161 research outputs found
Secondary electron spectra of semi-crystalline polymers – a novel polymer characterisation tool?
- Author
- Publication venue
- 'Elsevier BV'
- Publication date
- 19/08/2017
- Field of study
The nano-scale dispersion of ordered/disordered phases in semi-crystalline polymers can strongly
influence their performance e.g. in terms of mechanical properties and/or electronic properties.
However, to reveal the latter in scanning electron microscopy (SEM) often requires invasive sample
preparation (etching of amorphous phase), because SEM usually exploits topographical contrast or yield
differences between different materials. However, for pure carbon materials the secondary spectra
were shown to differ substantially with increased order/disorder. The aims here is to gain an
understanding of the shape of secondary electron spectrum (SES) of a widely used semi-crystalline
polymer regioregular poly(3-hexylthiophene-2,5-diyl), commonly known as P3HT, and its links to the
underlying secondary electron emission mechanisms so SES can be exploited for the mapping the nanomorphology.
The comparison of simulated and experimental SES shows an excellent agreement,
revealing a peak (at about 0.8eV) followed by a broad shoulder (between 2eV and 4.5eV) with
respective relative intensities reflecting order/disorder
Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up
- Author
- A. Askew
- A. Bartoloni
- A. Bornheim
- A. David
- A. De Min
- A. De Min
- A. Elliott-Peisert
- A. Ghezzi
- A. Givernaud
- A. Go
- A. Honma
- A. Kyriakis
- A. Ledovskoy
- A. Markou
- A. Nardulli
- A. Nikitenko
- A. Palma
- A. Papadakis
- A. Pullia
- A. Rosowsky
- A. Singovsky
- A. Sirunyan
- A. Tcheremoukhine
- A. Tobias
- A. Topkar
- A. Uzunian
- A. Zabi
- A.B. Lodge
- A.D. Min
- A.K. Mohanty
- A.L. Lintern
- A.M. Brett
- B. Betev
- B. Camanzi
- B. Cox
- B. Fabbro
- B. Gobbo
- B. Heltsley
- B. Ille
- B. Panev
- B.C. Choudhary
- B.J. Smith
- B.W. Kennedy
- C. Baty
- C. Bernet
- C. Biino
- C. Charlot
- C. Combaret
- C. Gargiulo
- C. Jessop
- C. Lynch
- C. Marchica
- C. Markou
- C. Mavrommatis
- C. Rogan
- C. Rovelli
- C. Seez
- C. Siamitros
- C. Thiebaux
- C. Timlin
- C.H. Shepherd-Themistocleous
- C.M. Kuo
- D. Andelin
- D. Bandurin
- D. Barney
- D. Britton
- D. Del Re
- D. Denegri
- D. Dutta
- D. Franci
- D. Gong
- D. Jovanovic
- D. Krpic
- D. Loukas
- D. Maletic
- D. Renker
- D. Schinzel
- D. Sillou
- D. Wardrope
- D.G. Cussans
- D.G. Phillips
- D.J.A. Cockerill
- D.L. Evans
- D.R. Da Silva Di Calafiori
- D.R. Da Silva Di Calafiori
- Daniele Del Re
- E. Auffray
- E. Carrera
- E. Di Marco
- E. Locci
- E. Petrakou
- E. Vlassov
- E.A. Chen
- E.D. Marco
- Egidio Longo
- F. Cavallari
- F. Cossutti
- F. Ferri
- F. Moortgat
- F. Nessi-Tedaldi
- F. Pauss
- F. Ptochos
- F. Rondeaux
- F. Santanastasio
- F. Stockli
- F.A. Triantis
- F.X. Gentit
- G. Anagnostou
- G. Daskalakis
- G. Davatz
- G. Della Ricca
- G. Della Ricca
- G. Dissertori
- G. Franzoni
- G. Hamel De Monchenault
- G. Leshev
- G. Maurelli
- G. Milleret
- G.H. De
- G.W.S. Hou
- Giovanni Organtini
- H. El Mamouni
- H. El Mamouni
- H. Mahlke-Krueger
- H. Mathez
- H. Suter
- H.B. Newman
- H.F. Heath
- H.P. Von
- H.P. Von Gunten
- I. Anicin
- I. Dafinei
- I. Evangelou
- I. Mandjavidze
- I. Papadakis
- I. Papadopoulos
- I. Puljak
- I. Yaselli
- J. Blaha
- J. Bourotte
- J. Descamps
- J. Fay
- J. Gilly
- J. Malcles
- J. Nash
- J. Puzovic
- J. Rander
- J. Silva
- J. Swain
- J. Varela
- J. Veverka
- J. Weng
- J. Zhang
- J.A. Hill
- J.E. Duboscq
- J.G. Shiu
- J.H. Williams
- J.L. Faure
- J.M. Reymond
- J.P. Guillaud
- J.R. Patterson
- K. Deiters
- K. Freudenreich
- K. Kaadze
- K. Kloukinas
- K. Theofilatos
- K. Ueno
- K. Zhu
- K.W. Bell
- L. Djambazov
- L. Dobrzynski
- L. Guevara Riveros
- L. Pant
- L. Sala
- L.Y. Zhang
- Luciano Maria Barone
- M. Anfreville
- M. Balazs
- M. Bercher
- M. Besancon
- M. Buehler
- M. Cerutti
- M. Dejardin
- M. Diemoz
- M. Dittmar
- M. Djordjevic
- M. Dzelalija
- M. Gataullin
- M. Haguenauer
- M. Hansen
- M. Husejko
- M. Lebeau
- M. Lethuillier
- M. Malberti
- M. Marone
- M. Mur
- M. Paganoni
- M. Ronquest
- M. Sproston
- M. Takahashi
- M. Titov
- M. Wang
- M. Weber
- M.D. Ghodgaonkar
- M.J. Ryan
- M.M. Obertino
- M.W. Arenton
- Marco E. Di
- N. Almeida
- N. Cartiglia
- N. Godinovic
- N. Golubev
- N. Grant
- N. Krasnikov
- N. Manthos
- N. Marinelli
- N. Pastrone
- N. Redaelli
- N. Tyurin
- N. Zamiatin
- O. Atramentov
- O. Teller
- P. Adzic
- P. Bloch
- P. Busson
- P. Chang
- P. Depasse
- P. Govoni
- P. Gras
- P. Jarry
- P. Kokkas
- P. Kumar
- P. Kyberd
- P. Lecomte
- P. Lecoq
- P. Meridiani
- P. Milenovic
- P. Mine
- P. Musella
- P. Nedelec
- P. Negri
- P. Paganini
- P. Parracho
- P. Piroue
- P. Ribeiro
- P. Rumerio
- P. Sharp
- P. Shukla
- P. Silva
- P. Verrecchia
- P. Vichoudis
- P.A. Razis
- P.D. Luckey
- P.R. Hobson
- P.S. Flower
- Q. Ingram
- R. Alemany-Fernandez
- R. Arcidiacono
- R. Benetta
- R. Beuselinck
- R. Chipaux
- R. Della Negra
- R. Della Negra
- R. Hirosky
- R. Imlay
- R. Paramatti
- R. Rusack
- R. Salerno
- R. Yohay
- R.J.S. Greenhalgh
- R.K. Choudhury
- R.K. Shivpuri
- R.M. Brown
- R.Y. Zhu
- S. Argiro
- S. Baccaro
- S. Baffioni
- S. Beauceron
- S. Blyth
- S. Conetti
- S. Drndarevic
- S. Ganjour
- S. Gascon
- S. Gninenko
- S. Kailas
- S. Ragazzi
- S. Reucroft
- S. Troshin
- S. Zelepoukine
- S.K. Kataria
- S.V. Rusakov
- S.W. Lin
- Shahram Rahatlou
- T. Camporesi
- T. Kolberg
- T. Orimoto
- T. Punz
- T. Romanteau
- T. Tabarelli De Fatis
- T. Virdee
- T.T. De
- The Cms Electromagnetic Calorimeter Group
- U. Berthon
- U. Roeser
- V. Kachanov
- V. Litvine
- V. Matveev
- V. Tancini
- V. Timciuc
- V.J. Smith
- W. Funk
- W. Hintz
- W. Lin
- W. Lustermann
- W.T. Chen
- Y. Geerebaert
- Y. Gershtein
- Y. Hsiung
- Y. Kubota
- Y. Ma
- Y. Maravin
- Y. Musienko
