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  1. Article: [No title information]

    Giroux, Xavier / Ellefsen, Édith / Mailhot-Bisson, Didier

    Recherche en soins infirmiers

    2021  Volume 140, Issue 1, Page(s) 17–28

    Abstract: Many health programs provide "counseling" services that aim to support clients in their self-care. Although the concept of adapted education for the elderly is important for nursing practice, there is currently no consensus of its definition. An analysis ...

    Title translation L’enseignement adapté à la personne âgée : une analyse évolutionniste de concept.
    Abstract Many health programs provide "counseling" services that aim to support clients in their self-care. Although the concept of adapted education for the elderly is important for nursing practice, there is currently no consensus of its definition. An analysis of "adapted education for the elderly" following the six steps of Rodgers' evolutionary approach was conducted in order to identify the essential characteristics of the concept and to define its use in nursing. A literature review drawing upon several databases (Abstract in Social Gerontology, AgeLine, CINAHL, ERIC, and PsycINFO) identified twenty-six papers on this subject published between 1988 and 2016. After analysis, four key characteristics were identified to describe the concept: the uniqueness of the older learner, the presence of a competent and aware educator, the four-step process of the session, and the use of adapted teaching strategies for the older learner. Finally, the use of this concept in nursing remains erratic. To facilitate its operationalization, more studies and theories must be developed on the subject.
    Language French
    Publishing date 2021-07-11
    Publishing country France
    Document type English Abstract ; Journal Article
    ISSN 0297-2964
    ISSN 0297-2964
    DOI 10.3917/rsi.140.0017
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  2. Article: L’enseignement adapté à la personne âgée : une analyse évolutionniste de concept.

    Giroux, Xavier / Ellefsen, Édith / Mailhot-Bisson, Didier

    Recherche en soins infirmiers

    2020  Volume 140, Issue 1, Page(s) 17–28

    Abstract: Many health programs provide “counseling” services that aim to support clients in their self-care. Although the concept of adapted education for the elderly is important for nursing practice, there is currently no consensus of its definition. An analysis ...

    Title translation Adapted education for the elderly : An evolutionary concept analysis
    Abstract Many health programs provide “counseling” services that aim to support clients in their self-care. Although the concept of adapted education for the elderly is important for nursing practice, there is currently no consensus of its definition. An analysis of “adapted education for the elderly” following the six steps of Rodgers’ evolutionary approach was conducted in order to identify the essential characteristics of the concept and to define its use in nursing. A literature review drawing upon several databases (Abstract in Social Gerontology, AgeLine, CINAHL, ERIC, and PsycINFO) identified twenty-six papers on this subject published between 1988 and 2016. After analysis, four key characteristics were identified to describe the concept: the uniqueness of the older learner, the presence of a competent and aware educator, the four-step process of the session, and the use of adapted teaching strategies for the older learner. Finally, the use of this concept in nursing remains erratic. To facilitate its operationalization, more studies and theories must be developed on the subject.
    MeSH term(s) Aged ; Concept Formation ; Geriatric Nursing ; Humans ; Patient Education as Topic/methods
    Language French
    Publishing date 2020-06-10
    Publishing country France
    Document type Journal Article ; Review
    ISSN 0297-2964
    ISSN 0297-2964
    DOI 10.3917/rsi.140.0017
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  3. Article ; Online: A novel archaeal DNA repair factor that acts with the UvrABC system to repair mitomycin C-induced DNA damage in a PCNA-dependent manner.

    Giroux, Xavier / MacNeill, Stuart A

    Molecular microbiology

    2016  Volume 99, Issue 1, Page(s) 1–14

    Abstract: The sliding clamp proliferating cell nuclear antigen (PCNA) plays a vital role in a number of DNA repair pathways in eukaryotes and archaea by acting as a stable platform onto which other essential protein factors assemble. Many of these proteins ... ...

    Abstract The sliding clamp proliferating cell nuclear antigen (PCNA) plays a vital role in a number of DNA repair pathways in eukaryotes and archaea by acting as a stable platform onto which other essential protein factors assemble. Many of these proteins interact with PCNA via a short peptide sequence known as a PIP (PCNA interacting protein) motif. Here we describe the identification and functional analysis of a novel PCNA interacting protein NreA that is conserved in the archaea and that has a PIP motif at its C-terminus. Using the genetically tractable euryarchaeon Haloferax volcanii as a model system, we show that the NreA protein is not required for cell viability but that loss of NreA (or replacement of the wild-type protein with a truncated version lacking the C-terminal PIP motif) results in an increased sensitivity to the DNA damaging agent mitomycin C (MMC) that correlates with delayed repair of MMC-induced chromosomal DNA damage monitored by pulsed-field gel electrophoresis. Genetic epistasis analysis in Hfx. volcanii suggests that NreA works together with the UvrABC proteins in repairing DNA damage resulting from exposure to MMC. The wide distribution of NreA family members implies an important role for the protein in DNA damage repair in all archaeal lineages.
    MeSH term(s) DNA Damage ; DNA Repair ; DNA Repair Enzymes/metabolism ; DNA, Archaeal/drug effects ; Endodeoxyribonucleases/metabolism ; Escherichia coli Proteins/metabolism ; Haloferax volcanii/enzymology ; Haloferax volcanii/metabolism ; Mitomycin/toxicity ; Molecular Sequence Data ; Proliferating Cell Nuclear Antigen/metabolism ; Sequence Analysis, DNA
    Chemical Substances DNA, Archaeal ; Escherichia coli Proteins ; Proliferating Cell Nuclear Antigen ; Mitomycin (50SG953SK6) ; Endodeoxyribonucleases (EC 3.1.-) ; endodeoxyribonuclease uvrABC (EC 3.1.25.-) ; DNA Repair Enzymes (EC 6.5.1.-)
    Language English
    Publishing date 2016-01
    Publishing country England
    Document type Journal Article ; Research Support, Non-U.S. Gov't
    ZDB-ID 619315-8
    ISSN 1365-2958 ; 0950-382X
    ISSN (online) 1365-2958
    ISSN 0950-382X
    DOI 10.1111/mmi.13210
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  4. Article ; Online: Maladaptive DNA repair is the ultimate contributor to the death of trimethoprim-treated cells under aerobic and anaerobic conditions.

    Giroux, Xavier / Su, Wei-Lin / Bredeche, Marie-Florence / Matic, Ivan

    Proceedings of the National Academy of Sciences of the United States of America

    2017  Volume 114, Issue 43, Page(s) 11512–11517

    Abstract: The bactericidal effects of antibiotics are undoubtedly triggered by target-specific interactions, but there is growing evidence that an important aspect of cytotoxicity results from treatment-induced metabolic perturbations. In this study, we ... ...

