129
- Giorgio I Russo
- Giovanni Colpi 52
- Global Andrology Forum
- Gokhan Calik 87
- Guadalupe Hernández Hebrard 73
- Gökhan Çeker 116
- Haitham Elbardisi 9 10
- Hamed Akhavizadegan 68
- Haocheng Lin 124
- Hesamoddin Sajadi 69
- Hisanori Taniguchi 70
- Huda Omran 142
- Hussein Kandil 56
- Hyun Jun Park 71 72
- Imad Ziouziou
- Ioannis Sokolakis
- Israel Maldonado Rosas 73
- Jean de la Rosette 87
- Jonathan Ramsay 146
- Kaan Aydos 93
- Kadir Bocu 38
- Kareim Khalafalla 9 112 113
- Kasonde Bowa 99
- Kay Seong Ngoo 122
- Kelton Tremellen 41
- Keshab Kumar Karna 111
- Koji Chiba 150
- Konstantinos Makarounis
- Liliana Ramirez-Dominguez 73
- Luca Boeri 152
- Lucia Rocco
- Lukman Hakim 128
- Manaf Al Hashmi 138 139
- Mara Simopoulou 34
- Marcelo Rodriguez Peña 101
- Marco Falcone 109
- Marion Bendayan
- Marjan Sabbaghian 69
- Marlon Martinez 47
- Massimiliano Timpano 109
- Mehmet Yilmaz 119
- Mikhail Ruzaev 132
- Mirko Preto 89
- Missy Savira 22
- Mohamad Moussa 102 103
- Mohamed Al-Marhoon 74
- Mohamed Arafa
- Mohammad Ali Sadighi Gilani 69
- Muhammet Rasit Ugur 107
- Murat Gul
- Mustafa Emre Bakircioglu 53
- Naif Alhathal 75
- Nasser Mogharabian 78
- Nazim Gherabi 37
- Nguyen Ho Vinh Phuoc
- Nicholas N Tadros 106
- Nicolas Garrido 36
- Nikolaos Sofikitis 134
- Nur Dokuzeylül Güngör 145
- Oguzhan Kahraman 39
- Osvaldo Rajmil 118
- Panagiotis Drakopoulos 140 141
- Paraskevi Vogiatzi 65
- Parviz Kavoussi
- Ponco Birowo
- Priyank Kothari 77
- Puneet Sindhwani 128
- Quang Nguyen 48 49
- Rafael F Ambar 50 51
- Raghavender Kosgi 133
- Rajender Singh 130
- Ralf Henkel 54 55
- Ramadan Saleh
- Ramy Abou Ghayda
- Raneen Sawaid Kaiyal
- Ranjit B Vishwakarma 114
- Ricky Adriansjah 97
- Rossella Cannarella
- Rupin Shah 114
- Ryan P Smith 85
- Saad Mohammed Abumelha 91
- Saleem A Banihani 98
- Sara Darbandi 81 82
- Sava Micic 79
- Selcuk Sarikaya 42
- Sheena Lewis 43
- Sheryl Homa 80
- Shinichiro Fukuhara 100
- Shinnosuke Kuroda
- Shubhadeep Roychoudhury 123
- Sofia Leonardi 143
- Suks Minhas 156
- Sunil Jindal 151
- Taha Abo-Almagd Abdel-Meguid Hamoda
- Tan V Le 27 28
- Taymour Mostafa
- Teng Aik Ong 95
- Tiago Cesar Mierzwa 96
- Tomer Avidor-Reiss 126 127
- Toshiyasu Amano 147
- Tran Quang Tien Long 83
- Trenton L Barrett 121
- Tuncay Toprak
- Umut Çağın Ari 104
- Vijay Kumar 94
- Vilvapathy Senguttuvan Karthikeyan
- Wael Ibrahim 84
- Wael Zohdy 10
- Widi Atmoko 22
- Publication venue
- 'Korean Society for Sexual Medicine and Andrology'
- Publication date
- 01/01/2023
- Field of study
Purpose
Sperm DNA fragmentation (SDF) has been associated with male infertility and poor outcomes of assisted reproductive technology (ART). The purpose of this study was to investigate global practices related to the management of elevated SDF in infertile men, summarize the relevant professional society recommendations, and provide expert recommendations for managing this condition.
Materials and Methods
An online global survey on clinical practices related to SDF was disseminated to reproductive clinicians, according to the CHERRIES checklist criteria. Management protocols for various conditions associated with SDF were captured and compared to the relevant recommendations in professional society guidelines and the appropriate available evidence. Expert recommendations and consensus on the management of infertile men with elevated SDF were then formulated and adapted using the Delphi method.
Results
A total of 436 experts from 55 different countries submitted responses. As an initial approach, 79.1% of reproductive experts recommend lifestyle modifications for infertile men with elevated SDF, and 76.9% prescribe empiric antioxidants. Regarding antioxidant duration, 39.3% recommend 4–6 months and 38.1% recommend 3 months. For men with unexplained or idiopathic infertility, and couples experiencing recurrent miscarriages associated with elevated SDF, most respondents refer to ART 6 months after failure of conservative and empiric medical management. Infertile men with clinical varicocele, normal conventional semen parameters, and elevated SDF are offered varicocele repair immediately after diagnosis by 31.4%, and after failure of antioxidants and conservative measures by 40.9%. Sperm selection techniques and testicular sperm extraction are also management options for couples undergoing ART. For most questions, heterogenous practices were demonstrated.
Conclusions
This paper presents the results of a large global survey on the management of infertile men with elevated SDF and reveals a lack of consensus among clinicians. Furthermore, it demonstrates the scarcity of professional society guidelines in this regard and attempts to highlight the relevant evidence. Expert recommendations are proposed to help guide clinicians
The OPERA experiment in the CERN to Gran Sasso neutrino beam
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- Field of study
Two- and three-pion quantum statistics correlations in Pb-Pb collisions at 1asNN = 2.76 TeV at the CERN Large Hadron Collider
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- * A. Deloff
- * A. Pesci
- 1 J. Adam
- 1 J. Gerhard
- 1 J. Song
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- 10 J. Nystrand
- 10 M. Vasileiou
- 10 P. Kurashvili
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- 100 A. Di Mauro
- 100 F. Meddi
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- 101 S. Filchagin
- 102 A. Kuryakin
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- 102 F. M. Fionda
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- 102 U. Kebschull
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- 103 A. Vasiliev
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- 104 J. F. Grosse-Oetringhaus
- 104 A. Francescon
- 104 M. Pikna
- 104 S. Raha
- 105 H. M. Ljunggren
- 105 D. Hutter
- 105 E. Stenlund
- 105 P. Ganoti
- 105 S. Sambyal
- 106 C. Gargiulo
- 106 D. Hatzifotiadou
- 107 G. Viesti
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- 108 J. Takahashi
- 108 P. H. S. Y. Jayarathna
- 108 R. Grajcarek
- 108 S. Pochybova
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- 97 A. Kurepin
- 97 D. Domenicis Gimenez
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- 98 N. De Marco
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- 99 H. Engel
- 99 B. Paul
- 99 C. Nattrass
- 99 E. Leogrande
- 99 J. de Cuveland
- 99 M. Marchisone
- B. Abelev
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Correlations induced by quantum statistics are sensitive to the spatiotemporal extent as well as dynamics of particle-emitting sources in heavy-ion collisions. In addition, such correlations can be used to search for the presence of a coherent component of pion production. Two- and three-pion correlations of same and mixed charge are measured at low relative momentum to estimate the coherent fraction of charged pions in Pb-Pb collisions at 1asNN = 2.76 TeV at the CERN Large Hadron Collider with ALICE. The genuine three-pion quantum statistics correlation is found to be suppressed relative to the two-pion correlation based on the assumption of fully chaotic pion emission. The suppression is observed to decrease with triplet momentum. The observed suppression at low triplet momentum may correspond to a coherent fraction in charged-pion emission of 23% \ub1 8%
L’attività dei Centri Antifumo italiani tra problematiche e aree da potenziare: i risultati di un’indagine svolta attraverso un questionario on-line
- Author
- Agrigento)
- Agus A.