- Y. Sirois
- Y. Yang
- Y.H. Chang
- Z. Antunovic
- Z. Chen
- Publication venue
- International School of Advanced Studies
- Publication date
- 01/01/2008
- Field of study
Calibration of the relative response of the individual channels of the barrel electromagnetic calorimeter of the CMS detector was accomplished, before installation, with cosmic ray muons and test beams. One fourth of the calorimeter was exposed to a beam of high energy electrons and the relative calibration of the channels, the intercalibration, was found to be reproducible to a precision of about 0.3%. Additionally, data were collected with cosmic rays for the entire ECAL barrel during the commissioning phase. By comparing the intercalibration constants obtained with the electron beam data with those from the cosmic ray data, it is demonstrated that the latter provide an intercalibration precision of 1.5% over most of the barrel ECAL. The best intercalibration precision is expected to come from the analysis of events collected in situ during the LHC operation. Using data collected with both electrons and pion beams, several aspects of the intercalibration procedures based on electrons or neutral pions were investigated
Statistical strategies for avoiding false discoveries in metabolomics and related experiments
- Author
- A. Bradford Hill
- A. Cornish-Bowden
- A. Demiriz
- A. Goffeau
- A. Golbraikh
- A. Hutchinson
- A. Linden
- A. Reiner
- A. Saltelli
- A.C. Leon
- A.C. Tas
- A.H. Fielding
- A.J. Miller
- A.W.F. Edwards
- B. Efron
- B. Efron
- B. Efron
- B. Fortner
- B. Shipley
- B.F.J. Manly
- B.K. Alsberg
- B.K. Alsberg
- B.R. Kirkwood
- B.S. Everitt
- C. Chatfield
- C. Mering von
- C. Rijsbergen van
- C. Stephan
- C.A. Coello
- C.A. Goble
- C.B. Lucasius
- C.B. Lucasius
- C.E. Metz
- C.J. Needham
- C.R. Hicks
- D. Broadhurst
- D. Camacho
- D. di Bernardo
- D. Edwards
- D. Hand
- D.A. Berry
- D.A. Fell
- D.A. Veldhuizen Van
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.B. Kell
- D.C. Montgomery
- D.F. Ransohoff
- D.F. Ransohoff
- D.F. Ransohoff
- D.G. Altman
- D.G. Altman
- D.J.C. Mackay
- D.S. Grimes
- David I. Broadhurst
- Douglas B. Kell
- E. Jellum
- E. Urbanczyk-Wochniak
- E. Zitzler
- E.C. Horning
- E.E. Ntzani
- E.F. Petricoin III
- E.P. Diamandis
- E.R. Gansner
- E.R. Tufte
- F. Kose
- F.V. Jensen
- G. Casella
- G.A.F. Seber
- G.E.P. Box
- G.G. Harrigan
- G.S. Catchpole
- H. Brenner
- H. Martens
- H. White
- H.-X. Li
- H.C. Frey
- H.L. Kirschenlohr
- H.V. Westerhoff
- H.W. Ressom
- I.T. Jolliffe
- J. Cornfield
- J. Handl
- J. Pearl
- J. Pearl
- J. Sacks
- J. Zupan
- J.A. Hanley
- J.A. Todd
- J.D. Barrow
- J.D. Storey
- J.D. Storey
- J.E. Oakley
- J.H. Zhang
- J.J. Rowland
- J.L. Ringuest
- J.M. Bernardo
- J.M. Bland
- J.P. Egan
- J.P. Ioannidis
- J.P. Ioannidis
- J.P. Ioannidis
- J.P. Ioannidis
- J.P. Ioannidis
- J.R. Koza
- J.R. Koza
- J.W. Sammon Jr.
- J.W. Tukey
- K. Bennett
- K. Deb
- K.A. Baggerly
- K.J. Rothman
- L. Breiman
- L. Breiman
- L. Ein-Dor
- L. Eriksson
- L. Hubert
- L. Wilkinson
- L.A. Zadeh
- L.G. Valiant
- L.J. ‘t Veer van
- L.M. Raamsdonk
- M. Anthony
- M. Bland
- M. Brown
- M. Cascante
- M. Chen
- M. Friendly
- M. Hollander
- M. Peleg
- M. Ramoni
- M. Woodward
- M.B. Seasholtz
- M.H. Zweig
- M.J. Gardner
- M.J. Vijver van de
- M.J.A. Berry
- M.S. Sehgal
- N. Rifai
- N.A. Obuchowski
- O. Troyanskaya
- O.P. Rud
- P. Adriaans
- P. Baldi
- P. Cabena
- P. Dasgupta
- P. Duesberg
- P. Eades
- P. Langley
- P. Romano
- P.E. Rapp
- P.R. Williamson
- R. Bellman
- R. Brent
- R. Brent
- R. Brent
- R. Goodacre
- R. Goodacre
- R. Heinrich
- R. Judson
- R. Kruse
- R. Royall
- R. Steuer
- R. Steuer
- R. Stevens
- R.E. Shaffer
- R.F. Raubertas
- R.G. Brereton
- R.H. Myers
- R.J. Cook
- R.M. Jarvis
- R.O. Duda
- R.R. Sokal
- S. Natarajan
- S. O’Hagan
- S. Wacholder
- S. Wold
- S.B. Crary
- S.C. Potter
- S.G. Baker
- S.G. Oliver
- S.H. Jung
- S.H. Weiss
- S.J. Sharp
- S.K. Kim
- S.M. Weiss
- S.N. Deming
- S.N. Goodman
- T. Hastie
- T. Kamada
- T. Kohonen
- T. Oinn
- T. Oinn
- T.A. White
- T.M. Mitchell
- T.M.D. Ebbels
- T.M.J. Fruchterman
- T.R. Golub
- T.V. Perneger
- U. Horchner
- V.C.P. Chen
- V.J. Gillet
- V.N. Vapnik
- W. Greenaway
- W. Weckwerth
- W.B. Kannel
- W.B. Langdon
- W.E. Evans
- W.E. Evans
- W.E. Evans
- W.J. Conover
- W.J. Krzanowski
- W.S. Cleveland
- W.S. Cleveland
- X. Cui
- X. Zhou
- X.H. Zhou
- Y. Benjamini
- Y. Liang
- Y. Tu
- Y. Wang
- Y. Xie
- Z. Michalewicz
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Search for jet extinction in the inclusive jet-pT spectrum from proton-proton collisions at s=8 TeV
- Author
- Abbaneo D.Cv
- Abbiendi G.Bc
- Abbrescia M.Bb
- Abdullin S.Dz
- Abdulsalam A.Ax
- Acosta D.Ea
- Acosta J.G.En
- Adair A.Ey
- Adam W.B
- Adams M.R.Ee
- Adams T.Ec
- Adiguzel A.Dc
- Adler V.G
- Adzic P.Cq
- Afanasiev S.Ci
- Agapitos A.Ao
- Agram J.-L.ad
- Ahmad A.Cf
- Ahmad M.Cf
- Ahuja S.Av
- Akchurin N.Fe
- Akgun B.Ey
- Akin I.V.Dd
- Albajar C.Cs
- Albayrak E.A.Ef
- Albergo S.Bd
- Albrow M.Dz
- Alcaraz Maestre J.Cr
- Aldaya Martin M.Al
- Alderweireldt S.D
- Aleksandrov A.M
- Alexander J.Dx
- Alimena J.Do
- Alverson G.Eq
- Alves G.A.J
- Amapane N.Bo
- Amsler C.Cy
- Anagnostou G.An
- Anastassov A.Er
- Anderson J.Dz
- Andrea J.Ad
- Andreev V.Cn
- Andreev Y.Cl
- Andrews W.Ds
- Androsov K.Bm
- Antonelli L.Et
- Antunovic Z.S
- Apanasevich L.Ee
- Apollinari G.Dz
- Appelt E.Ff
- Apresyan A.Du
- Apyan A.El
- Arcidiacono R.Bo
- Arenton M.W.Fg
- Argiro S.Bo
- Arneodo M.Bo
- Arora S.Fb
- Asavapibhop B.Db
- Asawatangtrakuldee C.P
- Asin I.Ak
- Askew A.Ec
- Aslanoglou X.Ap
- Assran Y.W
- Ata M.Ai
- Attikis A.U
- Aubin A.Ad
- Auffray E.Cv
- Autermann C.Ah
- Auzinger G.Cv
- Avdeeva E.Eo
- Avery P.Ea
- Avetisyan A.Dn
- Avila C.Q
- Azarkin M.Cn
- Azhgirey I.Cp
- Aziz T.Ay
- Azzi P.Bj
- Azzolini V.Dv