    Abstract The bactericidal effects of antibiotics are undoubtedly triggered by target-specific interactions, but there is growing evidence that an important aspect of cytotoxicity results from treatment-induced metabolic perturbations. In this study, we characterized molecular mechanisms whereby trimethoprim treatment results in cell death, using
    MeSH term(s) Aerobiosis ; Anaerobiosis ; Anti-Infective Agents, Urinary/pharmacology ; DNA Damage/drug effects ; DNA Methylation ; DNA Repair/drug effects ; DNA Replication/drug effects ; DNA Replication/physiology ; DNA, Bacterial/physiology ; Deoxyguanosine ; Escherichia coli/drug effects ; Gene Expression Regulation, Bacterial/drug effects ; Reactive Oxygen Species ; SOS Response (Genetics) ; Thymidine/metabolism ; Trimethoprim/toxicity
    Chemical Substances Anti-Infective Agents, Urinary ; DNA, Bacterial ; Reactive Oxygen Species ; Trimethoprim (AN164J8Y0X) ; Deoxyguanosine (G9481N71RO) ; Thymidine (VC2W18DGKR)
    Language English
    Publishing date 2017-10-09
    Publishing country United States
    Document type Journal Article ; Research Support, Non-U.S. Gov't
    ZDB-ID 209104-5
    ISSN 1091-6490 ; 0027-8424
    ISSN (online) 1091-6490
    ISSN 0027-8424
    DOI 10.1073/pnas.1706236114
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  5. Article ; Online: Inhibiting NAD+-dependent DNA ligase activity with 2-(cyclopentyloxy)-5'-deoxyadenosine (CPOdA) offers a new tool for DNA replication and repair studies in the model archaeon Haloferax volcanii.

    Giroux, Xavier / MacNeill, Stuart A

    FEMS microbiology letters

    2015  Volume 362, Issue 21

    Abstract: DNA ligases play an essential role in many aspects of DNA metabolism in all three domains of life. The haloarchaeal organism Haloferax volcanii encodes both ATP- and NAD(+)-dependent DNA ligase enzymes designated LigA and LigN, respectively. Neither LigA ...

    Abstract DNA ligases play an essential role in many aspects of DNA metabolism in all three domains of life. The haloarchaeal organism Haloferax volcanii encodes both ATP- and NAD(+)-dependent DNA ligase enzymes designated LigA and LigN, respectively. Neither LigA nor LigN alone is required for cell viability but they share an essential function, most likely the ligation of Okazaki fragments during chromosome replication. Here we show that 2-(cyclopentyloxy)-5'-deoxyadenosine (referred to as CPOdA), originally developed as a inhibitor of bacterial NAD(+)-dependent DNA ligases, is a potent inhibitor of the growth of Hfx. volcanii cells expressing LigN alone, causing chromosome fragmentation and cell death, while cells expressing LigA are unaffected. Growth inhibition occurs at significantly lower CPOdA concentrations (MIC ≤ 50 ng ml(-1)) than those required for inhibition of bacterial growth (≥2 μg ml(-1)). CPOdA has the potential to become a vital tool in DNA replication and repair studies in this important model organism.
    MeSH term(s) DNA Ligase ATP ; DNA Ligases/antagonists & inhibitors ; DNA Repair/drug effects ; DNA Replication/drug effects ; Deoxyadenosines/pharmacology ; Enzyme Inhibitors/pharmacology ; Haloferax volcanii/drug effects ; Haloferax volcanii/enzymology ; Haloferax volcanii/genetics ; Haloferax volcanii/growth & development ; NAD/metabolism
    Chemical Substances 2-(cyclopentyloxy)-5'-deoxyadenosine ; Deoxyadenosines ; Enzyme Inhibitors ; NAD (0U46U6E8UK) ; DNA Ligases (EC 6.5.1.-) ; DNA Ligase ATP (EC 6.5.1.1)
    Language English
    Publishing date 2015-11
    Publishing country England
    Document type Journal Article ; Research Support, U.S. Gov't, Non-P.H.S.
    ZDB-ID 752343-9
    ISSN 1574-6968 ; 0378-1097
    ISSN (online) 1574-6968
    ISSN 0378-1097
    DOI 10.1093/femsle/fnv181
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  6. Article ; Online: Molecular Genetic Methods to Study DNA Replication Protein Function in Haloferax volcanii, A Model Archaeal Organism.

    Giroux, Xavier / MacNeill, Stuart A

    Methods in molecular biology (Clifton, N.J.)

    2015  Volume 1300, Page(s) 187–218

    Abstract: Successful high-fidelity chromosomal DNA replication is fundamental to all forms of cellular life and requires the complex interplay of a variety of essential and nonessential protein factors in a spatially and temporally coordinated manner. Much of what ...

    Abstract Successful high-fidelity chromosomal DNA replication is fundamental to all forms of cellular life and requires the complex interplay of a variety of essential and nonessential protein factors in a spatially and temporally coordinated manner. Much of what is known about the enzymes and mechanisms of chromosome replication has come from analysis of simple microbial model systems, such as yeast and archaea. Archaea possess a highly simplified eukaryotic-like replication apparatus, making them an excellent model for gaining novel insights into conserved aspects of protein function at the heart of the replisome. Amongst the thermophilic archaea, a number of species have proved useful for biochemical analysis of protein function, but few of these organisms are suited to genetic analysis. One archaeal organism that is genetically tractable is the mesophilic euryarchaeon Haloferax volcanii, a halophile that grows aerobically in high salt medium at an optimum temperature of 40-45 °C and with a doubling time of 2-3 h. The Hfx. volcanii genome has been sequenced and a range of methods have been developed to allow reverse genetic analysis of protein function in vivo, including techniques for gene replacement and gene deletion, transcriptional regulation, point mutation and gene tagging. Here we briefly summarize current knowledge of the chromosomal DNA replication machinery in the haloarchaea before describing in detail the molecular methods available to probe protein structure and function within the Hfx. volcanii replication apparatus.
    MeSH term(s) Alleles ; Archaeal Proteins/metabolism ; DNA Replication ; Gene Deletion ; Genes, Mating Type, Fungal ; Genetic Markers ; Genetic Techniques ; Haloferax volcanii/genetics ; INDEL Mutation ; Models, Biological ; Promoter Regions, Genetic/genetics ; Transformation, Genetic
    Chemical Substances Archaeal Proteins ; Genetic Markers
    Language English
    Publishing date 2015
    Publishing country United States
    Document type Journal Article ; Research Support, Non-U.S. Gov't ; Research Support, U.S. Gov't, Non-P.H.S.
    ISSN 1940-6029
    ISSN (online) 1940-6029
    DOI 10.1007/978-1-4939-2596-4_13
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  7. Article: Measurement of branching fractions and mass spectra of B-->Kpipigamma.

