447 research outputs found
Ethical, legal and social aspects of the approach in Sudan
- Author
- AA Abdel-Hameed
- Abdel Hameed D Nugud
- Ahmed Babiker
- Badria B El Sayed
- Bart GJ Knols
- BB El Sayed
- BS Krishnamurthy
- CA Malcolm
- Colin A Malcolm
- CS Lofgren
- D Singh
- DA Dame
- DJ Gubler
- Elfatih M Malik
- H Laven
- I Manderson
- JStH Cox
- M Coluzzi
- Mohammed AH El Tayeb
- MQ Benedict
- MT Gillies
- Nageeb S Saeed
- National Malaria Control Programme
- PF Russel
- R Pal
- RS Patterson
- SE Dafalla
- SI Hay
- The American Committe of Medical Entomology
- Publication venue
- BioMed Central
- Publication date
- 01/01/2009
- Field of study
The global malaria situation, especially in Africa, and the problems frequently encountered in chemical control of vectors such as insecticide resistance, emphasize the urgency of research, development and implementation of new vector control technologies that are applicable at regional and local levels. The successful application of the sterile insect technique (SIT) for the control of the New World screwworm Cochliomyia hominivorax and several species of fruit flies has given impetus to the use of this method for suppression or elimination of malaria vectors in some areas of Africa including Northern State of Sudan. The research and development phase of the Northern State feasibility study has been started. Sudanese stakeholders are working side-by-side with the International Atomic Energy Agency in the activities of this important phase. Several ethical, legal and social issues associated with this approach arose during this phase of the project. They need to be seriously considered and handled with care. In this paper, these issues are described, and the current and proposed activities to overcome potential hurdles to ensure success of the project are listed
Prebiotic synthesis of phosphoenol pyruvate by α-phosphorylation-controlled triose glycolysis
- Author
- A Eschenmoser
- A Eschenmoser
- A Eschenmoser
- A Weber
- AD Anbar
- AD Keefe
- AD Keefe
- AD Keefe
- Adam J. Coggins
- AI Oparin
- BH Patel
- BM Tebo
- BS Bal
- C Chatgilialoglu
- C De Duve
- C Huber
- CT Walsh
- D Muller
- D Trail
- DL Nelson
- EJ Corey
- FR Bowler
- G Cooper
- GD Cody
- H Jeong
- HJ Morowitz
- J Halperin
- J Rabinowitz
- JB Maynard
- JD Sutherland
- JE Post
- JF Kasting
- JG Forsythe
- KI Öberg
- LA Leshin
- LB Mullen
- LE Orgel
- LE Orgel
- MA Keller
- MA Pasek
- Matthew W. Powner
- MI Guzman
- MW Powner
- MW Powner
- N Goldman
- PS Braterman
- R Hazen
- R Krishnamurthy
- R Krishnamurthy
- R Liu
- R Osterberg
- R Pascal
- R Saffhill
- RL Rudnick
- RM Hazen
- RW Nargoski
- S Potter
- S Solomon
- SL Miller
- SO Nwaukwa
- V Kolb
- VN Sagi
- WA Jackson
- XV Zhang
- YS Kim
- Publication venue
- Nature Publishing Group
- Publication date
- 01/04/2017
- Field of study