- Alessandra Di Pucchio
- Ambrosino M. (ASL Na 3 Sud
- Ameglio M.
- Amendola D. (AOU “OO. RR. San Giovanni di Dio Ruggi D’Aragona”
- Antella -FI)
- Antonella Bacosi
- Apolloni P. (ASUR Marche - Area Vasta 5
- Arcisate -VA)
- Area Vasta 2 Jesi -AN)
- Arezzo)
- Arimatea S. (ASL TO 4 Ivrea
- ASL di Bergamo)
- Autuori M. (Istituto Clinico Humanitas
- Badii F.
- Bagnacavallo
- Balestro E. (PO di Padova)
- Balestroni G. (Fondazione S. Maugeri
- Baraldo M. (OU S. Maria della Misericordia Udine)
- Barbano G.
- Barbanti A. (Azienda 10 Lungarno Santa Rosa
- Bassini M. Giampaolo R. (AUSL di Modena -Distretto di Castelfranco Emilia -MO)
- Bazzerla G. (AULSS 9 - Ospedale Cà Foncello
- Beato E.
- Beinasco -TO)
- Benevento)
- Benevento)
- Bergozza L. Rossetto L. (ULSS 4 Thiene -VI)
- Bertoletti R. (AO Valtellina e Valchiavenna Sondalo)
- Bertora G. (Ospedale Civile
- Biasin C.
- Bigarelli M. (AUSL Modena Area Nord Carpi -MO)
- Bini L. (ASL della Provincia di Mantova)
- Boffi R.
- Borgo S. Lorenzo -FI)
- Brancaccio L.
- Cacaci C.
- Calcagni A. M.
- Calzolari U.
- Campiotti A. (ASL Milano 1 Magenta -MI)
- Canneti E.
- Canzian G. Russo A. (ASS 3 Alto Friuli)
- Cao A. (ASL 5 Oristano)
- Caponnetto P. (AOU
- Carnevale E. (ASL Napoli 1 Centro - PS “S. Maria di Loreto Crispi” Napoli)
- Carone M.
- Carrozzi L.
- Casari R. (AO Universitaria
- Cassano delle Murge -BA)
- Cavalleri C.
- Cerrato P. (ASL TO2 Torino)
- Cestaro C. Repetto T. (AUSL Valle d'Aosta)
- Chieti Scalo -CH)
- Chivasso
- Ciarfeo Purich R. Vegliach A. (ASS 1 Triestina)
- Cifiello S. (Ausl di Imola)
- Cimarelli M. E. (ASUR Marche
- Cincinelli B. (AUSL 7
- Ciriè -TO)
- Colombari P.
- Complesso Integrato Columbus
- Conterio P.
- Conti P. (ASL VC
- Cordioli E.
- Corti M. (ASL provincia Bergamo Treviglio -BG)
- Costantino A. (AO Pugliese Ciaccio Catanzaro)
- Cuccagna P.
- Cutrì R.
- D'Alessandro V. (IRCCS Ospedale
- Da Ros D. (ULSS 16 Padova)
- Dalla Pietra G. Pavani V. (Az. ULSS 18 Rovigo)
- De Benedetto F.
- De Donno G. (AO Carlo Poma Mantova)
- De Lozzo L. Facchini F. (PO di Vittorio Veneto -TV)
- De Marchi C. (ASL BI Cossato -BI)
- De Palma D. (AOU Federico II
- De Siena A. (Sert Lamezia Terme)
- De Stefano C. (ASP Reggio Calabria)
- Del Brocco D. (ASL RMC Distretto 9
- Del Donno M.
- Delfini M. Galati A. (P. O. Villa Betania RM E)
- Di Dio S.
- Dominici F. De Rose V. (ASL di Viterbo)
- Donateo L. Gerardi R. (ASL Lecce)
- Dragani L. (AO S. Camillo-Forlanini
- D’Urso B.
- Enrica Pizzi e Gruppo Servizi Territoriali per la cessazione dal fumo di tabacco: Abrami M. A. (ASL Brescia
- Fabbri C.
- Faenza -RA)
- Fagni F.
- Fava P. (Az. USL Ravenna
- Ferrarotto E. (AUSL 8 Zona Aretina
- Fierro G. (ASL RMC
- Firenze)
- Foggia)
- Forza G.
- Foschino Barbaro M. P.
- Franco R. (ASP 3 Catania
- Fulgione C.
- Furlan N. (ASS 6
- Fusconi E.
- Gaggini R. (ASL Provincia di Varese
- Galletti F.
- Gallo E. (Asl TO1 Ospedale Martini
- Garbagnate -MI)
- Giarre -CT)
- Gios L.
- Gorizia)
- Grammatico P. (ASL Roma D Roma)
- Grandelis C. (APSS Borgo Valsugana -TN)
- Grati D. (ASL 10 FI
- Groppi C. (ASL 3 Pistoia)
- Grosseto)
- Grossi S. (ASL 2 Savonese
- Guarino C. (AO “V. Monaldi”
- Herzog S. (Distretto Centro Sud
- Iacoacci C. Barbieri F. (INRCA di Ancona)
- Ianniello F.
- Imperia)
- Izzo A. (ASL BN1
- Janiri L. (Università Cattolica Sacro Cuore Roma)
- Kashanpour H.
- Kugler E. (PO Sud-Ospedale di Gaeta -LT)
- Lauro G. D'Amore A. (ASL Caserta)
- Lavacchini G.
- Leno -BS)
- Leonardi C.
- Leonetti A. (ASL CN1 Mondovì -CN)
- Lovere -BG)
- Lugoboni F.
- Madonia G. (ARNAS Ospedale Civico di Palermo)
- Magnelli F. Rota A. G. (ASP di Cosenza)
- Magro F. (ASL 1-Poliambulatorio “U. Alletto”
- Maiella D.
- Mallardo M. (ASL NA 1 O S. Gennaro
- Manca S. (AOU
- Manfredi A. Gai P. (ASL 4 di Prato)
- Manigrasso M. R. (ASL Chieti PO Clinicizzato S. S. Annunziata
- Mantovani A. Finessi A. (Az. Ulss 19 Adria -RO)
- Mantovani R. Viviani U. (AUSL di Ferrara PO di Copparo -FE)
- Manzato E. (ULSS 21
- Marino G. (ASP Trapani PO Mazara del Vallo -TP)
- Mariotta S. (AO S. Andrea- Università Sapienza
- Marras T. (ASL Sassari)
- Marsili R. (ASL Ferrara)
- Mecozzi L. (Area Vasta 4 - Regione Marche
- Melchiori S. (Az. ULSS 22 Bussolengo
- Melica V. E. (ULSS 13 Dolo -VE)
- Messere C. (ASL NA2 Nord Napoli)
- Milano)
- Montevarchi -AR)
- Monti M. (Istituto Ortopedico Rizzoli Bologna)
- Mussoni C. Cavicchi C. (Az. USL Bologna)
- Mustacchi A. (ASS 5
- Napoli)
- Napoli)
- Napoli)
- Napoli)
- Natoli A.