    Aubert, B / Barate, R / Boutigny, D / Couderc, F / Karyotakis, Y / Lees, J P / Poireau, V / Tisserand, V / Zghiche, A / Grauges, E / Palano, A / Pappagallo, M / Pompili, A / Chen, J C / Qi, N D / Rong, G / Wang, P / Zhu, Y S / Eigen, G /
    Ofte, I / Stugu, B / Abrams, G S / Battaglia, M / Breon, A B / Brown, D N / Button-Shafer, J / Cahn, R N / Charles, E / Day, C T / Gill, M S / Gritsan, A V / Groysman, Y / Jacobsen, R G / Kadel, R W / Kadyk, J / Kerth, L T / Kolomensky, Yu G / Kukartsev, G / Lynch, G / Mir, L M / Oddone, P J / Orimoto, T J / Pripstein, M / Roe, N A / Ronan, M T / Wenzel, W A / Barrett, M / Ford, K E / Harrison, T J / Hart, A J / Hawkes, C M / Morgan, S E / Watson, A T / Fritsch, M / Goetzen, K / Held, T / Koch, H / Lewandowski, B / Pelizaeus, M / Peters, K / Schroeder, T / Steinke, M / Boyd, J T / Burke, J P / Chevalier, N / Cottingham, W N / Kelly, M P / Cuhadar-Donszelmann, T / Fulsom, B G / Hearty, C / Knecht, N S / Mattison, T S / McKenna, J A / Khan, A / Kyberd, P / Saleem, M / Teodorescu, L / Blinov, A E / Blinov, V E / Bukin, A D / Druzhinin, V P / Golubev, V B / Kravchenko, E A / Onuchin, A P / Serednyakov, S I / Skovpen, Yu I / Solodov, E P / Yushkov, A N / Best, D / Bondioli, M / Bruinsma, M / Chao, M / Eschrich, I / Kirkby, D / Lankford, A J / Mandelkern, M / Mommsen, R K / Roethel, W / Stoker, D P / Buchanan, C / Hartfiel, B L / Foulkes, S D / Gary, J W / Long, O / Shen, B C / Wang, K / Zhang, L / del Re, D / Hadavand, H K / Hill, E J / MacFarlane, D B / Paar, H P / Rahatlou, S / Sharma, V / Berryhill, J W / Campagnari, C / Cunha, A / Dahmes, B / Hong, T M / Mazur, M A / Richman, J D / Verkerke, W / Beck, T W / Eisner, A M / Flacco, C J / Heusch, C A / Kroseberg, J / Lockman, W S / Nesom, G / Schalk, T / Schumm, B A / Seiden, A / Spradlin, P / Williams, D C / Wilson, M G / Albert, J / Chen, E / Dubois-Felsmann, G P / Dvoretskii, A / Hitlin, D G / Narsky, I / Piatenko, T / Porter, F C / Ryd, A / Samuel, A / Andreassen, R / Jayatilleke, S / Mancinelli, G / Meadows, B T / Sokoloff, M D / Blanc, F / Bloom, P / Chen, S / Ford, W T / Nauenberg, U / Olivas, A / Rankin, P / Ruddick, W O / Smith, J G / Ulmer, K A / Wagner, S R / Zhang, J / Chen, A / Eckhart, E A / Soffer, A / Toki, W H / Wilson, R J / Zeng, Q / Altenburg, D / Feltresi, E / Hauke, A / Spaan, B / Brandt, T / Brose, J / Dickopp, M / Klose, V / Lacker, H M / Nogowski, R / Otto, S / Petzold, A / Schott, G / Schubert, J / Schubert, K R / Schwierz, R / Sundermann, J E / Bernard, D / Bonneaud, G R / Grenier, P / Schrenk, S / Thiebaux, Ch / Vasileiadis, G / Verderi, M / Bard, D J / Clark, P J / Gradl, W / Muheim, F / Playfer, S / Xie, Y / Andreotti, M / Azzolini, V / Bettoni, D / Bozzi, C / Calabrese, R / Cibinetto, G / Luppi, E / Negrini, M / Piemontese, L / Anulli, F / Baldini-Ferroli, R / Calcaterra, A / de Sangro, R / Finocchiaro, G / Patteri, P / Peruzzi, I M / Piccolo, M / Zallo, A / Buzzo, A / Capra, R / Contri, R / Lo Vetere, M / Macri, M / Monge, M R / Passaggio, S / Patrignani, C / Robutti, E / Santroni, A / Tosi, S / Bailey, S / Brandenburg, G / Chaisanguanthum, K S / Morii, M / Won, E / Wu, J / Dubitzky, R S / Langenegger, U / Marks, J / Schenk, S / Uwer, U / Bhimji, W / Bowerman, D A / Dauncey, P D / Egede, U / Flack, R L / Gaillard, J R / Morton, G W / Nash, J A / Nikolich, M B / Taylor, G P / Vazquez, W P / Charles, M J / Mader, W F / Mallik, U / Mohapatra, A K / Cochran, J / Crawley, H B / Eyges, V / Meyer, W T / Prell, S / Rosenberg, E I / Rubin, A E / Yi, J / Arnaud, N / Davier, M / Giroux, X / Grosdidier, G / Höcker, A / Le Diberder, F / Lepeltier, V / Lutz, A M / Oyanguren, A / Petersen, T C / Pierini, M / Plaszczynski, S / Rodier, S / Roudeau, P / Schune, M H / Stocchi, A / Wormser, G / Cheng, C H / Lange, D J / Simani, M C / Wright, D M / Bevan, A J / Chavez, C A / Coleman, J P / Forster, I J / Fry, J R / Gabathuler, E / Gamet, R / George, K A / Hutchcroft, D E / Parry, R J / Payne, D J / Schofield, K C / Touramanis, C / Cormack, C M / Di Lodovico, F / Sacco, R / Brown, C L / Cowan, G / Flaecher, H U / Green, M G / Hopkins, D A / Jackson, P S / McMahon, T R / Ricciardi, S / Salvatore, F / Brown, D / Davis, C L / Allison, J / Barlow, N R / Barlow, R J / Hodgkinson, M C / Lafferty, G D / Naisbit, M T / Williams, J C / Chen, C / Farbin, A / Hulsbergen, W D / Jawahery, A / Kovalskyi, D / Lae, C K / Lillard, V / Roberts, D A / Simi, G / Blaylock, G / Dallapiccola, C / Hertzbach, S S / Kofler, R / Koptchev, V B / Li, X / Moore, T B / Saremi, S / Staengle, H / Willocq, S / Cowan, R / Koeneke, K / Sciolla, G / Sekula, S J / Spitznagel, M / Taylor, F / Yamamoto, R K / Kim, H / Patel, P M / Robertson, S H / Lazzaro, A / Lombardo, V / Palombo, F / Bauer, J M / Cremaldi, L / Eschenburg, V / Godang, R / Kroeger, R / Reidy, J / Sanders, D A / Summers, D J / Zhao, H W / Brunet, S / Côté, D / Taras, P / Viaud, B / Nicholson, H / Cavallo, N / De Nardo, G / Fabozzi, F / Gatto, C / Lista, L / Monorchio, D / Paolucci, P / Piccolo, D / Sciacca, C / Baak, M / Bulten, H / Raven, G / Snoek, H L / Wilden, L / Jessop, C P / LoSecco, J M / Allmendinger, T / Benelli, G / Gan, K K / Honscheid, K / Hufnagel, D / Jackson, P D / Kagan, H / Kass, R / Pulliam, T / Rahimi, A M / Ter-Antonyan, R / Wong, Q K / Brau, J / Frey, R / Igonkina, O / Lu, M / Potter, C T / Sinev, N B / Strom, D / Strube, J / Torrence, E / Dorigo, A / Galeazzi, F / Margoni, M / Morandin, M / Posocco, M / Rotondo, M / Simonetto, F / Stroili, R / Voci, C / Benayoun, M / Briand, H / Chauveau, J / David, P / Del Buono, L / de la Vaissière, Ch / Hamon, O / John, M J J / Leruste, Ph / Malclès, J / Ocariz, J / Roos, L / Therin, G / Behera, P K / Gladney, L / Guo, Q H / Panetta, J / Biasini, M / Covarelli, R / Pacetti, S / Pioppi, M / Angelini, C / Batignani, G / Bettarini, S / Bucci, F / Calderini, G / Carpinelli, M / Cenci, R / Forti, F / Giorgi, M A / Lusiani, A / Marchiori, G / Morganti, M / Neri, N / Paoloni, E / Rama, M / Rizzo, G / Walsh, J / Haire, M / Judd, D / Wagoner, D E / Biesiada, J / Danielson, N / Elmer, P / Lau, Y P / Lu, C / Olsen, J / Smith, A J S / Telnov, A V / Bellini, F / Cavoto, G / D'Orazio, A / Di Marco, E / Faccini, R / Ferrarotto, F / Ferroni, F / Gaspero, M / Li Gioi, L / Mazzoni, M A / Morganti, S / Piredda, G / Polci, F / Safai Tehrani, F / Voena, C / Schröder, H / Wagner, G / Waldi, R / Adye, T / De Groot, N / Franek, B / Gopal, G P / Olaiya, E O / Wilson, F F / Aleksan, R / Emery, S / Gaidot, A / Ganzhur, S F / Giraud, P-F / Graziani, G / Hamel de Monchenault, G / Kozanecki, W / Legendre, M / London, G W / Mayer, B / Vasseur, G / Yèche, Ch / Zito, M / Purohit, M V / Weidemann, A W / Wilson, J R / Yumiceva, F X / Abe, T / Allen, M T / Aston, D / Bartoldus, R / Berger, N / Boyarski, A M / Buchmueller, O L / Claus, R / Convery, M R / Cristinziani, M / Dingfelder, J C / Dong, D / Dorfan, J / Dujmic, D / Dunwoodie, W / Fan, S / Field, R C / Glanzman, T / Gowdy, S J / Hadig, T / Halyo, V / Hast, C / Hryn'ova, T / Innes, W R / Kelsey, M H / Kim, P / Kocian, M L / Leith, D W G S / Libby, J / Luitz, S / Luth, V / Lynch, H L / Marsiske, H / Messner, R / Muller, D R / O'Grady, C P / Ozcan, V E / Perazzo, A / Perl, M / Ratcliff, B N / Roodman, A / Salnikov, A A / Schindler, R H / Schwiening, J / Snyder, A / Stelzer, J / Su, D / Sullivan, M K / Suzuki, K / Swain, S / Thompson, J M / Va'vra, J / Weaver, M / Weinstein, A J R / Wisniewski, W J / Wittgen, M / Wright, D H / Yarritu, A K / Yi, K / Young, C C / Burchat, P R / Edwards, A J / Majewski, S A / Petersen, B A / Roat, C / Ahmed, M / Ahmed, S / Alam, M S / Ernst, J A / Saeed, M A / Wappler, F R / Zain, S B / Bugg, W / Krishnamurthy, M / Spanier, S M / Eckmann, R / Ritchie, J L / Satpathy, A / Schwitters, R F / Izen, J M / Kitayama, I / Lou, X C / Ye, S / Bianchi, F / Bona, M / Gallo, F / Gamba, D / Bomben, M / Bosisio, L / Cartaro, C / Cossutti, F / Della Ricca, G / Dittongo, S / Grancagnolo, S / Lanceri, L / Vitale, L / Martinez-Vidal, F / Panvini, R S / Banerjee, Sw / Bhuyan, B / Brown, C M / Fortin, D / Hamano, K / Kowalewski, R / Roney, J M / Sobie, R J / Back, J J / Harrison, P F / Latham, T E / Mohanty, G B / Band, H R / Chen, X / Cheng, B / Dasu, S / Datta, M / Eichenbaum, A M / Flood, K T / Graham, M / Hollar, J J / Johnson, J R / Kutter, P E / Li, H / Liu, R / Mellado, B / Mihalyi, A / Pan, Y / Prepost, R / Tan, P / von Wimmersperg-Toeller, J H / Wu, S L / Yu, Z / Neal, H