Phosphoenol pyruvate is the highest-energy phosphate found in living organisms and is one of the most versatile molecules in metabolism. Consequently, it is an essential intermediate in a wide variety of biochemical pathways, including carbon fixation, the shikimate pathway, substrate-level phosphorylation, gluconeogenesis and glycolysis. Triose glycolysis (generation of ATP from glyceraldehyde 3-phosphate via phosphoenol pyruvate) is among the most central and highly conserved pathways in metabolism. Here, we demonstrate the efficient and robust synthesis of phosphoenol pyruvate from prebiotic nucleotide precursors, glycolaldehyde and glyceraldehyde. Furthermore, phosphoenol pyruvate is derived within an α-phosphorylation controlled reaction network that gives access to glyceric acid 2-phosphate, glyceric acid 3-phosphate, phosphoserine and pyruvate. Our results demonstrate that the key components of a core metabolic pathway central to energy transduction and amino acid, sugar, nucleotide and lipid biosyntheses can be reconstituted in high yield under mild, prebiotically plausible conditions
QE in the Future: The Central Bank’s Balance Sheet in a Fiscal Crisis
- Author
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
UPF201 Archaeal Specific Family Members Reveal Structural Similarity to RNA-Binding Proteins but Low Likelihood for RNA-Binding Function
- Author
- A Bateman
- A Godzik
- A Perederina
- A Perrakis
- A Szilagyi
- AH Elcock
- AT Brunger
- B Chaban
- Bostjan Kobe
- BS Schuwirth
- C Dian
- C Oubridge
- C Vieille
- CJ Bult
- CL Kielkopf
- CR Woese
- CR Woese
- CR Woese
- DL Valentine
- E de la Fortelle
- F Armougom
- FH Allain
- GA Petsko
- GJ Olsen
- H Atomi
- H Huber
- HP Klenk
- J Harms
- JL Garcia
- JM Canaves
- K Cowtan
- K Egorova
- K Goyal
- K Nagai
- K Suhre
- KG Tina
- KN Rao
- KO Stetter
- Krishnamurthy N. Rao
- L Holm
- L Wang
- L Willard
- M Bajaj
- M Beeby
- M Halic
- M Landau
- M Podar
- M Robinson-Rechavi
- M Robinson-Rechavi
- M Terribilini
- MY Galperin
- N Ban
- N Handa
- OT Kim
- P Kraulis
- PT Chivers
- Q She
- R Sterner
- RC Deo
- RK Thauer
- RL Charlebois
- RM Nissen
- S Balaji
- S Chakravarty
- S Gribaldo
- S Wang
- SR Price
- Stephen K. Burley
- Subramanyam Swaminathan
- T Allers
- T Meinel
- T Nakashima
- TA Jones
- TR Schneider
- VG Eijsink
- VZ Spassov
- W Kabsch
- X Wang
- Z Otwinowski
- Publication venue
- Public Library of Science
- Publication date
- 01/01/2008
- Field of study
We have determined X-ray crystal structures of four members of an archaeal specific family of proteins of unknown function (UPF0201; Pfam classification: DUF54) to advance our understanding of the genetic repertoire of archaea. Despite low pairwise amino acid sequence identities (10–40%) and the absence of conserved sequence motifs, the three-dimensional structures of these proteins are remarkably similar to one another. Their common polypeptide chain fold, encompassing a five-stranded antiparallel β-sheet and five α-helices, proved to be quite unexpectedly similar to that of the RRM-type RNA-binding domain of the ribosomal L5 protein, which is responsible for binding the 5S- rRNA. Structure-based sequence alignments enabled construction of a phylogenetic tree relating UPF0201 family members to L5 ribosomal proteins and other structurally similar RNA binding proteins, thereby expanding our understanding of the evolutionary purview of the RRM superfamily. Analyses of the surfaces of these newly determined UPF0201 structures suggest that they probably do not function as RNA binding proteins, and that this domain specific family of proteins has acquired a novel function in archaebacteria, which awaits experimental elucidation
