7 research outputs found
Hardness Distribution in Weld Heat Affected Zone of Boron Bearing Low Carbon Steel.
- Author
- Publication venue
- 'Japan Welding Society'
- Publication date
- 01/01/2002
- Field of study
Long-term pulmonary function after major lung resection
- Author
- A Brunelli
- A Brunelli
- A Brunelli
- A Jubran
- AF Macare′ van Maurik
- American Thoracic Society
- AT Sengul
- BG Zeiher
- C Pelletier
- C Rapicetta
- CC Hsia
- CC Hsia
- CT Bolliger
- CT Bolliger
- EJ Chae
- F Laghi
- FC Sciurba
- GL Colice
- H Endoh
- H Harada
- I Nagahiro
- J Perentes
- JL Bremer
- JP Butler
- JP Jansen
- JS Wang
- K Khargi
- K Nakahara
- K Suga
- K Ueda
- K Ueda
- K Ueda
- K Ueda
- K Ueda
- K Yoshimoto
- Kazuhiro Ueda
- Kimikazu Hamano
- M Filaire
- M Nakata
- M Okada
- M Sudoh
- M Tamm
- M Tedder
- Masataro Hayashi
- MK Ali
- MT Wu
- Nobuyuki Tanaka
- P Granone
- RJ Ginsberg
- RJ Keenan
- RJ Korst
- S Kaseda
- T Holvoet
- T Mizobuchi
- T Takizawa
- T Veneskoski
- T Win
- Toshiki Tanaka
- Y Funakoshi
- Y Nagamatsu
- Y Ohno
- Y Sekine
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Beneficial Effect of Boron Nitride Surface Precipitation on Cavitation and Rupture Properties
- Author
- C. L. White J. H. Schneibel and R. A. Padgett
- E. E. Bloom J. M. Leinaker and J. O. Stiegler
- F. Cosandey D. Li, F. Sczerzenie and J. K. Tien
- F. Delamare and G. E. Rhead
- H. Nishida H. Yamaguchi, I. Nonaka and F. Takemasa
- KYONO JUNRO
- KYONO JUNRO
- M. H. Yoo and H. Trinkaus
- M. Hua C. I. Garcia and A. J. DeArdu
- M. Prinkryl Y. P. Lin and S. V. Subramanian
- M. Tosa A. Itakura and K. Yoshihara
- N. Shinya
- N. Shinya and S. R. Keown
- R. W. Swindeman V. K. Sikka and R. L. Klueh
- SHINYA NORIO
- T. Funakoshi T. Tanaka, S. Ueda, M. Ishikawa, N. Koshizuka and K. Kobayashi
- TANAKA HIDEO
- W. D. Nix K. S. Yu and J. S. Wang
- W. J. Liu S. Yue and J. J. Jonas
- Publication venue
- 'Japan Institute of Metals'
- Publication date
- 01/01/2005
- Field of study
The Assembly Pathway of the 19S Regulatory Particle of the Yeast 26S Proteasome([Image: see text])
- Author
- Akihiko Nakano
- Akio Toh-e
- Bachmair A.
- Burk D.
- Cadwell R. C.
- Campbell R. E.
- Chen P.
- Cope G. A.
- Cormack B. P.
- Elsasser S.
- Enenkel C.
- Erika Isono
- Fehlker M.
- Finley D.
- Fu H.
- Funakoshi M.
- Glickman M. H.
- Glickman M. H.
- Guterman A.
- Hershko A.
- Hideki Yashiroda
- Hirano Y.
- Hofmann K.
- Isono E.
- Isono E.
- Keiji Tanaka
- Kiyoshi Nishihara
- Leggett D. S.
- Lehmann A.
- Liying Ge
- Maytal-Kivity V.
- Naoko Kamata
- Park Y.
- Ramos P. C.
- Saeki Y.
- Saeki Y.
- Sasaki T.
- Schmidt M.
- Schwartz A. L.
- Sharon M.
- Sikorski R. S.
- Sone T.
- Tabb M. M.
- Takashi Ueda
- Takeda K.
- Tatebe H.
- Toh-e A.
- van Nocker S.
- Verma R.
- Wendler P.
- Wilkinson C. R.
- William Tansey
- Yao T.
- Yasushi Saeki
- Yen H. C.
- Yen H. C.