- Nicolazzi L. (ASS2 Isontina
- Palmanova -UD)
- Pamerani B. Porciatti C. (AUSL 10 Firenze)
- Panzanella C. (ASL Napoli 1 Centro – Osp “San Giovanni Bosco” Napoli)
- Paolin C. Cannarsa F. (Az. Ulss 7 Pieve di Soligo -TV)
- Paparini L. (AUSL 10
- Parillo T. Hazra C. (ASL di Como)
- Parrella R. (AORN Ospedali dei Colli Monaldi-Cotugno-C. T. O.
- Pasinato M. G. (Ulss 8 Asolo Castelfranco Veneto -TV)
- Passeri A. (AUSL 8
- Patrizia Gori
- Peana G. (ASL 1 Distretto di Alghero -SS)
- Pellegrini L.
- Pellegrini V. (AUSL 3 di Pistoia
- Perillo A.
- Perna M. T. (Azienda Sanitaria di Matera)
- Perosa Argentina -TO)
- Pescia -PT)
- Pezzuto A.
- Piancastelli G.
- Pieralli D.
- Pini D. (ASL TO3
- Pistelli F.
- Pistelli R.
- Polo M. F.
- Polosa R.
- Pomigliano d'Arco -NA)
- Pordenone)
- Porto S. Giorgio -FM)
- Potosnjack A. (Asl TO3
- Pozzi P. (Fondazione IRCCS Istituto Nazionale dei Tumori
- Prestipino A. (Dipartimento Dipendenze
- Principe R. Clementi F.
- Pulerà N. (AUSL 6 Livorno)
- Puoti F. (ASL Na1 Napoli)
- Residori M. (AULSS 22 Regione Veneto Villafranca -VR)
- Ricci C.
- Rita Di Giovannandrea
- Roberta Pacifici
- Roma)
- Roma)
- Roma)
- Roma)
- Roma)
- Romagnolo A. (ASL AT Asti)
- Romano A.
- Romano A. (AO “G. Rummo”
- Romano F. Scarlato M. I. (AO di Cosenza)
- Rovereto -TN)
- Rovetta M. (ASL di Bergamo
- Rozzano -MI)
- Ruggieri C. (AOU Policlinico- Ospedale D'Avanzo
- Russo G.
- Sacchi G.
- Saccocci M.
- Saetta M.
- Salerno)
- San Benedetto del Tronto -AP)
- Sarno N. (Fondazione S. Maugeri
- Sassari)
- Savona)
- Sedi di Ravenna
- Serafini A.
- Siena)
- Simona Pichini
- Simonetta Di Carlo
- Siracusano L.
- Spada E.
- Staccioli M. C. Rossi B. (Ausl Rimini)
- Stefano V.
- Subiaco S.
- Tartarotti I. (APSS Pergine -TN)
- Tavanti G.
- Tinghino B. (ASL Provincia di Monza e Brianza Monza)
- Tomasich A. (A. O. Salvini
- Torino)
- Trapani V. (ASP N9 Trapani)
- Treviso)
- Triani A. Senoner A. (AS Merano e AS Bolzano -BZ)
- Udine)
- Università di Catania)
- Valeri W. (Area Vasta 2 Ancona – ASUR Marche Ancona)
- Varango C. (ASL di Lodi)
- Varese M. (ASL 1 Regione Toscana)
- Vercelli)
- Verona)
- Verona)
- Veruno -NO)
- Vichi S. (USL 9 P. O. Misericordia
- Vidal V.
- Villani A. (Università Cattolica
- Viola S.
- Virzì G. (AO Istituti Ospitalieri di Cremona -CR)
- Vito A.
- Zagà V. (AUSL di Bologna)
- Zanon D. (ASS 4
- Zevio -VR)
- Zini G. (ULSS 5
- Zona Alta Val d'Elsa
- Zona Mugello
- Publication venue
- Publication date
- 01/01/2013
- Field of study
Introduzione. In Italia sono 295 i Servizi per la cessazione dal
fumo di tabacco (Centri Antifumo - CA) afferenti al Servizio Sanitario
Nazionale (SSN) censiti nel 2011 dall’Osservatorio Fumo,
Alcol e Droga (OssFAD) dell’Istituto Superiore di Sanità. La presente
indagine, condotta dall’OssFAD in collaborazione con i CA,
è stata volta a rilevare alcune delle problematiche con le quali il
personale dei CA si confronta per portare avanti la propria attività
e le iniziative ritenute utili per migliorarla.
Materiali e metodi. L’indagine è stata condotta dal 7 al 21
maggio 2012, mediante un questionario compilabile on-line
composto da 5 brevi sezioni di domande con un totale di 38
items da completare. Il link al questionario on-line è stato inviato
per e-mail a 322 indirizzi dei CA censiti nel 2011 dall’OssFAD. I
dati raccolti sono stati elaborati statisticamente con il programma
SPSS 20.
Risultati. All’indagine hanno risposto 146 operatori dei CA
(45,3%). Sebbene ci siano aspetti ormai consolidati dell’attività
dei CA, sono ancora molte le criticità che gli operatori riscontrano
nella loro attività. Le principali problematiche che influiscono
in modo fondamentale/rilevante per la buona attività
del centro sono le “Scarse o nulle risorse economiche” per il
60,7% del personale, “la mancanza di personale dedicato” per
il 52,4% del personale; il “riconoscimento/mandato istituzionale
del CA” per il 40,9% del personale. Tra le azioni ritenute
più efficaci per facilitare l’accesso ai CA sono risultate la sensibilizzazione
del personale sanitario (91%), in particolare dei medici
di famiglia e l’inserimento delle prestazioni antitabagiche
nei LEA (76,8%).