    Physical review letters

    2007  Volume 98, Issue 21, Page(s) 211804

    Abstract: We present a measurement of the partial branching fractions and mass spectra of the exclusive radiative penguin processes B-->Kpipigamma in the range m(Kpipi)<1.8 GeV/c(2). We reconstruct four final states: K(+)pi(-)pi(+)gamma, K(+)pi(-)pi(0)gamma, K(S)( ... ...

    Abstract We present a measurement of the partial branching fractions and mass spectra of the exclusive radiative penguin processes B-->Kpipigamma in the range m(Kpipi)<1.8 GeV/c(2). We reconstruct four final states: K(+)pi(-)pi(+)gamma, K(+)pi(-)pi(0)gamma, K(S)(0)pi(-)pi(+)gamma, and K(S)(0)pi(+)pi(0)gamma, where K(S)(0)-->pi(+)pi(-). Using 232 x 10(6) e(+)e(-)-->BB events recorded by the BABAR experiment at the SLAC PEP-II asymmetric-energy storage ring, we measure the branching fractions B(B(+)-->K(+)pi(-)pi(+)gamma)=[2.95+/-0.13(stat)+/-0.20(syst)] x 10(-5), B(B(0)-->K(+)pi(-)pi(0)gamma)=[4.07+/-0.22(stat)+/-0.31(syst)] x 10(-5), B(B(0)-->K(0)pi(+)pi(-)gamma)=[1.85+/-0.21(stat)+/-0.12(syst)] x 10(-5), and B(B(+)-->K(0)pi(+)pi(0)gamma)=[4.56+/-0.42(stat)+/-0.31(syst)] x 10(-5).
    Language English
    Publishing date 2007-05-25
    Publishing country United States
    Document type Journal Article
    ZDB-ID 208853-8
    ISSN 1079-7114 ; 0031-9007
    ISSN (online) 1079-7114
    ISSN 0031-9007
    DOI 10.1103/PhysRevLett.98.211804
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  8. Article: Measurement of branching fractions and resonance contributions for B0 --> D0K+pi- and search for B0 --> D0K+pi- decays.