- Yoshiko Kikuchi
- Publication venue
- The American Society for Cell Biology
- Publication date
- 01/01/2007
- Field of study
The 26S proteasome consists of the 20S proteasome (core particle) and the 19S regulatory particle made of the base and lid substructures, and it is mainly localized in the nucleus in yeast. To examine how and where this huge enzyme complex is assembled, we performed biochemical and microscopic characterization of proteasomes produced in two lid mutants, rpn5-1 and rpn7-3, and a base mutant ΔN rpn2, of the yeast Saccharomyces cerevisiae. We found that, although lid formation was abolished in rpn5-1 mutant cells at the restrictive temperature, an apparently intact base was produced and localized in the nucleus. In contrast, in ΔN rpn2 cells, a free lid was formed and localized in the nucleus even at the restrictive temperature. These results indicate that the modules of the 26S proteasome, namely, the core particle, base, and lid, can be formed and imported into the nucleus independently of each other. Based on these observations, we propose a model for the assembly process of the yeast 26S proteasome
Search for a Higgs boson in the diphoton final state in pp collisions at sqrt[s]=1.96TeV.
- Author
- Aaltonen T
- Alvarez Gonzalez B
- Amerio S
- Amidei D
- Anastassov A
- Anh TV
- Annovi A
- Antos J
- Apollinari G
- Appel J A
- Apresyan A
- Arisawa T
- Artikov A
- Asaadi J
- Ashmanskas W
- Auerbach B
- Aurisano A
- Azfar F
- Badgett W
- Barbaro-Galtieri A
- Barnes V E
- Barnett B A
- Barria P
- Bartos P
- Bauce M
- Bauer G
- Bedeschi F
- Beecher D
- Behari S
- Bellettini G
- Bellinger J
- Benjamin D
- Beretvas A
- Bhatti A
- Binkley M
- Bisello D
- Bizjak I
- Bland K R
- Blumenfeld B
- Bocci A
- Bodek A
- Bortoletto D
- Boudreau J
- Boveia A
- Brigliadori L
- Brisuda A
- Bromberg C
- Brucken E
- Bucciantonio M
- Budagov J
- Budd H S
- Budd S
- Burkett K
- Busetto G
- Bussey P
- Buzatu A
- Cakir IT
- Calancha C
- Camarda S
- Campanelli M
- Campbell M
- Canelli F
- Carls B
- Carlsmith D
- Carosi R
- Carrillo S
- Carron S
- Casal B
- Casarsa M
- Castanheira MTD
- Castro A
- Catastini P
- Cauz D
- Cavaliere V
- Cavalli-Sforza M
- Cerri A
- Cerrito L
- Chen Y C
- Chertok M
- Chiarelli G
- Chlachidze G
- Chlebana F
- Cho K
- Chokheli D
- Chou J P
- Chung W H
- Chung Y S
- Ciobanu C I
- Ciocci M A
- Clark A
- Clarke C
- Compostella G
- Convery M E
- Conway J
- Corbo M
- Cordelli M
- Cox C A
- Cox D J
- Crescioli F
- Cuenca Almenar C
- Cuevas J
- Culbertson R
- d'Ascenzo N
- d'Errico M
- D'Onofrio M
- Dagenhart D
- Datta M
- de Barbaro P
- De Cecco S
- De Lorenzo G
- Dell'Orso M
- Deluca C
- Demortier L
- Deng J
- Deninno M
- Devoto F
- Di Canto A
- Di Ruzza B
- Dittmann J R
- Donati S
- Dong P
- Dorigo M
- Dorigo T
- Ebina K
- Elagin A
- Eppig A
- Erbacher R
- Errede D
- Errede S
- Ershaidat N
- Eusebi R
- Fang H C
- Farrington S
- Feindt M
- Fernandez J P
- Ferrazza C
- Ferrer JAV
- Field R
- Flanagan G
- Forrest R