- Azzurri P.Bm
- B\ue4ni L.Cx
- B\uf6ser C.Am
- Baarmand M.M.Ed
- Babb J.Dr
- Baber M.Dj
- Bacchetta N.Bj
- Bachmair F.Cx
- Bachtis M.Cv
- Baden A.Ek
- Baffioni S.Ac
- Bagliesi G.Bm
- Baillon P.Cv
- Bainbridge R.Dj
- Bakhshiansohi H.Az
- Bakirci M.N.Dc
- Ball A.H.Cv
- Ban Y.P
- Banerjee S.Aw
- Banerjee S.Ay
- Bansal M.D
- Bansal S.D
- Barbagli G.Be
- Barberis E.Eq
- Barbieri R.El
- Barbone L.Bb
- Barfuss A.F.Ei
- Bargassa P.Ci
- Barge D.Dt
- Baringer P.Eh
- Barker A.Fb
- Barnes V.E.Ew
- Barnett B.A.Eg
- Barney D.Cv
- Barone L.Bn
- Barth C.Am
- Bartosik N.Ak
- Basegmez S.H
- Battilana C.Cr
- Bauer G.El
- Bauerdick L.A.T.Dz
- Baumgartel D.Eq
- Baus C.Am
- Bayshev I.Cp
- Bazterra V.E.Ee
- Bean A.Eh
- Beauceron S.Af
- Beaudette F.Ac
- Beaupere N.Af
- Beernaert K.G
- Behnamian H.Az
- Behr J.Ak
- Behrenhoff W.Ak
- Behrens U.Ak
- Beir\ue3o Da Cruz E Silva C.Ci
- Belforte S.Bp
- Beliy N.I
- Belknap D.A.Fi
- Bell A.J.Ak
- Bell K.W.Di
- Bellan R.Bo
- Bellato M.Bj
- Belloni A.Ek
- Beluffi C.H
- Belyaev A.Co
- Belyaev A.Di
- Benaglia A.Cv
- Bencze G.Aq
- Bendavid J.Cv
- Benedetti D.Ew
- Benelli G.Eh
- Benhabib L.Cv
- Beni N.Ar
- Benitez J.F.Cv
- Benucci L.G
- Benussi L.Bf
- Benvenuti A.C.Bc
- Beranek S.Ah
- Beretvas A.Dz
- Bergauer T.B
- Berger J.Am
- Bergholz M.Ak
- Beri S.B.Au
- Bernardes C.A.L
- Bernardini J.Bm
- Bernet C.Cv
- Berry D.Ee
- Berry E.Do
- Berryhill J.Dz
- Bertl W.Cw
- Besancon M.Ab
- Betchart B.Ez
- Bethani A.Ak
- Betts R.R.Ee
- Bhardwaj A.Av
- Bhat P.C.Dz
- Bhatnagar V.Au
- Bhattacharya S.Aw
- Bhattacharya S.Do
- Bhawandeep U.Au
- Bhowmik S.Ay
- Bialkowska H.Cg
- Bian J.G.O
- Bianchi G.Cv
- Bianchini L.Cx
- Bianco S.Bf
- Biasini M.Bl
- Biasotto M.Bj
- Biino C.Bo
- Bilei G.M.Bl
- Bilin B.Dd
- Bilki B.Ef
- Bilmis S.Dd
- Bitioukov S.Cp
- Blekman F.E
- Blobel V.Al
- Bloch D.Ad
- Bloch P.Cv
- Bloom K.Eo
- Bluj M.Cg
- Blumenfeld B.Eg
- Blyweert S.E
- Boccali T.Bm
- Bocci A.Cv
- Bochenek J.Ec
- Bodek A.Ez
- Bodlak M.V
- Boimska B.Cg
- Bolla G.Ew
- Bolognesi S.Eg
- Bonacorsi D.Bc
- Bonato A.Cv
- Bondu O.Cv
- Bontenackels M.Ah
- Boos E.Co
- Bornheim A.Du
- Borras K.Ak
- Bortignon P.Cx
- Bortoletto D.Ew
- Bose S.Eo
- Bose T.Dn
- Botta C.Cv
- Boudoul G.Af
- Bouhali O.Fd
- Bourilkov D.Ea
- Boutle S.Fg
- Bouvier E.Af
- Bradmiller-Feld J.Dt
- Braibant-Giacomelli S.Bc
- Branca A.Bj
- Branson J.G.Ds
- Breedon R.Dp
- Breto G.Dp
- Breuker H.Cv
- Brew C.Di
- Brigliadori L.Bc
- Brigljevic V.T
- Brinkerhoff A.Es
- Brinson J.Et
- Brito L.J
- Broccolo G.Bm
- Brochero Cifuentes J.A.Cu
- Brochet S.Af
- Brodski M.Ai
- Brom J.-M.ad
- Brona G.Ch
- Brooke J.J.Dh
- Brown R.M.Di
- Brownson E.Ev
- Brun H.Ct
- Bruner C.Eh
- Bruno G.H
- Buchmann M.A.Cx
- Buchmuller O.Dj
- Bucinskaite I.Ee
- Bunin P.Cj
- Bunkowski K.Ch
- Bunn J.Du
- Buontempo S.Bi
- Burgmeier A.Ak
- Burkett K.Dz
- Burt K.Dr
- Burton D.Dj
- Busson P.Ac
- Busza W.El
- Butler J.N.Dz
- Butler P.H.Ce
- Butz E.Am
- Bylsma B.Et
- Cabrillo I.J.Cu
- Caebergs T.I
- Caillol C.F
- Caiulo D.Bm
- Cakir A.Ak
- Calabria C.Bb
- Calamba A.Dv
- Calderon De La Barca Sanchez M.Dp
- Calderon A.Cu
- Cali I.A.El
- Calligaris L.Ak
- Calvert B.Ek
- Calvo E.Cr
- Campagnari C.Dt
- Campanini R.Bc
- Campbell A.Ak
- Camporesi T.Cv
- Candelise V.Bp
- Canelli M.F.Cy
- Cankocak K.Df
- Capiluppi P.Bc
- Cappello G.Bd
- Cardaci M.Cz
- Carlsmith D.Fi
- Carlson B.Dv
- Carrillo Montoya C.A.Af
- Carrillo Moreno S.Ca
- Cartiglia N.Bo
- Carvalho W.K
- Carver M.Ea
- Casal B.Cx
- Casarsa M.Bp
- Casasso S.Bo
- Casimiro Linares E.Cc
- Castaldi R.Bm
- Castello R.H
- Castilla-Valdez H.Bz
- Castro A.Bc
- Caudron A.H
- Cavallari F.Bn
- Cavallo F.R.Bc
- Cavallo N.Bi
- Cavanaugh R.Ee
- Ceard L.H
- Centis Vignali M.Al
- Cepeda M.Fi
- Cerati G.B.Ds
- Cerci S.Dc
- Cerminara G.Cv
- Cerrada M.Cr
- Chabert E.C.Ad
- Chakaberia I.Ei
- Chamizo Llatas M.Cr
- Chan K.M.Es
- Chan M.El
- Chang P.Da
- Chang S.Bq
- Chang Y.H.Da
- Chang Y.W.Da
- Chanon N.Cx
- Chao Y.Da
- Chaparro Sierra L.F.Q
- Charaf O.Dm
- Charlot C.Ac
- Chasco M.Eq
- Chasserat J.Af
- Chatterjee A.Dx
- Chatterjee K.Aw
- Chatterjee R.M.Ay
- Chauhan S.Dp
- Chen G.M.O
- Chen H.S.O
- Chen K.F.Da
- Chen K.H.Cz
- Chen M.O
- Chen P.H.Da
- Chen Y.Du
- Cheng T.Ea
- Cherepanov V.Aj
- Chertok M.Dp
- Cheung H.W.K.Dz
- Chhibra S.S.Bb
- Chierici R.Af
- Chinellato J.K
- Chiochia V.Cy
- Chiorboli M.Bd
- Chlebana F.Dz
- Choi M.Bv
- Choi S.Bu
- Choi Y.Bw
- Choi Y.K.Bw
- Chou J.P.Fb
- Choudhary B.C.Av
- Choudhury S.Ak
- Christopher G.Do
- Chu J.Dx
- Chwalek T.Am
- Ciangottini D.Bl
- Ciesielski R.Fa
- Cihangir S.Dz
- Cimmino A.G
- Ciocci M.A.Bm
- Cittolin S.Ds
- Ciulli V.Be
- Civinini C.Be
- Claes D.R.Eo
- Clare R.Dr
- Clarida W.Ef
- Clarke C.Fg
- Clement E.Dh
- Clerbaux B.F
- Cockerill D.J.A.Di
- Codispoti G.Bc
- Colafranceschi S.Cv
- Colaleo A.Bb
- Cole J.E.Dk
- Colino N.Cr
- Collard C.Ad
- Colling D.Dj
- Contardo D.Af
- Conte E.Ad
- Contreras-Campana C.Fb
- Contreras-Campana E.Fb
- Conway J.Dp
- Conway R.Dp
- Cooper S.I.Dm
- Cornelis T.D
- Correa Martins Junior M.J
- Cossutti F.Bp
- Costa M.Bo
- Costa S.Bd
- Costantini S.G
- Costanza F.Ak
- Couderc F.Ab
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- Cousins R.Dq
- Covarelli R.Ez
- Cowden C.Fe
- Cox B.Fg
- Cox P.T.Dp
- Creanza D.Bb
- Cremaldi L.M.En
- Cripps N.Dj
- Crucy S.G
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- Cuffiani M.Bc
- Cumalat J.P.Dw
- Curry D.Ea
- Cussans D.Dh
- Cust\uf3dio A.K
- Cutajar M.Dj
- Cutts D.Do
- Cwiok M.Ch
- Czellar S.Ar
- D\u2019Agnolo R.T.Ds
- D\u2019Alessandro R.Be
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- Dabrowski A.Cv
- Daci N.E
- Dahmes B.Em
- Dahms T.Ac
- Dalchenko M.Ac
- Dall\u2019Osso M.Bj
- Dallavalle G.M.Bc
- Damgov J.Fe
- Danielson T.Dt
- Das S.Ea
- Daskalakis G.An
- Dasu S.Fi
- Daubie E.I
- Dauncey P.Dj
- David A.Cv
- Davies G.Dj
- de Barbaro P.Ez
- De Benedetti A.Em