    Aubert, B / Barate, R / Boutigny, D / Couderc, F / Karyotakis, Y / Lees, J P / Poireau, V / Tisserand, V / Zghiche, A / Grauges, E / Palano, A / Pappagallo, M / Pompili, A / Chen, J C / Qi, N D / Rong, G / Wang, P / Zhu, Y S / Eigen, G /
    Ofte, I / Stugu, B / Abrams, G S / Battaglia, M / Best, D / Breon, A B / Brown, D N / Button-Shafer, J / Cahn, R N / Charles, E / Day, C T / Gill, M S / Gritsan, A V / Groysman, Y / Jacobsen, R G / Kadel, R W / Kadyk, J / Kerth, L T / Kolomensky, Yu G / Kukartsev, G / Lynch, G / Mir, L M / Oddone, P J / Orimoto, T J / Pripstein, M / Roe, N A / Ronan, M T / Wenzel, W A / Barrett, M / Ford, K E / Harrison, T J / Hart, A J / Hawkes, C M / Morgan, S E / Watson, A T / Fritsch, M / Goetzen, K / Held, T / Koch, H / Lewandowski, B / Pelizaeus, M / Peters, K / Schroeder, T / Steinke, M / Boyd, J T / Burke, J P / Chevalier, N / Cottingham, W N / Cuhadar-Donszelmann, T / Fulsom, B G / Hearty, C / Knecht, N S / Mattison, T S / McKenna, J A / Khan, A / Kyberd, P / Saleem, M / Teodorescu, L / Blinov, A E / Blinov, V E / Bukin, A D / Druzhinin, V P / Golubev, V B / Kravchenko, E A / Onuchin, A P / Serednyakov, S I / Skovpen, Yu I / Solodov, E P / Yushkov, A N / Bondioli, M / Bruinsma, M / Chao, M / Curry, S / Eschrich, I / Kirkby, D / Lankford, A J / Lund, P / Mandelkern, M / Mommsen, R K / Roethel, W / Stoker, D P / Buchanan, C / Hartfiel, B L / Foulkes, S D / Gary, J W / Long, O / Shen, B C / Wang, K / Zhang, L / Del Re, D / Hadavand, H K / Hill, E J / Macfarlane, D B / Paar, H P / Rahatlou, S / Sharma, V / Berryhill, J W / Campagnari, C / Cunha, A / Dahmes, B / Hong, T M / Mazur, M A / Richman, J D / Verkerke, W / Beck, T W / Eisner, A M / Flacco, C J / Heusch, C A / Kroseberg, J / Lockman, W S / Nesom, G / Schalk, T / Schumm, B A / Seiden, A / Spradlin, P / Williams, D C / Wilson, M G / Albert, J / Chen, E / Dubois-Felsmann, G P / Dvoretskii, A / Hitlin, D G / Minamora, J S / Narsky, I / Piatenko, T / Porter, F C / Ryd, A / Samuel, A / Andreassen, R / Mancinelli, G / Meadows, B T / Sokoloff, M D / Blanc, F / Bloom, P C / Chen, S / Ford, W T / Hirschauer, J F / Kreisel, A / Nauenberg, U / Olivas, A / Ruddick, W O / Smith, J G / Ulmer, K A / Wagner, S R / Zhang, J / Chen, A / Eckhart, E A / Soffer, A / Toki, W H / Wilson, R J / Zeng, Q / Altenburg, D / Feltresi, E / Hauke, A / Spaan, B / Brandt, T / Brose, J / Dickopp, M / Klose, V / Lacker, H M / Nogowski, R / Otto, S / Petzold, A / Schubert, J / Schubert, K R / Schwierz, R / Sundermann, J E / Bernard, D / Bonneaud, G R / Grenier, P / Schrenk, S / Thiebaux, Ch / Vasileiadis, G / Verderi, M / Bard, D J / Clark, P J / Gradl, W / Muheim, F / Playfer, S / Xie, Y / Andreotti, M / Bettoni, D / Bozzi, C / Calabrese, R / Cibinetto, G / Luppi, E / Negrini, M / Piemontese, L / Anulli, F / Baldini-Ferroli, R / Calcaterra, A / de Sangro, R / Finocchiaro, G / Patteri, P / Peruzzi, I M / Piccolo, M / Zallo, A / Buzzo, A / Capra, R / Contri, R / Vetere, M Lo / Macri, M M / Monge, M R / Passaggio, S / Patrignani, C / Robutti, E / Santroni, A / Tosi, S / Brandenburg, G / Chaisanguanthum, K S / Morii, M / Won, E / Wu, J / Dubitzky, R S / Langenegger, U / Marks, J / Schenk, S / Uwer, U / Bhimji, W / Bowerman, D A / Dauncey, P D / Egede, U / Flack, R L / Gaillard, J R / Nash, J A / Nikolich, M B / Vazquez, W Panduro / Chai, X / Charles, M J / Mader, W F / Mallik, U / Ziegler, V / Cochran, J / Crawley, H B / Eyges, V / Meyer, W T / Prell, S / Rosenberg, E I / Rubin, A E / Yi, J I / Schott, G / Arnaud, N / Davier, M / Giroux, X / Grosdidier, G / Höcker, A / Diberder, F Le / Lepeltier, V / Lutz, A M / Oyanguren, A / Petersen, T C / Plaszczynski, S / Rodier, S / Roudeau, P / Schune, M H / Stocchi, A / Wormser, G / Cheng, C H / Lange, D J / Simani, M C / Wright, D M / Bevan, A J / Chavez, C A / Forster, I J / Fry, J R / Gabathuler, E / Gamet, R / George, K A / Hutchcroft, D E / Parry, R J / Payne, D J / Schofield, K C / Touramanis, C / Cormack, C M / Lodovico, F Di / Menges, W / Sacco, R / Brown, C L / Cowan, G / Flaecher, H U / Green, M G / Hopkins, D A / Jackson, P S / McMahon, T R / Ricciardi, S / Salvatore, F / Davis, C L / Allison, J / Barlow, N R / Barlow, R J / Edgar, C L / Hodgkinson, M C / Kelly, M P / Lafferty, G D / Naisbit, M T / Williams, J C / Chen, C / Hulsbergen, W D / Jawahery, A / Kovalskyi, D / Lae, C K / Roberts, D A / Simi, G / Blaylock, G / Dallapiccola, C / Hertzbach, S S / Kofler, R / Li, X / Moore, T B / Saremi, S / Staengle, H / Willocq, S Y / Cowan, R / Koeneke, K / Sciolla, G / Sekula, S J / Spitznagel, M / Taylor, F / Yamamoto, R K / Kim, H / Patel, P M / Robertson, S H / Lazzaro, A / Lombardo, V / Palombo, F / Bauer, J M / Cremaldi, L / Eschenburg, V / Godang, R / Kroeger, R / Reidy, J / Sanders, D A / Summers, D J / Zhao, H W / Brunet, S / Côté, D / Taras, P / Viaud, F B / Nicholson, H / Cavallo, N / Nardo, G De / Fabozzi, F / Gatto, C / Lista, L / Monorchio, D / Paolucci, P / Piccolo, D / Sciacca, C / Baak, M / Bulten, H / Raven, G / Snoek, H L / Wilden, L / Jessop, C P / Losecco, J M / Allmendinger, T / Benelli, G / Gan, K K / Honscheid, K / Hufnagel, D / Jackson, P D / Kagan, H / Kass, R / Pulliam, T / Rahimi, A M / Ter-Antonyan, R / Wong, Q K / Blount, N L / Brau, J / Frey, R / Igonkina, O / Lu, M / Potter, C T / Rahmat, R / Sinev, N B / Strom, D / Strube, J / Torrence, E / Galeazzi, F / Margoni, M / Morandin, M / Posocco, M / Rotondo, M / Simonetto, F / Stroili, R / Voci, C / Benayoun, M / Briand, H / Chauveau, J / David, P / Buono, L Del / de la Vaissière, Ch / Hamon, O / John, M J J / Leruste, Ph / Malclès, J / Ocariz, J / Roos, L / Therin, G / Behera, P K / Gladney, L / Guo, Q H / Panetta, J / Biasini, M / Covarelli, R / Pacetti, S / Pioppi, M / Angelini, C / Batignani, G / Bettarini, S / Bucci, F / Calderini, G / Carpinelli, M / Cenci, R / Forti, F / Giorgi, M A / Lusiani, A / Marchiori, G / Morganti, M / Neri, N / Paoloni, E / Rama, M / Rizzo, G / Walsh, J / Haire, M / Judd, D / Wagoner, D E / Biesiada, J / Danielson, N / Elmer, P / Lau, Y P / Lu, C / Olsen, J / Smith, A J S / Telnov, A V / Bellini, F / Cavoto, G / D'Orazio, A / Marco, E Di / Faccini, R / Ferrarotto, F / Ferroni, F / Gaspero, M / Gioi, L Li / Mazzoni, M A / Morganti, S / Piredda, G / Polci, F / Tehrani, F Safai / Voena, C / Schröder, H / Waldi, R / Adye, T / Groot, N De / Franek, B / Gopal, G P / Olaiya, E O / Wilson, F F / Aleksan, R / Emery, S / Gaidot, A / Ganzhur, S F / Graziani, G / de Monchenault, G Hamel / Kozanecki, W / Legendre, M / London, G W / Mayer, B / Vasseur, G / Yèche, Ch / Zito, M / Purohit, M V / Weidemann, A W / Wilson, J R / Yumiceva, F X / Abe, T / Allen, M T / Aston, D / Bartoldus, R / Berger, N / Boyarski, A M / Buchmueller, O L / Claus, R / Coleman, J P / Convery, M R / Cristinziani, M / Dingfelder, J C / Dong, D / Dorfan, J / Dujmic, D / Dunwoodie, W / Fan, S / Field, R C / Glanzman, T / Gowdy, S J / Hadig, T / Halyo, V / Hast, C / Hryn'ova, T / Innes, W R / Kelsey, M H / Kim, P / Kocian, M L / Leith, D W G S / Libby, J / Luitz, S / Luth, V / Lynch, H L / Marsiske, H / Messner, R / Muller, D R / O'grady, C P / Ozcan, V E / Perazzo, A / Perl, M / Ratcliff, B N / Roodman, A / Salnikov, A A / Schindler, R H / Schwiening, J / Snyder, A / Stelzer, J / Su, D / Sullivan, M K / Suzuki, K / Swain, S K / Thompson, J M / Va'vra, J / van Bakel, N / Weaver, M / Weinstein, A J R / Wisniewski, W J / Wittgen, M / Wright, D H / Yarritu, A K / Yi, K / Young, C C / Burchat, P R / Edwards, A J / Majewski, S A / Petersen, B A / Roat, C / Ahmed, M / Ahmed, S / Alam, M S / Bula, R / Ernst, J A / Saeed, M A / Wappler, F R / Zain, S B / Bugg, W / Krishnamurthy, M / Spanier, S M / Eckmann, R / Ritchie, J L / Satpathy, A / Schwitters, R F / Izen, J M / Kitayama, I / Lou, X C / Ye, S / Bianchi, F / Bona, M / Gallo, F / Gamba, D / Bomben, M / Bosisio, L / Cartaro, C / Cossutti, F / Ricca, G Della / Dittongo, S / Grancagnolo, S / Lanceri, L / Vitale, L / Azzolini, V / Martinez-Vidal, F / Panvini, R S / Banerjee, Sw / Bhuyan, B / Brown, C M / Fortin, D / Hamano, K / Kowalewski, R / Roney, J M / Sobie, R J / Back, J J / Harrison, P F / Latham, T E / Mohanty, G B / Band, H R / Chen, X / Cheng, B / Dasu, S / Datta, M / Eichenbaum, A M / Flood, K T / Graham, M T / Hollar, J J / Johnson, J R / Kutter, P E / Li, H / Liu, R / Mellado, B / Mihalyi, A / Mohapatra, A K / Pan, Y / Pierini, M / Prepost, R / Tan, P / Wu, S L / Yu, Z / Neal, H