Epigenetic regulation of caloric restriction in aging
- Author
- A Brunet
- A Melk
- A Petronis
- A Razin
- A Richardson
- A Vageuro
- A Vaquero
- A Vaquero
- AB Crujeiras
- AJ de Ruijter
- AL Clayton
- AP Bracken
- AY So
- B Agarwal
- B Merry
- BD Mitchell
- BD Strahl
- BK Kennedy
- BS Hass
- C Cruzen
- CB Yoo
- CK Taylor
- CM McCay
- D Sun
- DA Alcorta
- DA Sinclair
- E Langley
- E Li
- E Li
- FI Milagro
- G Egger
- GS Roth
- H Vaziri
- H Wong
- HL Cheng
- HY Cohen
- HY Cohen
- IB Leibiger
- J Campión
- J Gil
- J Jeong
- J Ketonen
- J Knapowski
- J Koubova
- J Krishnamurthy
- J Luo
- J Mill
- JA Baur
- JC Mathers
- JG Wood
- JJ Jacobs
- JL Barger
- JM Dhahbi
- JO Holloszy
- JP Issa
- JP Issa
- JP Issa
- JT Kadonaga
- K Luger
- KR Patel
- KT Howitz
- L Bordone
- L Bouchard
- L Chouliaras
- L Guarente
- L Subramanian
- LA Wakeling
- LC Sambucetti
- M Forster
- M Hernandez-Valencia
- M Meyerson
- M Okano
- M Okano
- M Okano
- MC Haigis
- MC Motta
- MF Chan
- MG Goll
- Michael Daniel
- MM Schilling
- MW McBurney
- NA Oates
- P Fischer-Posovszky
- P Oberdoerffer
- P Poulsen
- P Wu
- PA Callinan
- R Sohal
- R Weindruch
- R Weindruch
- RB Vega
- RJ Colman
- RP Singhal
- RS Ahima
- SD Gore
- SH Cross
- SJ Lin
- SK Kia
- SM Meeran
- SM Meeran
- T Chen
- T Kanaya
- T Kouzarides
- T Kouzarides
- T Waki
- TD Pugh
- TD Shanafelt
- TM Bass
- TM Cooper
- TM Larsen
- Trygve O Tollefsbol
- TY Kim
- U Muñoz-Najar
- V Jayagopal
- VL Wilson
- VM Richon
- VM Richon
- W Fischle
- X Ma
- Y Kanfi
- Y Li
- Y Li
- Y Li
- Y Li
- Y Li
- Y Li
- YH Kao
- Yuanyuan Li
- ZD Sharp
- Publication venue
- BioMed Central
- Publication date
- 01/01/2011
- Field of study
The molecular mechanisms of aging are the subject of much research and have facilitated potential interventions to delay aging and aging-related degenerative diseases in humans. The aging process is frequently affected by environmental factors, and caloric restriction is by far the most effective and established environmental manipulation for extending lifespan in various animal models. However, the precise mechanisms by which caloric restriction affects lifespan are still not clear. Epigenetic mechanisms have recently been recognized as major contributors to nutrition-related longevity and aging control. Two primary epigenetic codes, DNA methylation and histone modification, are believed to dynamically influence chromatin structure, resulting in expression changes of relevant genes. In this review, we assess the current advances in epigenetic regulation in response to caloric restriction and how this affects cellular senescence, aging and potential extension of a healthy lifespan in humans. Enhanced understanding of the important role of epigenetics in the control of the aging process through caloric restriction may lead to clinical advances in the prevention and therapy of human aging-associated diseases