- De Boer W.Am
- De Cosa A.Cy
- De Filippis N.Bb
- De Gruttola M.Ea
- De Guio F.Cv
- De Jesus Damiao D.K
- De La Cruz B.Cr
- De La Cruz-Burelo E.Bz
- De Lentdecker G.F
- De Mattia M.Ew
- De Oliveira Martins C.K
- De Palma M.Bb
- De Roeck A.Cv
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- De Visscher S.Cv
- De Wolf E.A.D
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- Deisher A.Cx
- Deiters K.Cw
- Dejardin M.Ab
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- Demaria N.Bo
- Demina R.Ez
- Demiragli Z.Do
- Demortier L.Fa
- Denegri D.Ab
- Depasse P.Af
- Dermenev A.Cl
- Descroix A.Am
- Dewanjee R.K.Ay
- Dhingra N.Do
- Di Giovanni G.P.Ea
- Di Guida S.Bi
- Di Marco E.Du
- Di Matteo L.El
- Diamond B.Ec
- Diemoz M.Bn
- Dierlamm A.Am
- Dietz C.Da
- Dietz-Laursonn E.Ai
- Diez Pardos C.Ak
- Dildick S.G
- Dilsiz K.Ef
- Dimitrov A.N
- Dinardo M.E.Bh
- Dishaw A.Dt
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- Dittmann J.Dl
- Dittmar M.Cx
- Dittmer S.Dx
- Dobrzynski L.Ac
- Dobson M.Cv
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- Draeger A.R.Al
- Dragicevic M.B
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- Dremin I.Cn
- Driga O.Eu
- Drozdetskiy A.Es
- du Pree T.H
- Du R.O
- Duarte Campderros J.Cu
- Duarte J.Du
- Duchardt D.Ai
- Dudero P.R.Fe
- Dugad S.Ay
- Duggan D.Fb
- Dumanoglu I.Dc
- Dunne P.Dj
- Dupont-Sagorin N.Cv
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- Dutta S.Aw
- Dutta V.El
- Eckerlin G.Ak
- Ecklund K.M.Ey
- Eckstein D.Ak
- Edelhoff M.Ah
- Eerola P.Y
- Eggert N.Dx
- Eichhorn T.Ak
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- El Mamouni H.Af
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- Er\uf6 J.B
- Erbacher R.Dp
- Erdmann M.Ai
- Erdmann W.Cw
- Erdogan Y.Aj
- Erfle J.Al
- Ershov A.Co
- Escalante Del Valle A.Cr
- Eshaq Y.Ez
- Eskut E.Dc
- Etesami S.M.Az
- Eugster J.Cv
- Eusebi R.Fd
- Evangelou I.Ap
- Evans D.Ds
- Evdokimov O.Ee
- Everaerts P.Dq
- Fabbri F.Bc
- Fabbri F.Bf
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- Fabjan C.B
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- Faccioli P.Ci
- Fagot A.G
- Fahim A.Az
- Fan J.Af
- Fan\uf2 L.Bl
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- Favart D.H
- Favart L.F
- Fay J.Af
- Fedi G.Y
- Fehling D.Eg
- Feindt M.Am
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- Feld L.Ah
- Ferapontov A.Do
- Ferbel T.Ez
- Ferencek D.Fb
- Ferguson T.Dv
- Ferguson W.Dj
- Fern\ue1ndez Ramos J.P.Cr
- Fernandez Bedoya C.Cr
- Fernandez Menendez J.Ct
- Fernandez Perez Tomei T.R.L
- Fernandez M.Cu
- Ferreira Parracho P.G.Ci
- Ferri F.Ab
- Ferro C.Cz
- Ferro F.Bg
- Field R.D.Ea
- Filipovic N.Ac
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- Finger M.
- Finger M.V
- Fiore L.Bb
- Fiorendi S.Bh
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- Fischer R.Ai
- Fisher M.Ea
- Fisk I.Dz
- Fl\ufcgge G.Aj
- Flacher H.Dh
- Flanagan W.Fd
- Flix J.Cr
- Florent A.Ac
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- Flowers S.Et
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- Fo\ue0 L.Bm
- Focardi E.Be
- Folgueras S.Ct
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- Ford W.T.Dw
- Forthomme L.H
- Foudas C.Ap
- Fouz M.C.Cr
- Fr\ufchwirth R.B
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- Franco Sevilla M.Dt
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- Frazier R.Dh
- Freeman J.Dz
- Frensch F.Am
- Friedl M.B
- Friis E.Fi
- Frueboes T.Cg
- Fulcher J.Dj
- Funk W.Cv
- Furic I.K.Ea
- Futyan D.Dj
- G\uf3rski M.Cg
- G\uf6rner M.Al
- G\ufclmez E.De
- G\ufcth A.Ai
- Gabusi M.Bk
- Gadrat S.Ae
- Galanti M.Bj
- Gallinaro M.Ci
- Gallo E.Be
- Gamsizkan H.Dd
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- Garabedian A.Do
- Garcia G.G
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- Gardner M.Dp
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- Gascon S.Af
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- Gauthier L.Ee
- Gavrilenko M.Cj
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- Gay A.P.R.F
- Gaz A.Dw
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- Geffert P.Dt
- Geiser A.Ak
- Geisler M.Aj
- Gel\ue9 D.Ad
- Genchev V.M
- Gennai S.Bh
- George C.Dt
- Geralis T.An
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- Gerosa R.Bh
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- Geurts F.J.M.Ey
- Ghete V.M.B
- Ghezzi A.Bh
- Ghosh S.Ay
- Giacomelli P.Bc
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- Giammanco A.H
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- Gilbert A.Dj
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- Giordano F.Bd
- Girgis S.Dc
- Girone M.Cv
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- Givernaud A.Ab
- Glege F.Cv
- Glushkov I.N
- Gninenko S.Cl
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- Godshalk A.Ep
- Goebel K.Al
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- Goetzmann C.Ad
- Goh J.Bw
- Gokbulut G.Dc
- Goldenzweig P.Ez
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- Goldstein J.Dh
- Golf F.Dt
- Golovtsov V.Ck
- Golubev N.Cl
- Golutvin I.Cj
- Gomber B.Aw
- Gomez Ceballos G.El
- Gomez Moreno B.Q
- Gomez G.Cu
- Gomez J.A.Ek
- Gomez J.P.Q
- Goncharov M.El
- Gonzalez Caballero I.Ct
- Gonzalez Lopez O.Cr
- Gonzalez Suarez R.Eo
- Gonzi S.Be
- Goodell J.Fg
- Gorbunov I.Cj
- Gori V.Be
- Gottschalk E.Dz
- Goulianos K.Fa
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- Gouzevitch M.Af
- Govoni P.Bh
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- Gozzelino A.Bj
- Gr\ufcnendahl S.Dz
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- Granier de Cassagnac R.Ac
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- Grassi M.Bn
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- Gray R.Fb
- Graziano A.Cu
- Grebenyuk A.F
- Green D.Dz
- Greene S.Ff
- Gregores E.M.L