Conclusioni. È auspicabile che l’attività dei CA riceva una maggiore
attenzione, attraverso la dotazione di strutture, personale
e finanziamenti adeguati a svolgere un importante ruolo nella
tutela e promozione della salute
Performance of the ALICE experiment at the CERN LHC
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- 130 S. Beole
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- 17 V. R. Loggins
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- 18 I. Ahmed
- 18 M. Ivanov
- 18 P. Khan
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- 19 E. Stenlund
- 19 H. M. Ljunggren
- 19 S. Sambyal
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- 2 A. Rodriguez Manso
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- 49 J. Kumar
- 49 J. Schukraft
- 49 K. Ullaland
- 49 M. Heide
- 49 M. Lunardon
- 49 M. Reicher
- 49 N. Arbor
- 49 O. Dordic
- 49 R. Bala
- 49 R. C. Lemmon
- 49 R. Sahoo
- 49 S. Bufalino
- 49 T. A. Browning
- 5 V. Petr \u301a\u2c7cek
- 50
- 50 D. I. Patalakha
- 50 H. Helstrup
- 50 8. Haaland
- 50 A. Kluge
- 50 D. Felea
- 50 G. Batigne
- 50 G. Wilk
- 50 G. Zinovjev
- 50 J. Wiechula
- 50 T. Anti\u2c7ci \u301c
- 50 U. Westerhoff
- 51
- 51
- 51 F. Bellini
- 51 J. Hladky
- 51 L. Montan \u303o Zetina
- 51 P. G. Kuijer
- 51 P. Roy
- 52 A. Kuryakin
- 52 V. Kovalenko
- 52 A. B. Kurepin
- 52 E. Karpechev
- 52 F. M. Fionda
- 52 F. Rettig
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- 52 U. Kebschull
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- 53 A. Vargas
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- 53 L. Ducroux
- 53 P. I. Loenne
- 53 A. Grigoras
- 53 A. N. Mishra
- 53 A. Nyanin
- 53 A. Velure
- 53 C. Luzzi
- 53 C. S\uf8gaard
- 53 D. Berzano
- 53 E. Calvo Villar
- 53 F. Blanco
- 53 F. Reidt
- 53 H. Zhu
- 53 J. Biel\u2c7c \u301\u131k
- 53 J. W. Van Hoorne
- 53 M. A. Diaz Corchero
- 53 M. Leoncino
- 53 M. Rodr \u301\u131guez Cahuantzi
- 53 P. Yang
- 53 R. Tieulent
- 53 T. Dobrowolski
- 54
- 54 S. A. Voloshin
- 54 A. Kisiel
- 54 D. Aleksandrov
- 54 D. Zhou
- 54 M. Nicassio
- 54 M. S\u2c7umbera
- 54 P. Malzacher
- 55
- 55 A. Kalweit
- 55 A. Sandoval
- 55 B. K. Nandi
- 55 F. Kramer
- 55 F. Krizek
- 56 G. V. Margagliotti
- 56 N. Zaviyalov
- 56 P. Hristov
- 57 A. Maire
- 57 J. Saini
- 57 R. Barbera
- 57 S. Sharma
- 58
- 58 A. Feliciello
- 58 A. Shabetai
- 58 B. Ghidini
- 58 D. Das
- 58 G. Stefanek
- 58 H. Hamagaki
- 58 J. Mlynarz
- 58 M. Zhalov
- 59
- 59 P. G. Jones
- 59 C. Lagana Fernandes
- 59 F. J. Sa \u301nchez Rodr \u301\u131guez
- 59 F. Painke
- 59 L. Cunqueiro
- 59 L. Malinina
- 6 J. Klein
- 60 A. Sevcenco
- 60 E. Meninno
- 60 G. Bencedi
- 60 M. Sano
- 61 J. H. Stiller
- 61 D. Caffarri
- 61 M. Botje
- 61 O. Villalobos Baillie
- 61 P. Foka
- 62 R. Shahoyan
- 62 A. Zarochentsev
- 62 B. Grinyov
- 62 D. Mal\u2019Kevich
- 62 G. Nooren
- 62 L. Milano
- 62 L. Valencia Palomo
- 62 M. A. Vo \u308lkl
- 62 P. C. Batzing
- 62 S. Rohni
- 63
- 64
- 64 I. Aimo
- 64 M. A. Janik
- 64 S. A. Ahn
- 65 L. Olah
- 65 O. Karavichev
- 66
- 66
- 66 A. K. Dutta Majumdar
- 66 A. Vyushin
- 66 E. Lo \u301pez Torres
- 66 J. Bartke
- 66 J. Mare\u2c7s
- 66 J. Porter
- 66 R. Cruz Albino
- 66 S. Bagnasco
- 66 S. Basu
- 66 S. Rossegger
- 66 V. Manzari
- 67 B. Guerzoni
- 67 D. Falchieri
- 67 G. Koyithatta Meethaleveedu
- 67 G. Simatovic
- 67 K. Redlich
- 67 M. Fusco Girard
- 67 S. Arcelli
- 67 Z. Conesa del Valle
- 68
- 68 8. Djuvsland
- 68 A. Reshetin
- 68 M. Fasel
- 68 C. Bianchin
- 68 E. Mudnic
- 68 L. Ronflette
- 68 P. Giubellino
- 69
- 69 J. Van Der Maarel
- 69 T. Richert
- 7
- 7
- 7 Y. Zhang
- 7 A. Danu
- 7 A. Zichichi
- 7 C. G. Yaldo
- 7 C. Zhao
- 7 F. Zhou
- 7 G. Luparello
- 7 H. Caines
- 7 I.-K. Yoo
- 7 J. Lien
- 7 J. Zhu
- 7 S. Yang
- 7 X. Zhang
- 7 Y. Zhou
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- 70 A. Szanto de Toledo
- 70 M. Planinic
- 70 P. Ganoti
- 70 X. Lopez
- 70 A. Bogdanov
- 70 C. Jahnke
- 70 F. Costa
- 70 V. Pospisil
- 71 A. Abramyan
- 71 J. Gerhard
- 71 J. Song
- 72 A. Grigoryan
- 72 A. Konevskikh
- 72 D. Lohner
- 72 H. B\uf8ggild
- 72 J. Th \u308ader
- 72 S. Kar
- 73 A. Kurepin
- 73 D. Domenicis Gimenez
- 73 D. Silvermyr
- 73 E. D \u301enes
- 73 J. Wilkinson
- 73 M. Inaba
- 73 M. Steinpreis
- 73 R. J. Reed
- 74 A. Andronic
- 74 C. Cavicchioli
- 74 Y. Berdnikov
- 74 A. Bercuci
- 74 A. Tauro
- 74 C. Petta
- 74 G. Herrera Corral
- 74 M. Petrovici
- 74 R. Schicker
- 74 S. Porteboeuf-Houssais
- 75
- 75 L. Molnar
- 76 C. Zach
- 76 H. Beck
- 76 H. Gulkanyan
- 76 J. W. Harris
- 76 M. Bogolyubsky
- 76 M. Gagliardi
- 76 P. Christiansen
- 76 S. Bjelogrlic
- 76 S. Choudhury
- 76 S. Nikolaev
- 77 I. Kulakov
- 77 K. R\uf8ed
- 77 A. Pesci
- 77 C. H. Christensen
- 77 E. Botta
- 78 M. Lenhardt
- 78 F. Ronchetti
- 79 A. Bilandzic
- 79 A. Ferna \u301ndez T \u301ellez
- 79 M. J. Kweon
- 79 M. Krus
- 79 M. M. Aggarwal
- 79 M. Vala
- 79 T. Susa
- 79 Y. Kucheriaev
- 8 M. Verweij
- 80
- 80 C. Garabatos
- 80 C. Silvestre