Comparison of videofluoroscopy and impedance planimetry for the evaluation of oesophageal stenosis: a retrospective study
- Author
- A Ilczyszyn
- A Minocha
- A Moonen
- B Martin-Harris
- BS Wolf
- BS Wolf
- C Krishnamurthy
- C Lottrup
- CL Chen
- Claudia Ringhofer
- D Westen Van
- DF Smith
- DJ Ott
- DJ Ott
- DJ Ott
- E Osmanoglu
- E Rieder
- EN Teitelbaum
- F Nicodeme
- H Chisaka
- H Nellemann
- J Wenger
- JE Kelly Jr
- JE Pandolfino
- Johannes Lenglinger
- JW Kikendall
- L Bonavina
- M Breen
- M Scharitzer
- MA Kwiatek
- MA Kwiatek
- Martina Scharitzer
- Michael Weber
- N Gentile
- O Ekberg
- P Clavé
- P Familiari
- P Pouderoux
- Peter Pokieser
- R Schatzki
- S Goldschmid
- S Ngamruengphong
- S Somers
- S Vasilopoulos
- SH Gallo
- T Kidambi
- TI Omari
- WO Rohof
- Wolfgang Schima
- YM Chen
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
High rates of undiagnosed leprosy and subclinical infection amongst school children in the Amazon Region
- Author
- Abe M
- Bakker MI
- Barreto JG
- Baumgart KW
- Bhavasr BS
- Brasil MTLRF
- Bührer-Sékula S
- Cartel JL
- Claudio Guedes Salgado
- Dayal R
- dos Santos MML
- Fine PE
- Godal T
- Hunter SW
- Jesudasan K
- Josafá Gonçalves Barreto
- Krishnamurthy P
- Layana de Souza Guimarães
- Lobato J
- Marco Andrey Cipriani Frade
- Moet FJ
- Moura RS
- Oskam L
- Patricia Sammarco Rosa
- Penna MLF
- Ridley DS
- Rotberg A
- Salgado CG
- Silva AR
- Thirumalaikolundusubramanian P
- Van Beers S
- Wharton LH
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Elucidating the role of metal ions in carbonic anhydrase catalysis
- Author
- A Eriksson
- A Liljas
- A Liljas
- BS Avvaru
- C Forsman
- C Tu
- CE Valdez
- CP Collaborative
- CU Kim
- CU Kim
- CU Kim
- CU Kim
- D West
- DN Silverman
- DW Christianson
- G Parkin
- GN Murshudov
- H Irving
- H Sigel
- HW Davenport
- J Liu
- JE Coleman
- JE Coleman
- JF Domsic
- JF Krebs
- JK Kim
- JT Andring
- JY Liang
- K Hakansson
- K Hakansson
- K Håkansson
- KA McCall
- L Rulisek
- P Emsley
- P Piazzetta
- R Henderson
- RE Tashian
- RG Khalifah
- RG Parr
- RH Holm
- S Lindskog
- SJ Lippard
- SW Ragsdale
- SZ Fisher
- T Dudev
- VM Krishnamurthy
- Y Xue
- Z Otwinowski
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/09/2020
- Field of study
Why metalloenzymes often show dramatic changes in their catalytic activity when subjected to chemically similar but non-native metal substitutions is a long-standing puzzle. Here, we report on the catalytic roles of metal ions in a model metalloenzyme system, human carbonic anhydrase II (CA II). Through a comparative study on the intermediate states of the zinc-bound native CA II and non-native metal-substituted CA IIs, we demonstrate that the characteristic metal ion coordination geometries (tetrahedral for Zn2+, tetrahedral to octahedral conversion for Co2+, octahedral for Ni2+, and trigonal bipyramidal for Cu2+) directly modulate the catalytic efficacy. In addition, we reveal that the metal ions have a long-range (~10 ??) electrostatic effect on restructuring water network in the active site. Our study provides evidence that the metal ions in metalloenzymes have a crucial impact on the catalytic mechanism beyond their primary chemical properties. ?? 2020, The Author(s)