- Gribushin A.Co
- Grimes M.Dh
- Grippo M.T.Bm
- Gritsan A.V.Eg
- Gronberg J.Ej
- Grundler U.Da
- Grunewald M.Ba
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- Guida R.Cv
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- Gulhan D.El
- Gundacker S.Cv
- Gunnellini P.Ak
- Guo Y.P
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- Gurpinar E.Dc
- Gurrola A.Ff
- Gurtu A.Ay
- Guthoff M.Cv
- Gutsche O.Dz
- Gyun D.Bu
- H\ue4rk\uf6nen J.Z
- H\uf6ing R.S.Al
- H\uf6rmann N.B
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- Hadjiiska R.N
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- Hagopian S.Ec
- Hagopian V.Ec
- Hahn K.A.Er
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- Hajdu C.Aq
- Haley J.Eq
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- Hall G.Dj
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- Haller J.Al
- Hamel de Monchenault G.Ab
- Hammad G.H.I
- Hammer J.Cv
- Han J.Ez
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- Hansen M.Cv
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- Harder K.Di
- Hare D.Dz
- Harel A.Ez
- Harper S.Di
- Harr R.Fh
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- Hartl C.B
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- Heath G.P.Dh
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- Heilman J.Dr
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- Heister A.Aj
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- Henderson C.Dm
- Heracleous N.E
- Heredia-de La Cruz I.Bz
- Hernandez A.C.Fd
- Hernandez J.M.Cr
- Herndon M.Fi
- Herrera C.M.J
- Herv\ue9 A.Fi
- Hewamanage S.Eb
- Hidas D.Fb
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- Hill C.Et
- Hindrichs O.Ah
- Hinzmann A.Cy
- Hirosky R.Fg
- Hirschauer J.Dz
- Hits D.Cx
- Hobson P.R.Dk
- Hoehle F.Aj
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- Holzner A.Ds
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- Hooberman B.Dz
- Hoorani H.R.Cf
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- Horvath D.Aq
- Hos I.Dc
- Hou W.-S.da
- Hreus T.Cy
- Hrubec J.B
- Hu Z.Ew
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- Hugon J.Ea
- Hunt A.Eu
- Husemann U.Am
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- Iaydjiev P.M
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- Iiyama Y.Dv
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- Incandela J.Dt
- Ingram Q.Cw
- Innocente V.Cv
- Iorio A.O.M.Bi
- Isildak B.De
- Ivanov A.Ei
- Ivanov Y.Ck
- Ivova Rikova M.Dr
- J\ufanior W.L.A.I
- Jacob J.Dh
- Jafari A.Az
- Jain S.Aw
- Jain S.Aw
- Jain S.Ep
- Jandir P.Dr
- Janot P.Cv
- Janssen X.D
- Jarry P.Ab
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- Jessop C.Es
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- Jha M.K.Ew
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- Kadija K.T
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- Kalakhety H.Ed
- Kalinin A.Cp
- Kalinowski A.Ch
- Kalogeropoulos A.Ak
- Kalsi A.K.Au
- Kamel A.E.W
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- Kangal E.E.Dc
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- Kao K.Y.Da
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- Karancsi J.Ar
- Karapinar G.Dd
- Karapostoli G.Dj
- Karchin P.E.Fh
- Kargoll B.Aj
- Karim\ue4ki V.Z
- Karjavin V.Cj
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- Kasemann M.Ak
- Kasmi A.Dl
- Katkov I.Am
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- Kaur M.Au
- Kaya M.De
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- Kayis Topaksu A.Dc
- Kazana M.Cg
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- Kellams N.Es
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- Khalatyan S.Ee
- Khalid S.Cf
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- Kharchilava A.Ep
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- Khukhunaishvili A.Ez
- Khurana R.Aw
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- Kiesenhofer W.B
- Kilminster B.Cy
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- Klein K.Ah
- Kleinwort C.Ak
- Klima B.Dz
- Klingebiel D.Ai
- Klute M.El
- Klyukhin V.Co
- Kn\ufcnz V.B
- Knowlton D.Eo
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- Koay S.A.Eu
- Kodolova O.Co
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- Kunori S.Fe
- Kuo C.M.Cz
- Kurca T.Af
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- Kuznetsova E.Am
- Kwan S.Dz
- Kwon E.Bw
- Kyberd P.Dk
- Kypreos T.Ea
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- La Licata C.Bp
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- Laird E.Do
- Lamichhane P.Fh
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- Lanaro A.Fi
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- Landsberg G.Do
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- Lannon K.Es
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- Leggat D.Dk
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- Libeiro T.Fe
- Ligabue F.
- Liko D.B
- Lin C.Fg
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- Linacre J.Dz
- Lincoln D.Dz
- Lind\ue9n T.Z
- Ling T.Y.Et
- Lingemann J.Aj
- Linn S.Eb
- Lipka K.Ak
- Lipton R.Dz
- Lista L.Bi
- Litov L.N
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- Lloret Iglesias L.Ct
- Lo Vetere M.Bg
- Lobanov A.Ak
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- Lohmann W.Ak
- Lokhtin I.Co
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- Long O.R.Dr
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- Lopes Pegna D.Ew
- Lopez Virto A.Cu
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- Loveless R.Fi
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- Lowette S.E
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- Lu Y.Ek
- Lu Y.J.Cz
- Lucas C.Dh
- Lucas R.Dj
- Lucchini M.T.Bh
- Luckey P.D.El
- Luetic J.T
- Luiggi Lopez E.Dw
- Lujan P.Eu
- Luk M.Do