- 80 M. D. Azmi
- 81
- 81 B. S. Nilsen
- 81 I. Maldonado Cervantes
- 81 R. A. Ricci
- 81 A. Rybicki
- 81 D. Berenyi
- 81 H. Zhang
- 81 O. Ivanytskyi
- 81 X. Sanchez Castro
- 81 Y. Kharlov
- 82 C. Cheshkov
- 82 E. H. O. Pohjoisaho
- 82 F. Noferini
- 82 I. Selyuzhenkov
- 83 M. Agnello
- 83 A. Passfeld
- 83 A. W. Rauf
- 83 B. Bhattacharjee
- 84
- 84 A. Roy
- 84 A. Vasiliev
- 84 B. K. Srivastava
- 84 M. Floris
- 85 F. Colamaria
- 85 R. Divi`a
- 85 L. Musa
- 85 M. Bach
- 86 A. Baldisseri
- 86 V. Samsonov
- 86 A. K. Bhati
- 86 D. Rohr
- 86 K. H. Khan
- 86 K. Shigaki
- 86 R. Gupta
- 86 S. K. Prasad
- 86 S. Singha
- 87 S. S. R \u308asa \u308nen
- 87 S. Raniwala
- 88 L. Boldizsa \u301r
- 88 A. K. Dubey
- 88 M. M. Khan
- 88 R. A. Bertens
- 89
- 89
- 89 I. Stan
- 89 M. B. Zimmermann
- 89 A. G. Knospe
- 89 A. Grelli
- 89 C. Klein-Bo \u308sing
- 89 C. Loizides
- 89 C. Schmidt
- 89 C. Xiang
- 89 D. Fehlker
- 89 D. Stocco
- 89 D. Watanabe
- 89 J. Anielski
- 89 K. Voloshin
- 89 M. C. S. Williams
- 89 M. Meres
- 89 M. Pachr
- 89 M. Winn
- 89 P. Luettig
- 89 P. Sahoo
- 89 P. Vande Vyvre
- 89 R. D. Majka
- 89 R. Gomez
- 89 R. Renfordt
- 89 S. Oh
- 89 V. Riabov
- 89 Z. Buthelezi
- 9 J. Cepila
- 9 X.-G. Lu
- 90
- 90
- 90 N. K. Behera
- 91 C. Schiaua
- 91 J. Stachel
- 91 M. Broz
- 92 F. Bossu \u301
- 92 I. Yushmanov
- 92 C. Cicalo
- 92 E. Serradilla
- 92 M. Song
- 92 Z. Yin
- 93
- 93
- 93 A. Mamonov
- 93 C. Oppedisano
- 93 J. Seo
- 93 K. Oyama
- 93 M. Bregant
- 93 M. Niculescu
- 93 V. Ku\u2c7cera
- 93 V. Wagner
- 93 C. M. Mitu
- 93 C. Markert
- 93 D. Thomas
- 93 E. Garcia-Solis
- 93 G. Scioli
- 93 H. R. Schmidt
- 93 J. P. Wessels
- 93 K. Schweda
- 93 M. A. Lisa
- 93 M. Arslandok
- 93 M. Masera
- 93 P.Martinengo
- 93 S. Fokin
- 93 S. Parmar
- 93 T. C. Awes
- 93 T. Kollegger
- 93 U. Fuchs
- 93 V. Anguelov
- 93 V. Ivanov
- 93 V. Lenti
- 94 A. Pop
- 94 F. Antinori
- 94 J. Pluta
- 94 T. J. M. Symons
- 95 H. Zbroszczyk
- 95 I. Ilkiv
- 95 J. Putschke
- 95 A. Nedosekin
- 95 B. Wagner
- 95 D. Finogeev
- 95 H. Buesching
- 95 L. Manceau
- 95 R. Turrisi
- 95 S. Kushpil
- 95 T. Virgili
- 96
- 96 C. E. P \u301erez Lara
- 96 J. Nystrand
- 96 L. Vinogradov
- 96 M. Irfan
- 96 B. Alessandro
- 96 C. Blume
- 96 E. Fragiacomo
- 96 F. Manso
- 96 J. Yi
- 96 S. Nikulin
- 96 S. Siddhanta
- 96 V. Nikulin
- 96 V. Vechernin
- 96 V. Zaccolo
- 96 Y. Ryabov
- 97 A. J. Rubio Montero
- 97 M. Cherney
- 97 B. Sitar
- 97 I. Das
- 97 R. J. Ehlers
- 97 S. A. Khan
- 97 S. Das
- 97 T. Pawlak
- 98
- 98 S. Evdokimov
- 98 A. Alici
- 98 A. Hansen
- 98 A. Vinogradov
- 98 H. Jung
- 98 I. Legrand
- 98 R. Scott
- 98 S. Kalcher
- 98 S. Lindal
- 98 V. Barret
- 99 M. Gallio
- 99 P. Camerini
- B. Abelev
- i A. Deloff
- i T. Kugathasan
- ii
- iii
- iv
- v
- vi
- vii
- viii
- Publication venue
- 'World Scientific Pub Co Pte Lt'
- Publication date
- 01/01/2014
- Field of study
ALICE is the heavy-ion experiment at the CERN Large Hadron Collider. The experiment continuously took data during the first physics campaign of the machine from fall 2009 until early 2013, using proton and lead-ion beams. In this paper we describe the running environment and the data handling procedures, and discuss the performance of the ALICE detectors and analysis methods for various physics observables
Performance of the ALICE experiment at the CERN LHC
- Author
- 1 G. S. Pappalardo
- 1 J. Adam
- 1 S. Grigoryan
- 1 T. Gunji
- 10
- 10 D. Blau
- 10 M. Morando
- 10 R. Rui
- 10 S. Gorbunov
- 10 T. Dietel
- 100
- 100 J. de Cuveland
- 100 B. Paul
- 100 C. Nattrass
- 100 E. Leogrande
- 100 E. M. Fiore
- 100 H. Engel
- 101
- 101 F. Scarlassara
- 101 A. Mar ́ın
- 101 B. Windelband
- 101 E. Nappi
- 101 F. Prino
- 101 J. Cleymans
- 101 L. Aphecetche
- 101 L. Pinsky
- 101 P. Nomokonov
- 101 S. Hayashi
- 101 S. Zaporozhets
- 101 Y. Pestov
- 102 L. Massacrier
- 102 L. Cifarelli
- 102 T. Siemiarczuk
- 103 D. Pant
- 103 P. Pareek
- 103 Y. W. Baek
- 104
- 104 P. Antonioli
- 104 T. S. Tveter
- 104 J. Faivre
- 104 R. Dang
- 105 A. Di Mauro
- 105 F. Meddi
- 106 A. Francescon
- 106 J. F. Grosse-Oetringhaus
- 106 M. Pikna
- 106 S. Raha
- 107 C. A. Pruneau
- 107 D. Alexandre
- 107 G. Feofilov
- 107 P. A. Scott
- 107 P. Buncic
- 107 S. Aiola
- 107 S. De Pasquale
- 107 A. Agostinelli
- 107 A. Ortiz Velasquez
- 107 B. Chang
- 107 E. Rocco
- 107 G. E. Bruno
- 107 G. Puddu
- 107 P. La Rocca
- 107 R. Bailhache
- 107 T. Aronsson
- 107 V. Manko
- 108 N. Poljak
- 108 B. Kileng
- 108 D. Fabris
- 108 F. V. Bo ̈hmer
- 108 K. Sˇafaˇr ́ık
- 108 N. Sharma
- 108 P. Strmen
- 108 V. Paticchio
- 109
- 109
- 109 B. Batyunya
- 109 O. Pinazza
- 109 A. Gheata
- 109 A. Lattuca
- 109 A. Mastroserio
- 109 G. Shabratova
- 109 H. A. Erdal
- 109 H. Appelsha ̈user
- 109 J.MartinBlanco
- 109 K. Schwarz
- 109 M. Stolpovskiy
- 109 P. Rosnet
- 109 S. Esumi
- 109 S. Masciocchi
- 109 X. Zhu
- 109 Y. Martynov
- 109 Y. Wang
- 11 E. Cuautle
- 11 E. Montes
- 11 A. Gomez Ramirez
- 11 B. A. Hess