    Physical review letters

    2006  Volume 96, Issue 1, Page(s) 11803

    Abstract: Using 226 x 10(6) gamma(4S) --> BB events collected with the BABAR detector at the PEP-II e+e- storage ring at the Stanford Linear Accelerator Center, we measure the branching fraction for B0 --> D0K+pi-, excluding B0 --> D*-K+, to be beta(B0 --> D0K+pi-) ...

    Abstract Using 226 x 10(6) gamma(4S) --> BB events collected with the BABAR detector at the PEP-II e+e- storage ring at the Stanford Linear Accelerator Center, we measure the branching fraction for B0 --> D0K+pi-, excluding B0 --> D*-K+, to be beta(B0 --> D0K+pi-) = (88 +/- 15 +/- 9) x 10(-6). We observe B0 --> D0K*(892)0 and B0 --> D2*(2460)-K+ contributions. The ratio of branching fractions beta(B0 --> D*-K+)/beta(B0 --> D*-pi+) = (7.76 +/- 0.34+/-0.29)% is measured separately. The branching fraction for the suppressed mode B0 --> D0K+pi- is beta(B0 --> D0K+pi-) < 19 x 10(-6) at the 90% confidence level.
    Language English
    Publishing date 2006-01-13
    Publishing country United States
    Document type Journal Article
    ZDB-ID 208853-8
    ISSN 1079-7114 ; 0031-9007
    ISSN (online) 1079-7114
    ISSN 0031-9007
    DOI 10.1103/PhysRevLett.96.011803
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  9. Article: Determinations of from inclusive semileptonic decays with reduced model dependence.