- Lukina O.Co
- Lungu G.Fa
- Luo W.Es
- Lusito L.Er
- Lustermann W.Cx
- Luthra A.Dr
- Lutz B.Ak
- Luukka P.Z
- Luyckx S.D
- Lychkovskaya N.Cm
- Lykken J.Dz
- Lynch S.Es
- Lyons L.Dj
- M\ue4enp\ue4\ue4 T.Z
- M\ufcller T.Am
- Ma T.El
- Macneill I.Ds
- Maes M.E
- Maeshima K.Dz
- Maggi G.Bb
- Maggi M.Bb
- Magini N.Cv
- Magnan A.-M.dj
- Maguire C.Ff
- Mahmoud M.A.W
- Maity M.Ay
- Majumder D.Da
- Majumder G.Ay
- Makouski M.Ei
- Maksimovic P.Eg
- Malakhov A.Cj
- Malberti M.Dr
- Malbouisson H.K
- Malcles J.Ab
- Malek M.Eh
- Malgeri L.Cv
- Malhotra S.Av
- Malik S.Dj
- Malik S.Eo
- Malvezzi S.Bh
- Mangano B.Cx
- Mankel R.Ak
- Mannelli M.Cv
- Mans J.Em
- Manthos N.Ap
- Mantovani G.Bl
- Manzoni R.A.Bh
- Mao Y.Ff
- Mao Y.P
- Maravin Y.Ei
- Marcellini S.Bc
- Marchesini I.Al
- Marco J.Cu
- Marco R.Cu
- Marfin I.Ak
- Margaroli F.Bn
- Margoni M.Bj
- Marinelli N.Es
- Marini A.C.Cx
- Marinov A.M
- Marionneau M.Ek
- Mariotti C.Bo
- Markou A.An
- Markou C.An
- Markowitz P.Eb
- Marlow D.Eu
- Marone M.Bp
- Maroussov V.Ew
- Marraffino J.M.Dz
- Marrouche J.Cv
- Martelli A.Bh
- Martin C.Eg
- Martin W.Dk
- Martinez Outschoorn V.I.Dz
- Martinez Rivero C.Cu
- Martinez Ruiz del Arbol P.Cx
- Martinez G.Eb
- Martini L.Bm
- Martins T.D.R.J
- Maruyama S.Dz
- Marzocchi B.Bh
- Maselli S.Bo
- Masetti G.Bc
- Masetti L.Cv
- Mason D.Dz
- Massironi A.Eq
- Mastrolorenzo L.Ac
- Matchev K.Ea
- Mathias B.Dj
- Matorras F.Cu
- Matos Figueiredo D.K
- Matveev V.Cj
- Mavromanolakis G.U
- Mazumdar K.Ay
- Mcbride P.Dz
- Mccartin J.G
- Mccoll N.Dt
- Md Ali M.A.B.By
- Medvedeva T.Eu
- Meier F.Eo
- Meijers F.Cv
- Meister D.Cx
- Mekterovic D.T
- Melo A.Ff
- Melzer-Pellmann I.-A.ak
- Menasce D.Bh
- Mendez H.Ev
- Meneguzzo A.T.Bj
- Meng Z.Dh
- Menichelli M.Bl
- Meola S.Bi
- Mercadante P.G.L
- Meridiani P.Bn
- Merino G.Cr
- Merkel P.Ew
- Merlo J.-P.ef
- Mermerkaya H.Ef
- Merola M.Bi
- Merschmeyer M.Ai
- Mersi S.Cv
- Meschi E.Cv
- Meschini M.Be
- Mesropian C.Fa
- Messineo A.Bm
- Mestvirishvili A.Ef
- Mesyats G.Cn
- Meyer A.Ai
- Meyer A.B.Ak
- Miceli T.Dp
- Micheli F.Bn
- Michlin B.Ey
- Migliore E.Bo
- Mignerey A.C.Ek
- Mikulec I.B
- Milenovic P.Ea
- Millan Mejias B.Cy
- Miller D.H.Ew
- Millet P.Ai
- Milosevic J.Cq
- Min\ue9 P.Ac
- Mirabito L.Af
- Mirman N.Dx
- Mironov C.Ac
- Mishra K.Dz
- Misiura M.Ch
- Missiroli M.Cs
- Mitselmakher G.Ea
- Mitta G.Ak
- Mittal M.Au
- Mnich J.Ak
- Modak A.Aw
- Moeller A.Ef
- Mohammadi Najafabadi M.Az
- Mohammadi A.F
- Mohanty A.K.Ax
- Mohanty G.B.Ay
- Mohapatra A.Fi
- Mohr N.Cx
- Moisenz P.Cj
- Molnar J.Ar
- Monaco V.Bo
- Montalvo R.Fd
- Montanari A.Bc
- Montanino D.Bp
- Moon C.S.Bm
- Moon D.H.Ee
- Mooney M.Eu
- Moortgat F.Cv
- Moran D.Cs
- Morelos Pineda A.Cc
- Moroni L.Bh
- Morovic S.Cv
- Mossolov V.C
- Mott A.Du
- Mousa J.U
- Mozer M.U.Am
- Mrenna S.Dz
- Mucia N.Er
- Mukherjee S.Aw
- Mulders M.Cv
- Mulhearn M.Dp
- Mundim L.K
- Muniz L.Ea
- Munoz Sanchez F.J.Cu
- Murray M.Eh
- Murumaa M.X
- Murzin V.Ck
- Musella P.Cv
- Musich M.Bo
- Musienko Y.Dz
- Mussgiller A.Ak
- My S.Bb
- N\ue4geli C.Cx
- N\ufcrnberg A.Am
- Nachtman J.Ef
- Nahn S.Dz
- Naimuddin M.Av
- Nam S.K.Bq
- Narain M.Do
- Naranjo I.N.Ac
- Naseri M.Az
- Nash D.Eq
- Nash J.Dj
- Nauenberg U.Dw
- Naumann-Emme S.Ak
- Navarria F.L.Bc
- Navarro De Martino E.Cr
- Nawrocki K.Cg
- Nayak A.Ak
- Negrete M.O.Dr
- Nessi-Tedaldi F.Cx
- Neu C.Fg
- Neumeister N.Ew
- Newbold D.M.Dh
- Newman H.B.Du
- Newman-Holmes C.Dz
- Ngadiuba J.Cy
- Nguyen F.Ci
- Nguyen H.Dr
- Nguyen M.Ac
- Nicolaou C.U
- Nicolas Kaufman G.Dx
- Nikitenko A.Dj
- Nishu N.Au
- Nogima H.K
- Noonan D.Eh
- Nourbakhsh S.Bn
- Novaes S.F.L
- Novgorodova O.Ak
- Nowack A.Aj
- Nowak F.Ak
- Ntomari E.Ak
- Nugent I.M.Aj
- Nuttens C.H
- Nuzzo S.Bb
- O\u2019Brien C.Ee
- O\u2019Dell V.Dz
- Obertino M.M.Bo
- Obraztsov S.Co
- Ocalan K.Dd
- Ocampo Rios A.A.G
- Ochando C.Ac
- Ochesanu S.D
- Odell N.Er
- Ogul H.Ef
- Oh Y.D.Br
- Ojalvo I.Fi
- Olaiya E.Di
- Olbrechts A.E
- Oliveros S.En
- Olivito D.Ds
- Olschewski M.Ai
- Olsen J.Eu
- Olszewski M.Ch
- Onel Y.Ef
- Onengut G.Dc
- Oreshkin V.Ck
- Organtini G.Bn
- Orimoto T.Eq
- Orsini L.Cv
- Ortona G.Bo
- Osipenkov I.Fd
- Ostapchuk A.Ah
- Ott J.Al
- Ozdemir K.Dc
- Ozok F.Ef
- Ozturk S.Dc
- P\ue9rez-Calero Yzquierdo A.Cr
- Pacher L.Bo
- Padeken K.Ai
- Padhi S.Ds
- Padley B.P.Ey
- Padula S.S.L
- Paganini P.Ac
- Pagano D.H
- Paganoni M.Bh
- Pakhotin Y.Fd
- Paktinat Mehdiabadi S.Az
- Palichik V.Cj
- Palinkas J.Ar
- Palla F.Bm
- Palmer C.Ds
- Panagiotou A.Ao
- Pandolfi F.Cx
- Pant L.M.Ax
- Panwalkar S.Fb
- Paoletti S.Be
- Paolucci P.Bi
- Papacz P.Ai
- Papadopoulos I.Ap
- Pape L.Cv
- Paradas E.Ap
- Paramatti R.Bn
- Paramesvaran S.Dh
- Parashar N.Ex
- Parida B.Ay
- Park H.Br
- Park I.C.Bv
- Park M.Fb
- Park S.Bv
- Park S.K.Bu
- Pashenkov A.Cl
- Pastika N.Em
- Pastrone N.Bo
- Patel R.Fb
- Patterson J.R.Dx
- Paulini M.Dv
- Paus C.El
- Pauss F.Cx
- Pavlov B.N
- Pazzini J.Bj
- Pearson T.Es
- Pedraza I.Cb
- Pedrini D.Bh
- Pedro K.Ek
- Peiffer T.Al
- Pela J.Dj
- Pellett D.Dp
- Pelliccioni M.Bo
- Peltola T.Z
- Pena C.Du
- Penzo A.Ef
- Perchalla L.Aj
- Perelygin V.Cj
- Perera L.En
- Perez E.Cv
- Perieanu A.Ah
- Perloff A.Fd
- Perni\ue8 L.F
- Perrey H.Ak
- Perries S.Af
- Perrini L.H
- Perrotta A.Bc
- Perrozzi L.Cv
- Perry T.Fi
- Peruzzi M.Cx
- Pesaresi M.Dj
- Petkov P.N
- Petrakou E.Da
- Petridis K.Dj
- Petrilli A.Cv
- Petrillo G.Ez
- Petrov V.Cp
- Petrucciani G.Cv
- Petrushanko S.Co
- Petyt D.Di
- Pfeiffer A.Cv
- Piccolo D.Bf
- Piedra Gomez J.Cu
- Pieri M.Ds
- Pierini M.Cv
- Pierro G.A.Fi
- Pietsch N.Al
- Pilot J.Dp
- Pimi\ue4 M.Cv
- Pin A.H
- Pinna Angioni G.L.Bo
- Piotrzkowski K.H
- Piparo D.Cv
- Piperov S.M
- Pirou\ue9 P.Eu
- Pitzl D.Ak
- Placakyte R.Ak
- Plagge M.Cv
- Planer M.Es
- Plestina R.O
- Poehlsen J.Al
- Poehlsen T.Al
- Pol M.E.J
- Polatoz A.Dc
- Polese G.Fi
- Polic D.R
- Poll A.Dh
- Pollack B.Er
- Pompili A.Bb