- Frank M J
- Franklin M
- Freeman J C
- Funakoshi Y
- Furic I
- Gallego EV
- Gallinaro M
- Galyardt J
- Garcia J E
- Garfinkel A F
- Garosi P
- Gerberich H
- Gerchtein E
- Giagu S
- Giakoumopoulou V
- Giannetti P
- Gibson K
- Ginsburg C M
- Giokaris N
- Giromini P
- Giunta M
- Giurgiu G
- Glagolev V
- Glenzinski D
- Gold M
- Goldin D
- Goldschmidt N
- Golossanov A
- Gomez G
- Gomez-Ceballos G
- Goncharov M
- Gonzalez O
- Gorelov I
- Goshaw A T
- Goulianos K
- Grinstein S
- Grosso-Pilcher C
- Group R C
- Guimaraes da Costa J
- Gunay-Unalan Z
- Haber C
- Hahn S R
- Halkiadakis E
- Hamaguchi A
- Han J Y
- Happacher F
- Hara K
- Hare D
- Hare M
- Harr R F
- Hatakeyama K
- Hays C
- Heck M
- Heinrich J
- Herndon M
- Hewamanage S
- Hidas D
- Hocker A
- Hopkins W
- Horn D
- Hou S
- Hughes R E
- Hurwitz M
- Husemann U
- Hussain N
- Hussein M
- Huston J
- Introzzi G
- Iori M
- Ivanov A
- James E
- Jang D
- Jayatilaka B
- Jeon E J
- Jha M K
- Jindariani S
- Johnson W
- Jones M
- Joo K K
- Jun S Y
- Junk T R
- Kamon T
- Karchin P E
- Kasmi A
- Kato Y
- Ketchum W
- Keung J
- Khotilovich V
- Kilminster B
- Kim D H
- Kim H S
- Kim H W
- Kim J E
- Kim M J
- Kim S B
- Kim S H
- Kim Y K
- Kimura N
- Kirby M
- Klimenko S
- Kondo K
- Kong D J
- Konigsberg J
- Kotwal A V
- Kreps M
- Kroll J
- Krop D
- Krumnack N
- Kruse M
- Krutelyov V
- Kuhr T
- Kurata M
- Kwang S
- Laasanen A T
- Lami S
- Lammel S
- Lancaster M
- Lander R L
- Lannon K
- Lath A
- Latino G
- Lecompte T
- Lee E
- Lee H S
- Lee J S
- Lee S W
- Leo S
- Leone S
- Lewis J D
- Limosani A
- Lin C-J
- Linacre J
- Lindgren M
- Lipeles E
- Lister A
- Litvintsev D O
- Liu C
- Liu Q
- Liu T
- Lockwitz S
- Loginov A
- Lucchesi D
- Lueck J
- Lujan P
- Lukens P
- Lungu G
- Lys J
- Lysak R
- Madrak R
- Maeshima K
- Makhoul K
- Malik S
- Manca G
- Manousakis-Katsikakis A
- Margaroli F
- Marino C
- Martinez M
- Martinez-Ballarin R
- Mastrandrea P
- Mattson M E
- Mazzanti P
- McFarland K S
- McIntyre P
- McNulty R
- Mehta A
- Mehtala P
- Menzione A
- Mesropian C
- Miao T
- Mietlicki D
- Milosavljevic MV
- Mitra A
- Miyake H
- Moed S
- Moggi N
- Mondragon M N
- Moon C S
- Moore R
- Morello M J
- Morlock J
- Movilla Fernandez P
- Mukherjee A
- Muller Th
- Murat P
- Mussini M
- Nachtman J
- Nagai Y
- Naganoma J
- Nakano I
- Napier A
- Nett J
- Neu C
- Neubauer M S
- Nielsen J
- Nodulman L
- Norniella O
- Nurse E
- Oakes L
- Oh S H
- Oh Y D
- Oksuzian I
- Okusawa T
- Orava R
- Ortolan L
- Pagan Griso S
- Pagliarone C
- Palencia E
- Papadimitriou V
- Paramonov A A
- Pastor ET
- Patrick J
- Pauletta G
- Paulini M
- Paus C
- Pellett D E
- Penzo A
- Perez MV
- Phillips T J
- Piacentino G
- Pianori E
- Pilot J
- Pitts K
- Plager C
- Pondrom L
- Poprocki S
- Potamianos K
- Poukhov O
- Prokoshin F
- Pronko A
- Ptohos F
- Pueschel E
- Punzi G
- Pursley J
- Rahaman A
- Ramakrishnan V
- Ranjan N
- Ray J
- Redondo I
- Renton P
- Rescigno M
- Riddick T
- Rimondi F
- Ristori L
- Robson A
- Rodrigo T
- Rodriguez FV