- 11 T. M. Cormier
- 110 M. Kofarago
- 111 L. K. Graczykowski
- 111 G. Viesti
- 111 S. Muhuri
- 112 M. Basile
- 112 C. Mayer
- 112 J. Mazer
- 112 M. A. S. Figueredo
- 112 M. Spyropoulou-Stassinaki
- 112 P. Gla ̈ssel
- 112 S. Gotovac
- 112 S. Kox
- 112 S. Sadovsky
- 113
- 113 C. Kobdaj
- 114 M. G. Poghosyan
- 114 L. Sˇa ́ndor
- 114 P. L ́evai
- 115
- 115 B. Do ̈nigus
- 115 C. Andrei
- 115 D. Peresunko
- 115 H. J. Jang
- 115 I. Lakomov
- 115 I. Szarka
- 115 J. Onderwaater
- 115 M. A. Subieta Vasquez
- 115 S. Moretto
- 115 S. Murray
- 115 T. Breitner
- 116 M. A. Tangaro
- 116 P. Chochula
- 116 S. Dash
- 117
- 117 E. Belmont-Moreno
- 117 S. G. Weber
- 117 A. Toia
- 117 D. B. Piyarathna
- 117 M. Ploskon ́
- 117 R. T. Jimenez Bustamante
- 117 S. Jena
- 118 A. Rakotozafindrabe
- 118 A. Morsch
- 118 I. Kra ́lik
- 118 J. S. Kim
- 118 S. Chapeland
- 118 T. Tsuji
- 118 Z. Vilakazi
- 119
- 119 S. Filchagin
- 12
- 12
- 12
- 12 A. Alkin
- 12 A. Zimmermann
- 12 G. de Cataldo
- 12 N. De Marco
- 120
- 120 M. A. Mazzoni
- 120 T. K. Nayak
- 120 G. Segato
- 120 J. S. Real
- 120 M. Spacek
- 120 N. A. Martin
- 121 G. Hamar
- 121 V. Trubnikov
- 121 A. Gupta
- 121 A. Tumkin
- 121 H. Yang
- 121 S. T. Heckel
- 122 L. Bianchi
- 122 S. U. Chung
- 122 D. Evans
- 122 G. M. Innocenti
- 122 G. Santagati
- 122 K. Mikhaylov
- 122 M. Weber
- 123
- 123
- 123 R. Singaraju
- 124 A. R. Timmins
- 124 B. Cheynis
- 124 G. L. Usai
- 124 K. Gulbrandsen
- 124 M. Zynovyev
- 124 P. Dupieux
- 124 R. Grosso
- 124 V. Chibante Barroso
- 125 M. Veldhoen
- 125 C. Alves Garcia Prado
- 125 D. Vranic
- 125 J. Ferencei
- 125 M. Kowalski
- 125 N. Kondratyeva
- 125 P. Za ́vada
- 125 V. Kondratiev
- 125 Y. Vinogradov
- 126
- 126 A. Khanzadeev
- 126 P. Christakoglou
- 126 V. Singhal
- 126 A. Dubla
- 126 A. Karasu Uysal
- 126 A. Palmeri
- 126 A. Vodopyanov
- 126 B. Bathen
- 126 B. C. Sinha
- 126 C. A. Salgado
- 126 E. Scapparone
- 126 H. Delagrange
- 126 H. Mu ̈ller
- 126 M. Mukherjee
- 126 N. Ahmad
- 126 R. Singh
- 126 S. Chattopadhyay
- 126 S. K. Ghosh
- 126 S. Nazarenko
- 126 T. Sinha
- 127 C. Lara
- 127 R. Lietava
- 128 J. Takahashi
- 128 P. H. S. Y. Jayarathna
- 128 A. C. Oliveira Da Silva
- 128 G. Kiss
- 128 I. S. Zgura
- 128 R. Grajcarek
- 128 S. Pochybova
- 128 T. Peitzmann
- 129
- 129 A. Rehman
- 129 B. Mohanty
- 129 G. Volpe
- 129 H. Qvigstad
- 129 I. Pshenichnov
- 129 L. Vickovic
- 129 R. Preghenella
- 129 V. Loginov
- 129 Y. Corrales Morales
- 129 Y. Yamaguchi
- 13 C. Gargiulo
- 13 D. Hatzifotiadou
- 130 G. D’Erasmo
- 130 J. L. Klay
- 130 J. Oleniacz
- 130 L. D. Hanratty
- 130 L. S. Barnby
- 130 M. Bombara
- 130 M. E. Berger
- 130 P. L. M. Podesta-Lerma
- 130 S. Beole
- 130 S. Li
- 131
- 131 A. Caliva
- 131 D. Elia
- 131 A. Maevskaya
- 131 B. Hippolyte
- 131 H. Hartmann
- 131 I. C. Arsene
- 131 J. G. Contreras
- 131 M. Ajaz
- 131 M. Malaev
- 131 R. J. M. Snellings
- 131 S. K. Oh
- 131 Y. Schutz
- 132 P. Ladron de Guevara
- 132 S. Kirsch
- 132 D. W. Kim
- 132 F. Soramel
- 132 S. Kim
- 132 V. Kaplin
- 133 B. Ketzer
- 14 A. Borissov
- 14 E. A. R. Casula
- 14 E. Pereira De Oliveira Filho
- 14 F. Baltasar Dos Santos Pedrosa
- 14 L. Ramello
- 14 S. Chattopadhyay
- 15 R. Haake
- 15 R. Sultanov
- 15 A. Akindinov
- 15 C. Zampolli
- 15 S. U. Ahn
- 15 V. Razazi
- 16 A. Ferretti
- 16 J. Salzwedel
- 16 R. Arnaldi
- 16 S. K. Pal
- 17 P. Reichelt
- 17 R. Romita
- 17 A. Dobrin
- 17 A. Uras
- 17 C. Hadjidakis
- 17 H. Oeschler
- 17 I. Altsybeev
- 17 J. Wagner
- 17 L. Feldkamp
- 17 M. Venaruzzo
- 17 R. Smakal
- 17 S. Yano
- 17 T. J. Humanic
- 17 V. R. Loggins
- 18
- 18 A. Ahmad Masoodi
- 18 I. Ahmed
- 18 M. Ivanov
- 18 P. Khan
- 19
- 19 D. Hutter
- 19 E. Stenlund
- 19 H. M. Ljunggren
- 19 S. Sambyal
- 2 M. R. Cosentino
- 2 A. Rodriguez Manso
- 2 A. Telesca
- 2 E. G. Ferreiro
- 2 G.Mart ́ınezGarc ́ıa
- 2 R. Varma
- 2 R. Vernet
- 20 R. Ilkaev
- 20 T. Kim
- 21
- 21 M. Wilde
- 21 A. Mischke
- 21 A. Rachevski
- 21 C. Baumann
- 21 E. Rogochaya
- 21 J. Ulery
- 21 K. Skjerdal
- 21 N. Zhigareva
- 21 P. Riedler
- 21 S. Dørheim
- 21 V. Lindenstruth
- 22 A. Menchaca-Rocha
- 23 K. F. Read
- 23 A. Ter Minasyan
- 23 D. De Gruttola
- 23 M. Colocci
- 23 M. Vajzer
- 23 V. Catanescu
- 23 V. Punin
- 24 A. Margotti
- 24 E. Vercellin
- 24 G. R. Lee
- 24 R. Russo
- 24 V. Canoa Roman
- 25
- 25
- 25 S. Vergara Lim ́on
- 25 A. Festanti
- 25 A. M. Gago
- 25 A. Masoni
- 25 C. Ionita
- 25 D. R. Gangadharan
- 25 E. Ryabinkin
- 25 I. Berceanu
- 25 I. Le ́on Monz ́on
- 25 L. Betev
- 25 N. Bianchi
- 25 P. Cortese
- 25 S. B ̈ottger
- 25 S. L. La Pointe
- 25 T. Sugitate
- 25 Y. Sibiriak
- 26
- 26 A. Fantoni
- 26 E. Scomparin
- 26 F. Cindolo
- 26 G. Conesa Balbastre
- 26 M. Guilbaud
- 26 N. Agrawal
- 26 N. Armesto
- 26 N. Bastid
- 26 R. Bellwied
- 27 P. M. Jacobs
- 27 R. Lea
- 27 A. Rivetti
- 27 D. Sarkar
- 27 F. Barile
- 27 S. Piano
- 28
- 28 A. Morreale
- 28 J. Luo
- 28 J. Viinikainen
- 28 D. A. Moreira De Godoy
- 28 J. E. Seger
- 28 J. Figiel