- Pooth O.Aj
- Popov A.H
- Popov V.Cm
- Potenza A.Bo
- Potenza R.Bd
- Pozdnyakov A.Er
- Pozzobon N.Bj
- Prado Da Silva W.L.K
- Primavera F.Bc
- Prokofyev O.Dz
- Prosper H.Ec
- Psallidas A.An
- Ptochos F.U
- Puerta Pelayo J.Cr
- Pugliese G.Bb
- Puigh D.Et
- Puljak I.R
- Python Q.E
- Qian S.J.P
- Quan X.Eu
- Quast G.Am
- Quertenmont L.H
- Quintario Olmeda A.Cr
- Quittnat M.Cx
- R\uf6cker S.Am
- Rabady D.B
- Rabbertz K.Am
- Racz A.Cv
- Radburn-Smith B.C.Ew
- Radi A.W
- Radogna R.Bb
- Ragazzi S.Bh
- Rahatlou S.Bn
- Rahbaran B.B
- Rahmat R.Ef
- Raics P.As
- Raidal M.X
- Rakness G.Dq
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- Ramirez Vargas J.E.Ev
- Rander J.Ab
- Ranjan K.Av
- Rappoccio S.Ep
- Raspereza A.Ak
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- Ratnikov F.Am
- Ratti S.P.Bk
- Raupach F.Ah
- Raymond D.M.Dj
- Razis P.A.U
- Rebane L.Cx
- Rebassoo F.Ej
- Redaelli N.Bh
- Redjimi R.Ey
- Redondo I.Cr
- Regnard S.Ac
- Reid I.D.Dk
- Reis T.F
- Reithler H.Ai
- Rekovic V.Cq
- Renker D.Cw
- Reucroft S.Ce
- Rezaei Hosseinabadi F.Az
- Ribeiro Cipriano P.M.Ak
- Riccardi C.Bk
- Ricci-Tam F.Dp
- Richardson C.Dn
- Richman J.Dt
- Rinkevicius A.Ea
- Rizzi A.Bm
- Roberts J.Ey
- Robmann P.Cy
- Robutti E.Bg
- Rodenburg M.Et
- Rodozov M.M
- Rodr\uedguez-Marrero A.Y.Cu
- Rodrigo T.Cu
- Rodrigues Antunes J.Ci
- Rodriguez J.L.Eb
- Roe J.Fd
- Rogan C.Du
- Rogerson S.Dj
- Roh Y.Bu
- Rohe T.Cw
- Rohlf J.Dn
- Rohringer H.B
- Roland B.D
- Roland C.El
- Roland G.El
- Rolandi G.Cv
- Romanowska-Rybinska K.Cg
- Romeo F.Bl
- Romero A.Bo
- Romero L.Cr
- Ron E.Ak
- Ronchese P.Bj
- Ronga F.J.Cy
- Rose A.Dj
- Rose A.Fd
- Rose K.Fc
- Rosowsky A.Ab
- Ross I.Fi
- Rossi A.M.Bc
- Rossini M.Cx
- Rougny R.D
- Rovelli C.Bn
- Rovelli T.Bc
- Rovere M.Cv
- Roy D.Aw
- Ruchti R.Es
- Ruiz Alvarez J.D.Af
- Ruiz-Jimeno A.Cu
- Rumerio P.Dm
- Rusack R.Em
- Rusakov S.V.Cn
- Ruspa M.Bo
- Russ J.Dv
- Ryckbosch D.G
- Ryd A.Dx
- Ryu G.Bv
- Ryu M.S.Bv
- Ryutin R.Cp
- Sabes D.Af
- Sacchi R.Bo
- Safarzadeh B.Az
- Safonov A.Fd
- Safronov G.Cm
- Saha A.Bl
- Sahin M. 6.Ak
- Saini L.K.Ei
- Saka H.Eu
- Sakharov A.Br
- Sakulin H.Cv
- Sakuma T.Fd
- Salazar Ibarguen H.A.Cb
- Salerno R.Ac
- Salfeld-Nebgen J.Ak
- Salur S.Fb
- Salva Diblen S.G
- Salvati E.Dx
- Salvini P.Bk
- Sammet J.Ah
- Sanabria J.C.Q
- Sanchez-Hernandez A.Bz
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- Sanders S.Eh
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- Santanastasio F.Bn
- Santaolalla J.K
- Santocchia A.Bl
- Santoro A.K
- Saoulidou N.Ao
- Sarangi T.Fi
- Sarkar S.Aw
- Sauvan J.B.Ac
- Savin A.Fi
- Savoy-Navarro A.Bm
- Savrin V.Co
- Saxena P.Ak
- Scarborough T.Dl
- Sch\ue4fer C.Cv
- Sch\uf6fbeck R.B
- Schael S.Ah
- Schettler H.Al
- Schizzi A.Bp
- Schleper P.Al
- Schlieckau E.Al
- Schmidt A.Al
- Schmidt R.Ak
- Schmitt M.Er
- Schmitz S.A.Ai
- Schnetzer S.Fb
- Schoerner-Sadenius T.Ak
- Schr\uf6der M.Ak
- Schwick C.Cv
- Scodellaro L.Cu
- Searle M.Dp
- Seez C.Dj
- Segala M.Do
- Seidel M.Al
- Seitz C.Ak
- Seixas J.Ci
- Sekaric J.Eh
- Sekmen S.Dd
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- Selvaggi M.H
- Semenov S.Cm
- Sen S.Ef
- Senkin S.Dh
- Seo H.Bw
- Serban A.T.Bm
- Seva T.F
- Sexton-Kennedy E.Dz
- Sgandurra L.Af
- Sguazzoni G.Be
- Shah M.A.Cf
- Shalhout S.Dp
- Sharan M.Aw
- Sharma A.Cv
- Sharma M.Ff
- Sharma S.Dz
- Sharma V.Av
- Sharma V.Ds
- Sharp P.Dj
- Shchutska L.Ea
- Sheldon P.Ff
- Shepherd-Themistocleous C.H.Di
- Shi X.Ew
- Shipsey I.Ew
- Shmatov S.Cj
- Shoaib M.Cf
- Shrestha S.Ei
- Shrinivas A.Dr
- Shukla P.Ax
- Shumeiko N.C
- Siegrist P.Cv
- Sigamani M.G
- Sikler F.Aq
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- Silva P.Cv
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- Simon S.Ds
- Simonetto F.Bj
- Simonis H.J.Am
- Singh G.Bb
- Singh J.B.Au
- Singovsky A.Em
- Sinthuprasith T.Do
- Sirois Y.Ac
- Siroli G.P.Bc
- Sirunyan A.M.A
- Skatchkov N.Cj
- Skhirtladze N.Ei
- Skinnari L.Dx
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- Smirnov V.Cj
- Smith G.Et
- Smith J.Dp
- Smith J.G.Dw
- Smith V.J.Dh
- Smith W.H.Fi
- Snigirev A.Co
- Snook B.Ff
- Snow G.R.Eo
- Snowball M.Ea
- Soares M.S.Cr
- Sobol A.Cp
- Soffi L.Bn
- Sogut K.Dc
- Soha A.Dz
- Sola V.Al
- Solano A.Bo
- Somalwar S.Fb
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- Sonnenschein L.Ai
- Sordini V.Af
- Sorokin P.Dg
- Spagnolo P.Bm
- Spalding W.J.Dz
- Spanier S.Fc
- Spannagel S.Ak
- Speer T.Do
- Sperka D.Dn
- Sphicas P.Cv
- Spiegel L.Dz
- Spiezia A.Bl
- Spiga D.Cv
- Spiridonov A.Cm
- Spiropulu M.Du
- Squillacioti P.Bm
- Squires M.Dp
- Srimanobhas N.Db
- St. John J.Dn
- St\uf6ckli F.El
- Stadie H.Al
- Stahl A.Aj
- Staiano A.Bo
- Starodumov A.Cx
- Steggemann J.Cv
- Steinbr\ufcck G.Al
- Stenson K.Dw
- Stephans G.S.F.El
- Stickland D.Eu
- Stieger B.Cv
- Stiliaris E.Ao
- Stober F.M.Am
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- Suarez I.Fd
- Sudano E.Ds
- Sudhakar K.Ay
- Sudic L.T
- Sulak L.Dn
- Sulimov V.Ck
- Sultanov G.M
- Summers D.En
- Sumorok K.El
- Sumowidagdo S.Dr
- Sun W.Dx
- Sunar Cerci D.Dc
- Sung K.Er
- Surat U.E.Dd
- Suwonjandee N.Db
- Svintradze I.Ei
- Svyatkovskiy A.Ew
- Swain S.K.At
- Swanson J.Do
- Swartz M.Eg
- Symonds P.Dk
- Szillasi Z.Ar
- Szleper M.Cg
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- Tabarelli de Fatis T.Bh
- Tadel M.Ds
- Takahashi M.Cx
- Takahashi Y.Cv
- Takasugi E.Dq
- Tali B.Dc
- Talvitie J.Aa
- Tambe N.Em
- Tamponi U.Bo
- Tan P.Ef
- Tao J.O
- Tapper A.Dj
- Taroni S.Cy
- Tatarinov A.Fd
- Taurok A.B
- Tavernier S.E
- Taylor L.Dz
- Tcholakov V.M
- Tenchini R.Bm
- Teo W.D.Dx
- Teodorescu L.Dk
- Teyssier D.Ai
- Th\ufcer S.Ai
- Thea A.Di
- Theofilatos K.Cx
- Thom J.Dx
- Thomas L.F
- Thomas S.Fb
- Thomassen P.Fb
- Thompson J.Dx
- Thyssen F.G
- Tiko A.X
- Timciuc V.Du
- Tiras E.Ef
- Titov M.Ab
- Tkaczyk S.Dz
- Tlisov D.Cl
- To W.Dt