- Rodriguez T
- Rogers E
- Rolli S
- Roser R
- Rossi M
- Rubbo F
- Ruffini F
- Ruiz A
- Russ J
- Rusu V
- Safonov A
- Sakumoto W K
- Sakurai Y
- Sanchez J
- Santi L
- Sartori L
- Sato K
- Saveliev V
- Savoy-Navarro A
- Schlabach P
- Schmidt A
- Schmidt E E
- Schmidt M P
- Schmitt M
- Schwarz T
- Scodellaro L
- Scribano A
- Scuri F
- Sedov A
- Seidel S
- Seiya Y
- Semenov A
- Sforza F
- Sfyrla A
- Shalhout S Z
- Shears T
- Shepard P F
- Shimojima M
- Shiraishi S
- Shochet M
- Shreyber I
- Simonenko A
- Sinervo P
- Sissakian A
- Sliwa K
- Smith J R
- Snider F D
- Soh DA
- Soha A
- Somalwar S
- Sorin V
- Squillacioti P
- St Denis R
- Stancari M
- Stanitzki M
- Stelzer B
- Stelzer-Chilton O
- Stentz D
- Strandberg J
- Strandberg S
- Strandlie A
- Strang M
- Strauss E
- Strauss M
- Strizenec P
- Strohmer R
- Strologas J
- Strom DM
- Strong JA
- Stroynowski R
- Strube J
- Strycker G L
- Stugu B
- Stumer I
- Stupak J
- Sturm P
- Su D
- Subramania HS
- Succurro A
- Sudo Y
- Sugaya Y
- Sugimoto T
- Suhr C
- Suita K
- Suk M
- Sukhanov A
- Sulin VV
- Sultansoy S
- Sumida T
- Sun X
- Sundermann JE
- Suruliz K
- Sushkov S
- Susinno G
- Suslov I
- Sutton MR
- Suzuki Y
- Svatos M
- Sviridov YM
- Swedish S
- Sykora I
- Sykora T
- Szeless B
- Ta D
- Tackmann K
- Taffard A
- Tafirout R
- Taga A
- Taiblum N
- Takahashi Y
- Takai H
- Takashima R
- Takeda H
- Takemasa K
- Takeshita T
- Takeuchi Y
- Talby M
- Talyshev A
- Tamsett MC
- Tanaka J
- Tanaka R
- Tanaka S
- Tanaka S
- Tanaka Y
- Tang J
- Tani K
- Tannoury N
- Tappern GP
- Tapprogge S
- Tardif D
- Tarem S
- Tarrade F
- Tartarelli GF
- Tas P
- Tasevsky M
- Tassi E
- Tatarkhanov M
- Taylor C
- Taylor FE
- Taylor GN
- Taylor W
- Tecchio M
- Teixeira-Dias P
- Temming KK
- Ten Kate H
- Teng P K
- Teng PK
- Terada S
- Terashi K
- Terron J
- Terwort M
- Testa M
- Teuscher RJ
- Thadome J
- Therhaag J
- Theveneaux-Pelzer T
- Thioye M
- Thom J
- Thoma S
- Thomas JP
- Thome J
- Thompson AS
- Thompson EN
- Thompson G A
- Thompson PD
- Thompson PD
- Thomson E
- Thomson E
- Thomson M
- Thun RP
- Tic T
- Tikhomirov VO
- Tikhonov YA
- Timmermans CJWP
- Tipton P
- Tisserant S
- Tkaczyk S
- Toback D
- Tobias J
- Toczek B
- Todorov T
- Todorova-Nova S
- Toggerson B
- Tojo J
- Tokar S
- Tokar S
- Tokunaga K
- Tokushuku K
- Tollefson K
- Tollefson K
- Tomoto M
- Tompkins L
- Toms K
- Tomura T
- Tonelli D
- Tong G
- Tonoyan A
- Topfel C
- Topilin ND
- Torchiani I
- Torre S
- Torrence E
- Torretta D
- Totaro P
- Toth J
- Touchard F
- Tovey DR
- Traynor D
- Trefzger T
- Treis J
- Tremblet L
- Tricoli A
- Trigger IM
- Trincaz-Duvoid S
- Trinh TN
- Tripiana MF
- Triplett T
- Trischuk W
- Trivedi A
- Trocme B
- Troncon C
- Trottier-McDonald M
- Trovato M
- Trzupek A
- Tsarouchas C
- Tseng JCL
- Tsiakiris M
- Tsiareshka PV
- Tsionou D
- Tsipolitis G
- Tsiskaridze V
- Tskhadadze EG
- Tsukerman II
- Tsulaia V
- Tsung JW
- Tsuno S
- Tsybychev D
- Ttito-Guzman P
- Tu Y
- Tua A
- Tuggle JM
- Turala M
- Turecek D
- Turlay E