- 28 R. P. Scharenberg
- 28 S. Sorensen
- 28 X. Cai
- 29
- 29
- 29 J. Mercado P ́erez
- 29 G. Pai ́c
- 29 J. J. Gaardhøje
- 29 R. de Rooij
- 29 V. Vislavicius
- 3 M. Zyzak
- 3 N. Grion
- 3 A. Jacholkowski
- 3 A. Mas
- 3 J. Alme
- 3 W. H. Trzaska
- 3 Y. Zoccarato
- 30 I. Cort ́es Maldonado
- 30 R. Raniwala
- 30 T. B. Skaali
- 31
- 31 P. Ghosh
- 31 S. Altinpinar
- 31 A. Collu
- 31 A. De Caro
- 31 A. Matyja
- 31 D. Budnikov
- 31 D. Colella
- 31 E. Floratos
- 31 G. G. Barnafo ̈ldi
- 31 J. D. Tapia Takaki
- 31 S. Di Liberto
- 32 Y. P. Viyogi
- 32 A. Oskarsson
- 32 D. F. Lodato
- 32 G. Steyn
- 32 J. Otwinowski
- 32 M. Richter
- 32 R. Soltz
- 32 T. Chujo
- 33 K. F. Hetland
- 33 J. Wikne
- 33 S. Schuchmann
- 34
- 34
- 34
- 34
- 34
- 34
- 34
- 34
- 34
- 34
- 34 A. Rossi
- 34 D. D. Chinellato
- 34 D. P. Mahapatra
- 34 E. Gladysz-Dziadus
- 34 F. Guber
- 34 G. Tejeda Mun ̃oz
- 34 J. Musinsky
- 34 J. Vrla ́kov ́a
- 34 L. Vannucci
- 34 M. Huang
- 34 M. Marchisone
- 34 S. Foertsch
- 34 U. Frankenfeld
- 34 A. Bhasin
- 34 A. Dainese
- 34 A. Shangaraev
- 34 B. S. Nielsen
- 34 B. Sahlmuller
- 34 B. von Haller
- 34 C. Ceballos Sanchez
- 34 C. Furget
- 34 C. Grigoras
- 34 C. Kuhn
- 34 C. Terrevoli
- 34 D. Di Bari
- 34 F. Carena
- 34 F. Riggi
- 34 F. Roukoutakis
- 34 I. Garishvili
- 34 I. Vorobyev
- 34 J. Castillo Castellanos
- 34 J. Kamin
- 34 J. L. Charvet
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- 95 J. Putschke
- 95 A. Nedosekin
- 95 B. Wagner
- 95 D. Finogeev
- 95 H. Buesching
- 95 L. Manceau
- 95 R. Turrisi
- 95 S. Kushpil
- 95 T. Virgili
- 96
- 96 C. E. P ́erez Lara
- 96 J. Nystrand
- 96 L. Vinogradov
- 96 M. Irfan
- 96 B. Alessandro
- 96 C. Blume
- 96 E. Fragiacomo
- 96 F. Manso
- 96 J. Yi
- 96 S. Nikulin
- 96 S. Siddhanta
- 96 V. Nikulin
- 96 V. Vechernin
- 96 V. Zaccolo
- 96 Y. Ryabov
- 97 A. J. Rubio Montero
- 97 M. Cherney
- 97 B. Sitar
- 97 I. Das
- 97 R. J. Ehlers
- 97 S. A. Khan
- 97 S. Das
- 97 T. Pawlak
- 98
- 98 S. Evdokimov
- 98 A. Alici
- 98 A. Hansen
- 98 A. Vinogradov
- 98 H. Jung
- 98 I. Legrand
- 98 R. Scott
- 98 S. Kalcher
- 98 S. Lindal
- 98 V. Barret
- 99 M. Gallio
- 99 P. Camerini
- B. Abelev
- i A. Deloff
- i T. Kugathasan
- ii
- iii
- iv
- v
- vi
- vii
- viii
- Publication venue
- 'World Scientific Pub Co Pte Lt'
- Publication date
- 01/01/2014
- Field of study
ALICE is the heavy-ion experiment at the CERN Large Hadron Collider. The experiment continuously took data during the first physics campaign of the machine from fall 2009 until early 2013, using proton and lead-ion beams. In this paper we describe the running environment and the data handling procedures, and discuss the performance of the ALICE detectors and analysis methods for various physics observables
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- Microencapsulated iron for drink yogurt fortification. Kus.4 S. J., AHN, J., SEOK, J. S, and KWAK
- Microencapsulation of fine particles in a supercritical fluidized bed. KROBER H, and TEIPEL, U.
- Microencapsulation of low molecular weight heparin into polymeric particles designed with biodegradable and nonbiodegradable polycationic polymers. HOFFART V., UBRICH, N., LAMPRECHT, A., BACHELIER, K., VIGNERON, C., LECOMPTE, T., HOFFMAN, M, and MAINCENT
- Microencapsulation of protein particles within lipids using a novel supercritical fluid pro-cess. Dos SANTOS I.
- Microencapsulation of semisolid ketoprofen/polymer microspheres.
- Microsphere entrapped bee-venom phospholipase A2 retains specific IgE binding capacity
- Mucosal immune responses following oral immunization with rotavirus antigens encapsu-lated in alginate microspheres. KIM B., BOWERSOCK, T., GRIEBEL, P., KIDANE, A., BABIUK, L. A., SANCHEZ, M., ATTAH-POKU, S., KAUSHIK, R. S, and MUTWIRI
- Mucosal immunization with inactivated HIV-1-capturing nanospheres induces a significant HIV-1-specific vaginal antibody response in mice. AKAGI T., KAWAMURA, M., UENO, M., HIRAISHI, K., ADACHI, M., SERIZAWA, T., AKASHI, M, and BABA
- Nanostructured lipid matrices for improved microencapsulation of drugs. MULLER R.
- New microencapsulated sunscreens
- New technique of microencapsulation by EVA copolymer. CHOWDARY K.
- New types of microspheres and microsphere-related materials for medical diagnostics. SLomKowsKi S., BASINSKA, T, and MIKSA
- New-types of apparatus for producing microcapsules and microgranules. VILESOV A.
- Novel PDGF beta R antisense encapsulated in polymeric nanospheres for the treatment of restenosis. COHEN-SACKS H.
- Oil-filled silica nanocapsules for lipophilic drug uptake
- On the mechanisms of iron microspheres formation in argon plasma jet. BICA I.
- Optimization of nonviral transfection
- Oral controlled release formulation of diclofenac sodium by microencapsulation with ethyl cellulose. SAJEEV C., VINAY, G., ARCHNA, R, and SAHA
- Oxaliplatin loaded PLAGA microspheres
- Paperlike microencapsulated electrophoretic materials and displays. KAZLAS P.