Measurements of Higgs bosons decaying to bottom quarks from vector boson fusion production with the ATLAS experiment at √=13TeV
- Author
- Aad G
- Abbott B
- Abbott DC
- Abeling K
- Abhayasinghe DK
- Abidi SH
- AbouZeid OS
- Abraham NL
- Abramowicz H
- Abreu H
- Abud AA
- Abulaiti Y
- Acharya BS
- Achkar B
- Adam L
- Adamczyk L
- Adamek L
- Adelman J
- Adiguzel A
- Adorni S
- Adye T
- Affolder AA
- Afik Y
- Agapopoulou C
- Agaras MN
- Aggarwal A
- Agheorghiesei C
- Aguilar-Saavedra JA
- Agullo PM
- Ahmad A
- Ahmadov F
- Ahmed WS
- Ahnen JV
- Ai X
- Aielli G
- Akatsuka S
- Akbiyik M
- Akilli E
- Akimov AV
- Al Khoury K
- Alberghi GL
- Albert J
- Alderweireldt S
- Aleksa M
- Aleksandrov IN
- Alexa C
- Alexopoulos T
- Alfonsi A
- Alfonsi F
- Alhroob M
- Ali B
- Ali S
- Aliev M
- Alimonti G
- Allaire C
- Allbrooke BMM
- Allport PP
- Aloisio A
- Alonso F
- Alpigiani C
- Alves FLL
- Alviggi MG
- Ambler A
- Ambroz L
- Amelung C
- Amidei D
- Amoroso S
- Amrouche CS
- Anastopoulos C
- Andari N
- Andeen T
- Anders JK
- Andrean SY
- Andreazza A
- Andrei V
- Anelli CR
- Angelidakis S
- Angerami A
- Anisenkov AV
- Annovi A
- Antel C
- Anthony MT
- Antipov E
- Antonelli M
- Antrim DJA
- Anulli F
- Aoki M
- Aparo MA
- Aranda CP
- Aranzabal N
- Araya ST
- Arcangeletti C
- Arce ATH
- Arguin J-F
- Argyropoulos S
- Arling J-H
- Armbruster AJ
- Armstrong A
- Arnaez O
- Arnold H
- Artoni G
- Asada H
- Asai K
- Asai S
- Asawatavonvanich T
- Asbah NA
- Asimakopoulou EM
- Asquith L
- Assahsah J
- Assamagan K
- Astalos R
- Astigarraga MEP
- Atkin RJ
- Atkinson M
- Atlay NB
- Atmasiddha PA
- Augsten K
- Austrup VA
- Avolio G
- Ayoub MK
- Azuelos G
- Babal D
- Bachacou H
- Bachas K
- Backman F
- Bagnaia P
- Bahilo JJL
- Bahrasemani H
- Bailey AJ
- Bailey VR
- Baines JT
- Bakalis C
- Baker OK
- Bakker PJ
- Bakos E
- Balaji S
- Balasubramanian R
- Baldin EM
- Balek P
- Balli F
- Balunas WK
- Balz J
- Banas E
- Bandieramonte M
- Bandyopadhyay A
- Barak L
- Barbe WM
- Barberio EL
- Barberis D
- Barbero M
- Barbour G
- Barillari T
- Barisits M-S
- Barkeloo J
- Barklow T
- Barnett BM
- Barnett RM
- Barnovska-Blenessy Z
- Baroncelli A
- Barone G
- Barr AJ
- Barreiro F
- Barron U
- Barsov S
- Bartels F
- Bartoldus R
- Bartolini G
- Barton AE
- Bartos P
- Basalaev A
- Basan A
- Bassalat A
- Basso MJ
- Basson CR
- Bates RL
- Batlamous S
- Batley JR
- Batool B
- Battaglia M
- Bauce M
- Bauer F
- Bauer P
- Bawa HS
- Bayirli A
- Beacham JB
- Beau T
- Beauchemin PH
- Becherer F
- Bechtle P
- Beck HP
- Becker K
- Becot C
- Beddall AJ
- Bednyakov VA
- Bee CP
- Beermann TA
- Begalli M
- Begel M
- Behera A
- Behr JK
- Beisiegel F
- Belfkir M