- Turra R
- Tuts PM
- Tykhonov A
- Tylmad M
- Tyndel M
- Tyrvainen H
- Tzanakos G
- Uchida K
- Ueda I
- Ueno R
- Ugland M
- Uhlenbrock M
- Uhrmacher M
- Ukegawa F
- Ukegawa F
- Unal G
- Underwood DG
- Undrus A
- Unel G
- Unno Y
- Uozumi S
- Urbaniec D
- Urkovsky E
- Urrejola P
- Usai G
- Uslenghi M
- Vacavant L
- Vacek V
- Vachon B
- Vahsen S
- Valenta J
- Valente P
- Valentinetti S
- Valkar S
- Vallecorsa S
- van der Graaf H
- van der Kraaij E
- Van Der Leeuw R
- van der Poel E
- van der Ster D
- Van Eijk B
- van Eldik N
- van Gemmeren P
- van Kesteren Z
- van Vulpen I
- Vandelli W
- Vandoni G
- Vaniachine A
- Vankov P
- Vannucci F
- Vaque FV
- Varganov A
- Vari R
- Varnes EW
- Varouchas D
- Vartapetian A
- Varvell E
- Vassilakopoulos VI
- Vazeille F
- Vazquez F
- Vegni G
- Veillet JJ
- Velev G
- Vellidis C
- Vellidis C
- Veloso F
- Veness R
- Veneziano S
- Ventura A
- Ventura D
- Venturi M
- Venturi N
- Vercesi V
- Verducci M
- Verkerke W
- Vermeulen JC
- Vest A
- Vetterli MC
- Vichou I
- Vickey T
- Vidal M
- Viegas FJTA
- Viehhauser GHA
- Viel S
- Vila I
- Vilar R
- Villa M
- Vilucchi E
- Vincter MG
- Vinek E
- Vinogradov VB
- Virchaux M
- Viret S
- Virzi J
- Vitale A
- Vitells O
- Viti M
- Vivarelli I
- Vizan J
- Vlachos S
- Vlasak M
- Vlasov N
- Vogel A
- Vogel M
- Vokac P
- Volpi G
- Volpi G
- Volpi M
- Volpini G
- von der Schmitt H
- von Loeben J
- von Radziewski H
- von Toerne E
- Vorobel V
- Vorobiev AP
- Vorwerk V
- Vos M
- Voss R
- Voss TT
- Vossebeld JH
- Vranjes N
- Vrba V
- Vreeswijk M
- Vuillermet R
- Vukotic I
- Wagner P
- Wagner P
- Wagner R L
- Wagner W
- Wahlen H
- Wakabayashi J
- Wakisaka T
- Walbersloh J
- Walch S
- Walder J
- Walker R
- Walkowiak W
- Wall R
- Waller P
- Wallny R
- Wang C
- Wang H
- Wang H
- Wang J
- Wang J
- Wang JC
- Wang R
- Wang S M
- Wang SM
- Warburton A
- Warburton A
- Ward CP
- Warsinsky M
- Waters D
- Watkins PM
- Watson AT
- Watson MF
- Watts G
- Watts S
- Waugh AT
- Waugh BM
- Weber J
- Weber M
- Weber MS
- Weber P
- Weidberg AR
- Weigell P
- Weinberger M
- Weingarten J
- Weiser C
- Wellenstein H
- Wells PS
- Wen M
- Wenaus T
- Wendler S
- Weng Z
- Wengler T
- Wenig S
- Wermes N
- Werner M
- Werner P
- Werth M
- Wessels M
- Wester W C 3rd
- Weydert C
- Whalen K
- Wheeler-Ellis SJ
- Whitaker SP
- White A
- White MJ
- White S
- Whitehead SR
- Whitehouse B
- Whiteson D
- Whiteson D
- Whittington D
- Wicek F
- Wick F
- Wicke D
- Wickens FJ
- Wickens FJ
- Wicklund A B
- Wicklund E
- Wie
- Wiedenmann W
- Wielers M
- Wienemann P
- Wiglesworth C
- Wiik LAM
- Wijeratne cke D
- Wilbur S
- Williams H H
- Wilson J S
- Wilson P
- Winer B L
- Wittich P
- Wolbers S
- Wolfe H
- Wright T
- Wu X
- Wu Z
- Yamamoto K
- Yamaoka J
- Yang T
- Yang U K
- Yang Y C
- Yao W-M
- Yeh G P
- Yi K
- Yoh J
- Yorita K
- Yoshida T
- Yu G B
- Yu I
- Yu S S
- Yun J C
- Zanetti A
- Zeng Y
- Zucchelli Sraessner A
- Publication venue
- Publication date
- 01/01/2012
- Field of study