- PEGylation of microspheres generates a heterogeneous population of particles with differ-ential surface characteristics and biological performance. GBADAMOSI
- PELA microspheres loaded H-pylori lysates and their mucosal immune response. Ren
- Performance of titanium dioxide microcapsules as a photooxidation catalyst for decolour-ization of methylene blue. SUPSAKULCHAI A., MA, G. H., NAGAI, M, and Ow
- Phagocytic uptake of polystyrene microspheres by alveolar macrophages
- Pharmacokinetics and efficacies of liposomal and conventional formulations of tobramycin after intratracheal administration in rats with pulmonary Burkholdefia cepacia infec-tion.
- Pharmacokinetics toxicity, and efficacy of ends-modified raf antisense oligodeoxyribonu-cleotide encapsulated in a novel cationic liposome.
- PLA-PEG nanospheres
- Poly-D L-lactide-co-poly
- Polymers for biodegradable medical devices XI. Microencapsulation studies
- Possibilities of formoterol to enhance the peripheral lung deposition of the inhaled liposome corticosteroids. SAARI S.
- Preparation and characterization of drug-loaded polymethacrylate microspheres by an emulsion solvent evaporation method.
- Preparation and characterization of monodisperse magnetic poly
- Preparation and optical properties of polystyrene nanocapsules containing photochromo-phores.
- Preparation of microcapsules by drying-in-liquid with a [
- Preparation of monodisperse controlled release microcapsules. BRANDAU T.
- Preparation of phosphorus and carbohydrate microcapsules for manipulating dietary C
- Preparation of polymer microspheres from solutions. CHAI Z.
- Production of alginate microspheres by internal gelation using an emulsification method. CHAN L.
- Proliferative and cytokine responses in CTLA4-Ig-treated diabetic NOD mice transplanted with microencapsulated neonatal porcine ICCs. SAFLEY S. A., KAPP, J. A, and WEBER
- Protective effects of oral microencapsulated Mycoplasma hyopneumoniae vaccine prepared by co-spray drying method. LIN
- Pulsed plasma deposition of super-hydrophobic nanospheres. TEARE D.
- Radiation force on a nonlinear microsphere by a tightly focused Gaussian beam. POBRE R, and SALOMA, C.
- Radiation pressure and gas drag forces on a melamine- formaidehyde microsphere in a dusty plasma.
- Reacetylated chitosan microspheres for controlled delivery of anti-microbial agents to the gastric mucosa. PORTERO A., REMUNAN-LOPEZ, C., CRIADO, M. T, and ALONSO
- Release characteristics of an azo dye from poly
- Release profile of lidocaine HC1 from topical liposomal gel formulation. GLAVAS-DODOV M., GORACINOVA, K., MLADENOVSKA, K, and FREDRO-KUMBARADZI
- Rescue of retroviral envelope fusion deficiencies by cationic liposomes. PORTER C.
- Risperidone microspheres—renaissance of neuroleptic depot therapy.
- Sequential-release of anticancer drugs microcapsulated with ethylcellulose. Gu G.
- Shift of whispering-gallery modes in microspheres by protein adsorption. ARNOLD S., KnosilsimA, M., TERAOKA, I., HOLLER, S, and VOLLMER
- Size dependent immune response after subcutaneous oral and intranasal administration of BSA loaded nanospheres. GUTIERRO, I., HERNANDEZ, R. M., IGARTUA, M., GASCON, A. R, and PEDRAZ
- Size distribution of spontaneously formed liposomes by the alcohol injection method. DOMAZOU A.
- Size separation of silica nanospheres by means of capillary zone electrophoresis. VANIFATOVA N.
- Sodium alginate microspheres of metoprolol tartrate for intranasal systemic delivery
- Solvent extraction employing a static micromixer
- Special issue—Selected papers from the 13
- Stimulation of spleen cells in vitro by nanospheric particles containing antigen. EYLES
- Structural and human cellular assessment of a novel microsphere-based tissue engineered scaffold for bone repair.
- Studies on alginate-chitosan microcapsules and renal arterial embolization in rabbits. Li S., WANG, X. T., ZHANG, X. B., YANG, R. J., ZHANG, H. Z., ZHU, L. Z, and Hou
- Studies on the development of a microencapsulated delivery system for norbormide a species-specific acute rodenticide. NADIAN, A, and LINDBLOM, L.
- Study of release kinetics of small and high molecular weight substances dispersed into spray-dried ethylcellulose microspheres. GRATTARD N., PERNIN, M., MARTY, B., ROUDAUT, G., CHAMPION, D, and LE MESTE
- Study of surfactant-liposome interactions at sublytic level by means of a surface probe. COCERA M., LOPEZ, O., ESTELRICH, J., PARRA, J. L, and DE LA MAZA
- Study of the drug release mechanism from tyrphostin AG-1295-loaded nanospheres by in situ and external sink methods. CHORNY M., FISHBEIN, I., DANENBERG, H. D, and GOLOMB
- Study of the emulsion-diffusion of solvent
- Surface plasmon resonance characterization of drug/liposome interactions.
- Survival and maturation of microencapsulated porcine neonatal pancreatic cell clusters transplanted into immunocompetent diabetic mice.
- Targeting efficiency of galactosylated liposomes to hepatocytes in vivo
- Templated nanoparticle assembly on the surface of a patterned nanosphere. NAGLE L., RYAN, D., COBBE, S, and FITZMAURICE
- The dose response and effects of dexamethasone on bupivacaine microcapsules for inter-costal blockade
- The effects of infiltration on protein release from multiphase microspheres fabricated via solvent removal. GODBEE J., WESTON, P, and MATHIOWITZ
- The stability of tretinoin in tretinoin gel microsphere O.1%. NYIRADY J., LUCAS, C., YUSUF, M., MIGNONE, P, and WISNIEWSKI
- The use of liposomes for constructing cell models. OBERHOLZER T, and Luisi, P.
- The use of spray drying to microencapsulate 2-acetyl-1-pyrroline a major flavour component of aromatic rice. APINTANAPONG, M, and NOOMHORM
- Thermal storage/release durability, and temperature sensing properties of thermostatic fabrics treated with octadecane-containing microcapsules.
- Toxic characteristics of methoxy poly
- Unexpected low efficacy of stealth liposomal doxorubicin
- Uptake of liposomally entrapped fluorescent antisense oligonucleotides in NG108-15 cells
- Use of microsphere immunoassay for simplified multianalyte screening of thyrotropin and thyroxine in dried blood spots from newborns. LUKACS Z., MORDAC, C., KOHLSCHUTTER, A, and KRUITHOF
- Use of synchrotron radiation SAXS to study the first steps of the interaction between sodium dodecyl sulfate and charged liposomes. LOPEZ O., COCERA, M., PONS, R., AMENITSCH, H., CAELLES, J., PARRA, J. L., CODERCH, L, and DE LA MAZA
- Use of the post-insertion method for the formation of ligand-coupled liposomes. ALLEN T.
- Viscosity of polymer solution phase and other factors controlling the dissolution of theophyl-line microspheres prepared by the emulsion solvent evaporation method. OBEIDAT W.
- Visualization of intracellular trafficking of exogenous DNA delivered by cationic liposomes. KAMIYA H., FUJIMURA, Y., MATSUOKA, I, and HARASHIMA
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