    Aubert, B / Barate, R / Boutigny, D / Couderc, F / Karyotakis, Y / Lees, J P / Poireau, V / Tisserand, V / Zghiche, A / Grauges, E / Palano, A / Pappagallo, M / Pompili, A / Chen, J C / Qi, N D / Rong, G / Wang, P / Zhu, Y S / Eigen, G /
    Ofte, I / Stugu, B / Abrams, G S / Battaglia, M / Best, D S / Brown, D N / Button-Shafer, J / Cahn, R N / Charles, E / Day, C T / Gill, M S / Gritsan, A V / Groysman, Y / Jacobsen, R G / Kadel, R W / Kadyk, J A / Kerth, L T / Kolomensky, Yu G / Kukartsev, G / Lynch, G / Mir, L M / Oddone, P J / Orimoto, T J / Pripstein, M / Roe, N A / Ronan, M T / Wenzel, W A / Barrett, M / Ford, K E / Harrison, T J / Hart, A J / Hawkes, C M / Morgan, S E / Watson, A T / Fritsch, M / Goetzen, K / Held, T / Koch, H / Lewandowski, B / Pelizaeus, M / Peters, K / Schroeder, T / Steinke, M / Boyd, J T / Burke, J P / Cottingham, W N / Walker, D / Cuhadar-Donszelmann, T / Fulsom, B G / Hearty, C / Knecht, N S / Mattison, T S / McKenna, J A / Khan, A / Kyberd, P / Saleem, M / Teodorescu, L / Blinov, A E / Blinov, V E / Bukin, A D / Druzhinin, V P / Golubev, V B / Kravchenko, E A / Onuchin, A P / Serednyakov, S I / Skovpen, Yu I / Solodov, E P / Yushkov, A N / Bondioli, M / Bruinsma, M / Chao, M / Curry, S / Eschrich, I / Kirkby, D / Lankford, A J / Lund, P / Mandelkern, M / Mommsen, R K / Roethel, W / Stoker, D P / Abachi, S / Buchanan, C / Foulkes, S D / Gary, J W / Long, O / Shen, B C / Wang, K / Zhang, L / del Re, D / Hadavand, H K / Hill, E J / MacFarlane, D B / Paar, H P / Rahatlou, S / Sharma, V / Berryhill, J W / Campagnari, C / Cunha, A / Dahmes, B / Hong, T M / Mazur, M A / Richman, J D / Beck, T W / Eisner, A M / Flacco, C J / Heusch, C A / Kroseberg, J / Lockman, W S / Nesom, G / Schalk, T / Schumm, B A / Seiden, A / Spradlin, P / Williams, D C / Wilson, M G / Albert, J / Chen, E / Dubois-Felsmann, G P / Dvoretskii, A / Hitlin, D G / Minamora, J S / Narsky, I / Piatenko, T / Porter, F C / Ryd, A / Samuel, A / Andreassen, R / Mancinelli, G / Meadows, B T / Sokoloff, M D / Blanc, F / Bloom, P C / Chen, S / Ford, W T / Hirschauer, J F / Kreisel, A / Nauenberg, U / Olivas, A / Ruddick, W O / Smith, J G / Ulmer, K A / Wagner, S R / Zhang, J / Chen, A / Eckhart, E A / Soffer, A / Toki, W H / Wilson, R J / Winklmeier, F / Zeng, Q / Altenburg, D D / Feltresi, E / Hauke, A / Spaan, B / Brandt, T / Dickopp, M / Klose, V / Lacker, H M / Nogowski, R / Otto, S / Petzold, A / Schubert, J / Schubert, K R / Schwierz, R / Sundermann, J E / Bernard, D / Bonneaud, G R / Grenier, P / Latour, E / Schrenk, S / Thiebaux, Ch / Vasileiadis, G / Verderi, M / Bard, D J / Clark, P J / Gradl, W / Muheim, F / Playfer, S / Xie, Y / Andreotti, M / Bettoni, D / Bozzi, C / Calabrese, R / Cibinetto, G / Luppi, E / Negrini, M / Piemontese, L / Anulli, F / Baldini-Ferroli, R / Calcaterra, A / de Sangro, R / Finocchiaro, G / Patteri, P / Peruzzi, I M / Piccolo, M / Zallo, A / Buzzo, A / Capra, R / Contri, R / Lo Vetere, M / Macri, M M / Monge, M R / Passaggio, S / Patrignani, C / Robutti, E / Santroni, A / Tosi, S / Brandenburg, G / Chaisanguanthum, K S / Morii, M / Wu, J / Dubitzky, R S / Langenegger, U / Marks, J / Schenk, S / Uwer, U / Bhimji, W / Bowerman, D A / Dauncey, P D / Egede, U / Flack, R L / Gaillard, J R / Nash, J A / Nikolich, M B / Vazquez, W Panduro / Chai, X / Charles, M J / Mader, W F / Mallik, U / Ziegler, V / Cochran, J / Crawley, H B / Dong, L / Eyges, V / Meyer, W T / Prell, S / Rosenberg, E I / Rubin, A E / Yi, J I / Schott, G / Arnaud, N / Davier, M / Giroux, X / Grosdidier, G / Höcker, A / Diberder, F Le / Lepeltier, V / Lutz, A M / Oyanguren, A / Petersen, T C / Pruvot, S / Rodier, S / Roudeau, P / Schune, M H / Stocchi, A / Wang, W F / Wormser, G / Cheng, C H / Lange, D J / Wright, D M / Bevan, A J / Chavez, C A / Forster, I J / Fry, J R / Gabathuler, E / Gamet, R / George, K A / Hutchcroft, D E / Parry, R J / Payne, D J / Schofield, K C / Touramanis, C / Di Lodovico, F / Menges, W / Sacco, R / Brown, C L / Cowan, G / Flaecher, H U / Green, M G / Hopkins, D A / Jackson, P S / McMahon, T R / Ricciardi, S / Salvatore, F / Davis, C L / Allison, J / Barlow, N R / Barlow, R J / Chia, Y M / Edgar, C L / Kelly, M P / Lafferty, G D / Naisbit, M T / Williams, J C / Chen, C / Hulsbergen, W D / Jawahery, A / Kovalskyi, D / Lae, C K / Roberts, D A / Simi, G / Blaylock, G / Dallapiccola, C / Hertzbach, S S / Kofler, R / Li, X / Moore, T B / Saremi, S / Staengle, H / Willocq, S Y / Cowan, R / Koeneke, K / Sciolla, G / Sekula, S J / Spitznagel, M / Taylor, F / Yamamoto, R K / Kim, H / Patel, P M / Robertson, S H / Lazzaro, A / Lombardo, V / Palombo, F F / Bauer, J M / Cremaldi, L / Eschenburg, V / Godang, R / Kroeger, R / Reidy, J / Sanders, D A / Summers, D J / Zhao, H W / Brunet, S / Côté, D / Taras, P / Viaud, F B / Nicholson, H / Cavallo, N / De Nardo, G / Fabozzi, F / Gatto, C / Lista, L / Monorchio, D / Paolucci, P / Piccolo, D / Sciacca, C / Baak, M / Bulten, H / Raven, G / Snoek, H L / Wilden, L / Jessop, C P / LoSecco, J M / Allmendinger, T / Benelli, G / Gan, K K / Honscheid, K / Hufnagel, D / Jackson, P D / Kagan, H / Kass, R / Pulliam, T / Rahimi, A M / Ter-Antonyan, R / Wong, Q K / Blount, N L / Brau, J / Frey, R / Igonkina, O / Lu, M / Potter, C T / Rahmat, R / Sinev, N B / Strom, D / Strube, J / Torrence, E / Galeazzi, F / Margoni, M / Morandin, M / Posocco, M / Rotondo, M / Simonetto, F / Stroili, R / Voci, C / Benayoun, M / Chauveau, J / David, P / Del Buono, L / de la Vaissière, Ch / Hamon, O / Hartfiel, B L / John, M J J / Leruste, Ph / Malclès, J / Ocariz, J / Roos, L / Therin, G / Behera, P K / Gladney, L / Panetta, J / Biasini, M / Covarelli, R / Pacetti, S / Pioppi, M / Angelini, C / Batignani, G / Bettarini, S / Bucci, F / Calderini, G / Carpinelli, M / Cenci, R / Forti, F / Giorgi, M A / Lusiani, A / Marchiori, G / Morganti, M / Neri, N / Paoloni, E / Rama, M / Rizzo, G / Walsh, J / Haire, M / Judd, D / Wagoner, D E / Biesiada, J / Danielson, N / Elmer, P / Lau, Y P / Lu, C / Olsen, J / Smith, A J S / Telnov, A V / Bellini, F / Cavoto, G / D'Orazio, A / Di Marco, E / Faccini, R / Ferrarotto, F / Ferroni, F / Gaspero, M / Gioi, L Li / Mazzoni, M A / Morganti, S / Piredda, G / Polci, F / Tehrani, F Safai / Voena, C / Schröder, H / Waldi, R / Adye, T / De Groot, N / Franek, B / Gopal, G P / Olaiya, E O / Wilson, F F / Aleksan, R / Emery, S / Gaidot, A / Ganzhur, S F / Graziani, G / de Monchenault, G Hamel / Kozanecki, W / Legendre, M / Mayer, B / Vasseur, G / Yèche, Ch / Zito, M / Purohit, M V / Weidemann, A W / Wilson, J R / Abe, T / Allen, M T / Aston, D / Bartoldus, R / Berger, N / Boyarski, A M / Buchmueller, O L / Claus, R / Coleman, J P / Convery, M R / Cristinziani, M / Dingfelder, J C / Dong, D / Dorfan, J / Dujmic, D / Dunwoodie, W / Fan, S / Field, R C / Glanzman, T / Gowdy, S J / Hadig, T / Halyo, V / Hast, C / Hryn'ova, T / Innes, W R / Kelsey, M H / Kim, P / Kocian, M L / Leith, D W G S / Libby, J / Luitz, S / Luth, V / Lynch, H L / Marsiske, H / Messner, R / Muller, D R / O'Grady, C P / Ozcan, V E / Perazzo, A / Perl, M / Ratcliff, B N / Roodman, A / Salnikov, A A / Schindler, R H / Schwiening, J / Snyder, A / Stelzer, J / Su, D / Sullivan, M K / Suzuki, K / Swain, S K / Thompson, J M / Va'vra, J / van Bakel, N / Weaver, M / Weinstein, A J R / Wisniewski, W J / Wittgen, M / Wright, D H / Yarritu, A K / Yi, K / Young, C C / Burchat, P R / Edwards, A J / Majewski, S A / Petersen, B A / Roat, C / Ahmed, S / Alam, M S / Bula, R / Ernst, J A / Pan, B / Saeed, M A / Wappler, F R / Zain, S B / Bugg, W / Krishnamurthy, M / Spanier, S M / Eckmann, R / Ritchie, J L / Satpathy, A / Schwitters, R F / Izen, J M / Kitayama, I / Lou, X C / Ye, S / Bianchi, F / Bona, M / Gallo, F / Gamba, D / Bomben, M / Bosisio, L / Cartaro, C / Cossutti, F / Ricca, G Della / Dittongo, S / Grancagnolo, S / Lanceri, L / Vitale, L / Azzolini, V / Martinez-Vidal, F / Panvini, R S / Banerjee, Sw / Bhuyan, B / Brown, C M / Fortin, D / Hamano, K / Kowalewski, R / Nugent, I M / Roney, J M / Sobie, R J / Back, J J / Harrison, P F / Latham, T E / Mohanty, G B / Band, H R / Chen, X / Cheng, B / Dasu, S / Datta, M / Eichenbaum, A M / Flood, K T / Graham, M T / Hollar, J J / Johnson, J R / Kutter, P E / Li, H / Liu, R / Mellado, B / Mihalyi, A / Mohapatra, A K / Pan, Y / Pierini, M / Prepost, R / Tan, P / Wu, S L / Yu, Z / Neal, H