- Bella G
- Bella LA
- Bellagamba L
- Bellerive A
- Bello FAD
- Bellos P
- Beloborodov K
- Belotskiy K
- Belyaev NL
- Benchekroun D
- Benekos N
- Benhammou Y
- Benjamin DP
- Benoit M
- Bensinger JR
- Bentvelsen S
- Beresford L
- Beretta M
- Berge D
- Berger N
- Bergmann B
- Bergsten LJ
- Beringer J
- Berlendis S
- Berlingen JM
- Bernardi G
- Bernius C
- Bernlochner FU
- Berry T
- Berta P
- Berthold A
- Bertram IA
- Bethke S
- Betti A
- Bevan AJ
- Bhatta S
- Bhattacharya DS
- Bhattarai P
- Bhopatkar VS
- Bi R
- Bianchi RM
- Biebel O
- Biedermann D
- Bielski R
- Bierwagen K
- Biesuz NV
- Biglietti M
- Billoud TRV
- Bindi M
- Bingul A
- Bini C
- Biondi S
- Birch-sykes CJ
- Birman M
- Bisanz T
- Biswal JP
- Biswas D
- Bitadze A
- Bittrich C
- Bjørke K
- Blazek T
- Bloch I
- Blocker C
- Blue A
- Blumenschein U
- Bobbink GJ
- Bobrovnikov VS
- Boeriu OEV
- Bogavac D
- Bogdanchikov AG
- Bohm C
- Boisvert V
- Bokan P
- Bolanos GR
- Bold T
- Bomben M
- Bona M
- Bonilla JS
- Boonekamp M
- Booth CD
- Borbély AG
- Borecka-Bielska HM
- Borgna LS
- Borisov A
- Borissov G
- Bortoletto D
- Bosca SR
- Boscherini D
- Bosman M
- Bostanabad MG
- Bouaouda K
- Boudreau J
- Bouhova-Thacker EV
- Boumediene D
- Bouquet R
- Bourdarios CA
- Boveia A
- Boyd J
- Boye D
- Boyko IR
- Bozson AJ
- Bracinik J
- Brahimi N
- Brandt G
- Brandt O
- Braren F
- Brau B
- Brau JE
- Brendlinger K
- Brener R
- Brenner L
- Brenner R
- Bressler S
- Bret MC
- Brickwedde B
- Briglin DL
- Britton D
- Britzger D
- Brock I
- Brock R
- Brooijmans G
- Brooks WK
- Brost E
- Bruncko D
- Bruni A
- Bruni G
- Bruschi M
- Bruscino N
- Bryngemark L
- Brüers B
- Buanes T
- Buat Q
- Buchholz P
- Buckley AG
- Budagov IA
- Buddenbrock SEV
- Bugge MK
- Bulekov O
- Bullard BA
- Burch TJ
- Burdin S
- Burgard CD
- Burger AM
- Burghgrave B
- Burr JTP
- Burton CD
- Burzynski JC
- Buschmann E
- Bussey PJ
- Butler JM
- Buttar CM
- Butterworth JM
- Buttinger W
- Buzykaev AR
- Bylund OB
- Büscher V
- Cabras G
- Caforio D
- Cai H
- Cairo VMM
- Cakir IT
- Cakir O
- Calace N
- Calafiura P
- Calderini G
- Calfayan P
- Callea G
- Caloba LP
- Caltabiano A
- Calvet D
- Calvet S
- Calvet TP
- Calvetti M
- Camarda S
- Camarri P
- Camelia EA
- Camerlingo MT
- Cameron D
- Camincher C
- Campanelli M
- Camplani A
- Canale V
- Canesse A
- Cantero J
- Cao Y
- Capriles FGD
- Capua M
- Cardarelli R
- Cardillo F
- Carducci G
- Carli T
- Carlino G
- Carlson BT
- Carlson EM
- Carminati L
- Carney RMD
- Caron S
- Carquin E
- Carratta G
- Carrá S
- Carter JWS
- Carter TM
- Casado MP
- Casha AF
- Castiglia EG
- Castillo FL
- Castillo LRF
- Castro NF
- Catinaccio A
- Catmore JR
- Cattai A
- Cavaliere V
- Cavasinni V
- Celebi E
- Celli F
- Cerny K
- Cerqueira AS
- Cerri A
- Cerrito L
- Cerutti F
- Cervelli A
- Cetin SA
- Chadi Z
- Chakraborty D
- Chan J
- Chan WS
- Chan WY
- Chapman JD
- Chargeishvili B
- Charlton DG
- Charman TP
- Chatterjee M
- Chau CC
- Chekanov S
- Chekulaev SV
- Chelkov GA
- Chen B
- Chen C
- Chen CH
- Chen H
- Chen H
- Chen J
- Chen J
- Chen J
- Chen S
- Chen SJ
- Chen X
- Chen Y