A search for a narrow Higgs boson resonance in the diphoton mass spectrum is presented based on data corresponding to 7.0fb{-1} of integrated luminosity from pp collisions at sqrt[s]=1.96TeV collected by the CDF experiment. No evidence of such a resonance is observed, and upper limits are set on the cross section times branching ratio of the resonant state as a function of Higgs boson mass. The limits are interpreted in the context of the standard model and one fermiophobic benchmark model where the data exclude fermiophobic Higgs bosons with masses below 114GeV/c{2} at a 95% Bayesian credibility level
Tetraspanins and Cancer Metastasis
- Author
- A Aharon
- A Ahmad
- A Albini
- A Bahi
- A Cherukuri
- A de Gassart
- A de Parseval
- A Duffield
- A Garcia-España
- A Hashimoto
- A Herrlich
- A Janowska-Wieczorek
- A Lakkaraju
- A Marreiros
- A Marreiros
- A Mazzocca
- A Mohan
- A Rowe
- A Stoeck
- A Takaoka
- A Wells
- A White
- A Zijlstra
- AC Gao
- AF Fomina
- AJ Yates
- AR Todeschini
- AS Shet
- B Fevrier
- B He
- B Zhou
- BA Mannion
- BA Rous
- BA Sela
- BH Son
- BT Pan
- C Admyre
- C Arduise
- C Birchmeier
- C Boucheix
- C Claas
- C Claas
- C Claas
- C Claas
- C Hammond
- C Lagaudrière-Gesbert
- C Protzel
- C Sharma
- C Subra
- CD Houle
- CI Huang
- CJ Loewen
- CL Huang
- CL Huang
- CS Stipp
- CS Stipp
- CS Stipp
- D Peer
- D Ribatti
- DJ Gibbings
- DP Lombardi
- DR Edwards
- DS Schmidt
- E De Bruyne
- E Garcia
- E Odintsova
- E Odintsova
- E Odintsova
- E Pap
- E Rubinstein
- E Rubinstein
- E Sierko
- E Wieckowski
- EI Deryugina
- EN Tsitsikov
- F André
- F Berditchevski
- F Berditchevski
- F Berditchevski
- F Berditchevski
- F Berditchevski
- F Helle
- F Hlubek
- F Le Naour
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- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Search for the Higgs boson in the all-hadronic final state using the CDF II detector
- Author
- Aaltonen T.
- Almenar C. Cuenca
- Alvarez Gonzalez B.
- Amerio S.
- Amidei D.
- Anastassov A.
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- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2011
- Field of study
We report on a search for the production of the Higgs boson decaying to two bottom quarks accompanied by two additional quarks. The data sample used corresponds to an integrated luminosity of approximately 4 fb(-1) of p (p) over bar collisions at root s = 1.96 TeV recorded by the CDF II experiment. This search includes twice the integrated luminosity of the previous published result, uses analysis techniques to distinguish jets originating from light flavor quarks and those from gluon radiation, and adds sensitivity to a Higgs boson produced by vector boson fusion. We find no evidence of the Higgs boson and place limits on the Higgs boson production cross section for Higgs boson masses between 100 GeV/c(2) and 150 GeV/c(2) at the 95% confidence level. For a Higgs boson mass of 120 GeV/c(2), the observed (expected) limit is 10.5 (20.0) times the predicted standard model cross section