    Physical review letters

    2006  Volume 96, Issue 22, Page(s) 221801

    Abstract: We report two novel determinations of /|Vub/ with reduced model dependence, based on measurements of the mass distribution of the hadronic system in semileptonic B decays. Events are selected by fully reconstructing the decay of one B meson and ... ...

    Abstract We report two novel determinations of /|Vub/ with reduced model dependence, based on measurements of the mass distribution of the hadronic system in semileptonic B decays. Events are selected by fully reconstructing the decay of one B meson and identifying a charged lepton from the decay of the other B meson from Upsilon(4S)-->BB events. In one approach, we combine the inclusive B-->Xulambdav rate, integrated up to a maximum hadronic mass mX<1.67 GeV/c2, with a measurement of the inclusive B-->Xsgamma photon energy spectrum. We obtain /Vub/=(4.43+/-0.38stat+/-0.25syst+/-0.29theo) x 10-3. In another approach we measure the total B-->Xulambdav rate over the full phase space and find /Vub/=(3.84+/-0.70stat+/-0.30syst+/-0.10theo) x 10-3.
    Language English
    Publishing date 2006-06-09
    Publishing country United States
    Document type Journal Article
    ZDB-ID 208853-8
    ISSN 1079-7114 ; 0031-9007
    ISSN (online) 1079-7114
    ISSN 0031-9007
    DOI 10.1103/PhysRevLett.96.221801
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  10. Article: Measurements of the absolute branching fractions of B+/- --> K+/-X(cc).

    Aubert, B / Barate, R / Boutigny, D / Couderc, F / Karyotakis, Y / Lees, J P / Poireau, V / Tisserand, V / Zghiche, A / Grauges, E / Palano, A / Pappagallo, M / Pompili, A / Chen, J C / Qi, N D / Rong, G / Wang, P / Zhu, Y S / Eigen, G /
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S / Datta, M / Eichenbaum, A M / Flood, K T / Graham, M / Hollar, J J / Johnson, J R / Kutter, P E / Li, H / Liu, R / Mellado, B / Mihalyi, A / Pan, Y / Pierini, M / Prepost, R / Tan, P / Wu, S L / Yu, Z / Neal, H

    Physical review letters

    2006  Volume 96, Issue 5, Page(s) 52002

    Abstract: We study the two-body decays of B+/- mesons to K+/- and a charmonium state X(cc) in a sample of 210.5 fb(-1) of data from the BABAR experiment. We perform measurements of absolute branching fractions beta(B+/- --> K+/-X(cc)) using a missing mass ... ...

    Abstract We study the two-body decays of B+/- mesons to K+/- and a charmonium state X(cc) in a sample of 210.5 fb(-1) of data from the BABAR experiment. We perform measurements of absolute branching fractions beta(B+/- --> K+/-X(cc)) using a missing mass technique, and report several new or improved results. In particular, the upper limit beta(B+/- --> K+/- X(3872)) < 3.2 x 10(-4) at 90% C.L. and the inferred lower limit beta(X(3872)J/psipi+ pi-) > 4.2% will help in understanding the nature of the recently discovered X(3872).
    Language English
    Publishing date 2006-02-10
    Publishing country United States
    Document type Journal Article
    ZDB-ID 208853-8
    ISSN 1079-7114 ; 0031-9007
    ISSN (online) 1079-7114
    ISSN 0031-9007
    DOI 10.1103/PhysRevLett.96.052002
    Database MEDical Literature Analysis and Retrieval System OnLINE

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