- Chen Y-H
- Cheng HC
- Cheng HJ
- Cheplakov A
- Cheremushkina E
- Cheu E
- Cheung K
- Chevalier L
- Chevalérias TJA
- Chiarella V
- Chiarelli G
- Chiodini G
- Chisholm AS
- Chitan A
- Chiu I
- Chiu YH
- Chizhov MV
- Choi K
- Chomont AR
- Chou Y
- Chow YS
- Christopher LD
- Chu MC
- Chu X
- Chudoba J
- Chwastowski JJ
- Ciaccio AD
- Ciaccio LD
- Cieri D
- Ciesla KM
- Cindro V
- Cioară IA
- Ciocio A
- Cirotto F
- Citron ZH
- Citterio M
- Ciubotaru DA
- Ciungu BM
- Clark A
- Clark PJ
- Clawson SE
- Clement C
- Clissa L
- Coadou Y
- Cobal M
- Coccaro A
- Cochran J
- Codina EP
- Cohen H
- Coimbra AEC
- Cole B
- Collot J
- Connell SH
- Connelly IA
- Conventi F
- Cooper-Sarkar AM
- Cormier F
- Cornell SD
- Corpe LD
- Corradi M
- Correia AMH
- Corrigan EE
- Corriveau F
- Costa MJ
- Costanza F
- Costanzo D
- Coutinho YA
- Cowan G
- Cowley JW
- Crane J
- Cranmer K
- Creager RA
- Crescioli F
- Cristinziani M
- Cristoforetti M
- Croft V
- Crosetti G
- Crépé-Renaudin S
- Cueto A
- Cui H
- Cukierman AR
- Cunningham WR
- Czekierda S
- Czodrowski P
- Czurylo MM
- Da Costa AMMJ
- da Costa JBG
- Da Cunha Sargedas De Sousa MJ
- Da Fonseca Pinto JV
- Da Via C
- Daalen TRV
- Dabrowski W
- Dachs F
- Dado T
- Dahbi S
- Dai T
- Dallapiccola C
- Dam M
- Damazio DO
- Damp J
- Dandoy JR
- Daneri MF
- Danninger M
- Dao V
- Darbo G
- Dartsi O
- Dattagupta A
- David C
- Davidek T
- Davis DR
- Dawson I
- de Andrade Filho LM
- De Asmundis R
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- Zemaityte G
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- Zhao Z
- Zhemchugov A
- Zheng Z
- Zhong D
- Zhou B
- Zhou C
- Zhou H
- Zhou M
- Zhou N
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- Zhu C
- Zhu CG
- Zhu H
- Zhu HL
- Zhu J
- Zhu Y
- Zhuang X
- Zhukov K
- Zhulanov V
- Zieminska D
- Zimine NI
- Zimmermann S
- Zinonos Z
- Ziolkowski M
- Zoccoli A
- Zoch K
- Zorbas TG
- Zou R
- Zwalinski L
- Åkesson TPA
- Öncel ÖO
- Ženiš T
- Živković L
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 23/06/2021
- Field of study
The paper presents a measurement of the Standard Model Higgs Boson decaying to b-quark pairs in the vector boson fusion (VBF) production mode. A sample corresponding to 126 fb−1 of s√=13TeV proton–proton collision data, collected with the ATLAS experiment at the Large Hadron Collider, is analyzed utilizing an adversarial neural network for event classification. The signal strength, defined as the ratio of the measured signal yield to that predicted by the Standard Model for VBF Higgs production, is measured to be 0.95+0.38−0.36 , corresponding to an observed (expected) significance of 2.6 (2.8) standard deviations from the background only hypothesis. The results are additionally combined with an analysis of Higgs bosons decaying to b-quarks, produced via VBF in association with a photon
Muon reconstruction and identification efficiency in ATLAS using the full Run 2 pp collision data set at \sqrt{s}=13 TeV
- Author
- Aad G
- Abbott B
- Abbott DC
- Abeling K
- Abhayasinghe DK
- Abidi SH
- AbouZeid OS
- Abraham NL
- Abramowicz H
- Abreu H
- Abud AA
- Abulaiti Y
- Acharya BS
- Achkar B
- Adam L
- Adamczyk L
- Adamek L
- Adelman J
- Adiguzel A
- Adorni S
- Adye T
- Affolder AA
- Afik Y
- Agapopoulou C
- Agaras MN
- Aggarwal A
- Agheorghiesei C
- Aguilar-Saavedra JA
- Agullo PM
- Ahmad A
- Ahmadov F
- Ahmed WS
- Ahnen JV
- Ai X
- Aielli G
- Akatsuka S
- Akbiyik M
- Akesson TPA
- Akilli E
- Akimov AV
- Alberghi GL
- Albert J
- Alderweireldt S
- Aleksa M
- Aleksandrov IN
- Alexa C
- Alexopoulos T
- Alfonsi A
- Alfonsi F
- Alhroob M
- Ali B
- Ali S
- Aliev M
- Alimonti G
- Allaire C
- Allbrooke BMM
- Allen BW
- Allport PP
- Aloisio A
- Alonso F
- Alpigiani C
- Alves FLL
- Alviggi MG
- Ambler A
- Ambroz L
- Amelung C
- Amidei D
- Amoroso S
- Amrouche CS
- An F
- Anastopoulos C
- Andari N
- Andeen T
- Anders JK
- Andrean SY
- Andreazza A
- Andrei V
- Anelli CR
- Angelidakis S
- Angerami A
- Anisenkov AV
- Annovi A
- Antel C
- Anthony MT
- Antipov E
- Antonelli M
- Antrim DJA
- Anulli F
- Aoki M
- Aparo MA
- Aranda CP
- Aranzabal N
- Araya ST
- Arcangeletti C
- Arce ATH
- Arguin J-F
- Argyropoulos S
- Arling J-H
- Armbruster AJ
- Armstrong A
- Arnaez O
- Arnold H
- Artoni G
- Asada H
- Asai K
- Asai S
- Asawatavonvanich T
- Asbah NA
- Asimakopoulou EM
- Asquith L
- Assahsah J
- Assamagan K
- Astalos R
- Astigarraga MEP
- Atkin RJ
- Atkinson M
- Atlay NB
- Atmani H
- Atmasiddha PA
- Augsten K
- Austrup VA
- Avolio G
- Ayoub MK
- Azuelos G
- Babal D
- Bachacou H
- Bachas K
- Backman F
- Bagnaia P
- Bahilo JJL
- Bahrasemani H
- Bailey AJ
- Bailey VR
- Baines JT
- Bakalis C
- Baker OK
- Bakker PJ
- Bakos E
- Balaji S
- Balasubramanian R
- Baldin EM
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- Zhemchugov A
- Zheng Z
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- Publication venue
- 'Springer Fachmedien Wiesbaden GmbH'
- Publication date
- 01/01/2021
- Field of study
This article documents the muon reconstruction and identification efficiency obtained by the ATLAS experiment for 139 \hbox {fb}^{-1} of pp collision data at \sqrt{s}=13 TeV collected between 2015 and 2018 during Run 2 of the LHC. The increased instantaneous luminosity delivered by the LHC over this period required a reoptimisation of the criteria for the identification of prompt muons. Improved and newly developed algorithms were deployed to preserve high muon identification efficiency with a low misidentification rate and good momentum resolution. The availability of large samples of Z\rightarrow \mu \mu and J/\psi \rightarrow \mu \mu decays, and the minimisation of systematic uncertainties, allows the efficiencies of criteria for muon identification, primary vertex association, and isolation to be measured with an accuracy at the per-mille level in the bulk of the phase space, and up to the percent level in complex kinematic configurations. Excellent performance is achieved over a range of transverse momenta from 3 GeV to several hundred GeV, and across the full muon detector acceptance of |\eta |<2.7
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