- Tomalin I.R.Di
- Tonelli Manganote E.J.K
- Tonelli G.Bm
- Tonjes M.B.Ek
- Tonwar S.C.Ek
- Topakli H.Dc
- Topkar A.Ax
- Topsis-Giotis I.An
- Torassa E.Bj
- Toropin A.Cl
- Tosi M.Bj
- Tosi N.Bc
- Tosi S.Bg
- Tourtchanovitch L.Cp
- Traczyk P.Bn
- Tran N.V.Dz
- Travaglini R.Bc
- Treberer-Treberspurg W.B
- Treille D.Cv
- Tricomi A.Bd
- Trioss A.Bj
- Tripathi M.Dp
- Trocino D.Eq
- Trocsanyi Z.L.As
- Troendle D.Al
- Tropiano A.Be
- Troshin S.Cp
- Tsamalaidze Z.Ag
- Tsirou A.Cv
- Tu Y.Ds
- Tucker J.Dx
- Tully C.Eu
- Tumasyan A.A
- Tuo S.Ff
- Tuominen E.Z
- Tuominiemi J.Z
- Tuovinen E.Z
- Turkewitz J.Em
- Turner M.Dk
- Turner P.Ee
- Tuuva T.Aa
- Tuve C.Bd
- Tytgat M.G
- Tyurin N.Cp
- Tzeng Y.M.Da
- Ujvari B.As
- Ulmer K.A.Dw
- Ulrich R.Am
- Umer T.Bp
- Uplegger L.Dz
- Usai E.Al
- Uvarov L.Ck
- Uzunian A.Cp
- Vaandering E.W.Dz
- Valls N.Es
- Valuev V.Dq
- Van De Klundert M.D
- Van Doninck W.E
- Van Haevermaet H.D
- Van Hove P.Ad
- Van Mechelen P.D
- Van Mulders P.E
- Van Onsem G.P.E
- Van Remortel N.D
- Van Spilbeeck A.D
- Vander Donckt M.Af
- Vander Velde C.F
- Vanelderen L.Al
- Vanini S.Bj
- Vanlaer P.F
- Vardarl\u131 F.I.Df
- Varela J.Ci
- Varelas N.Ee
- Vargas Trevino A.D.R.Ak
- Vartak A.Ds
- Vavilov S.Ck
- Vazquez Acosta M.Dj
- Vazquez Valencia F.Ca
- Veelken C.Ac
- Veeraraghavan V.Ec
- Velasco M.Er
- Velicanu D.El
- Velkovska J.Ff
- Venditti R.Bb
- Ventura S.Bj
- Venturi A.Bm
- Verdier P.Af
- Verdini P.G.Bm
- Veres G.I.Cv
- Vergili M.Dc
- Vernieri C.Bm
- Verwilligen P.Bb
- Verzetti M.Cy
- Veszpremi V.Aq
- Vesztergombi G.Aq
- Veverka J.El
- Vidal Marono M.H
- Vidal R.Dz
- Vila I.Cu
- Vilar Cortabitarte R.Cu
- Vilela Pereira A.K
- Villella I.E
- Vinogradov A.Cn
- Virdee T.Dj
- Viret S.Af
- Vischia P.Ci
- Vishnevskiy D.Ez
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- Yagil A.Ds
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- Yang F.Dz
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- Yazgan E.G
- Yelton J.Ea
- Yetkin T.Ef
- Yi K.Ef
- Yilmaz Y.Ac
- Yohay R.Dp
- Yoo H.D.Ew
- Yoo J.Ds
- Yoon A.S.El
- York A.Fc
- Yu I.Bw
- Yu S.S.Cz
- Yumiceva F.Ed
- Zabel J.Ey
- Zabi A.Ac
- Zablocki J.Ew
- Zaganidis N.G
- Zakaria M.Ea
- Zalewski P.Cg
- Zanetti A.Bp
- Zanetti M.El
- Zarubin A.Cj
- Zeinali M.Az
- Zenz S.C.Dj
- Zeuner W.D.Cv
- Zeyrek M.Dd
- Zhang J.Eq
- Zhang L.P
- Zheng Y.Ew
- Zhokin A.Cm
- Zhu R.Y.Du
- Zhukov V.Ah
- Zhukova V.El
- Zito G.Bb
- Zotto P.Bj
- Zou W.P
- Zsigmond A.J.Aq
- Zucchetta A.Bj
- Zuranski A.Eu
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Published by the American Physical Society under the terms of the Creative Commons Attribution 3.0 License. Further distribution of this work must maintain attribution to the author(s) and the published articles title, journal citation, and DOI.The first search at the LHC for the extinction of QCD jet production is presented, using data collected with the CMS detector corresponding to an integrated luminosity of 10.7 fb−1 of proton-proton collisions at a center-of-mass energy of 8 TeV. The extinction model studied in this analysis is motivated by the search for signatures of strong gravity at the TeV scale (terascale gravity) and assumes the existence of string couplings in the strong-coupling limit. In this limit, the string model predicts the suppression of all high-transverse-momentum standard model processes, including jet production, beyond a certain energy scale. To test this prediction, the measured transverse-momentum spectrum is compared to the theoretical prediction of the standard model. No significant deficit of events is found at high transverse momentum. A 95% confidence level lower limit of 3.3 TeV is set on the extinction mass scale
Observation of a new boson at a mass of 125 GeV with the CMS experiment at the LHC
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- Publication venue
- North-Holland Publishing
- Publication date
- 27/08/2014
- Field of study
Aspectos fisiológicos, anatômicos e ultra-estruturais do rizoma de Costus arabicus L. (Costaceae) sob condições de déficit hídrico
- Author
- Alonso A.A.
- Amaral L.I.V.
- Asseng S.
- Basu P.S.
- Berlyn G.P.
- Bohnert H.J.
- Bray E.A.
- Buckeridge M.S.
- Carvalho M.A.M.
- Carvalho M.A.M.
- Castro C.E.F.
- Castro M.M.
- Chaves M.M.
- Clark R.B.
- Davies W.J.
- Dubois M.
- Edeoga H.O.
- Fan L.
- Fan L.
- Geigenberger P.
- Horridge G.A.
- Huang B.
- Jensen W.A.
- Johansen D.A.
- Jones H.G.
- Jorge L.I.F.
- Judd W.S.
- Karnovsky M.J.
- Lee B-R.
- Lorca G.L.
- Lorenzi H.
- McIlvaine T.C.
- Melo H.C.
- Menezes N.L.
- Morillon R.
- Oliveira C.C.
- Oliveira F.
- Oparka K.J.
- Oparka K.J.
- Pastorini L.H.
- Pazhanichamy K.
- Pelleschi S.
- Piro G.
- Sakai W.S.
- Santisopasri V.
- Santos V.R.
- Sharp R.E.
- Sharp R.E.
- Shinozaki K.
- Silva C.G.
- Simão D.G.
- Somogyi M.
- Tomlinson P.B.
- Tomlinson P.B.
- Turner N.C.
- Van Fleet D.S.
- Vimala B.
- Weatherley P.E.
- Whittaker A.
- Zhang T.
- Zobayed S.M.A.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Expanding the clinical phenotype of individuals with a 3-bp in-frame deletion of the NF1 gene (c.2970_2972del): an update of genotype–phenotype correlation
- Author
- Aylsworth A.S. (Arthur S.)
- Azizi A.A. (Amedeo A.)
- Basel D.G. (Donald G.)
- Bellus G. (Gary)
- Bird L.M. (Lynne)
- Blazo M. (Maria)
- Burke L.W. (Leah W.)
- Callens T. (Tom)
- Cannon A. (Ashley)
- Chen Y. (Yunjia)
- Claes K. (Kathleen)
- Collins F. (Felicity)
- De Luca A. (Alessandro)
- DeFilippo C. (Colette)
- Denayer E. (Ellen)
- Digilio M.C. (Maria)
- Dills S.K. (Shelley K.)
- Dosa L. (Laura)
- Gomes A. (Alicia)
- Greenwood R.S. (Robert S.)
- Griffis C. (Cristin)
- Gupta P. (Punita)
- Hachen R.K. (Rachel K.)
- Hernández-Chico C. (Concepción)
- Hicks A.D. (Alesha D.)
- Janssens S. (Sandra)
- Jones K.J. (Kristi)
- Jordan J.T. (Justin T.)
- Kannu P. (Peter)
- Koczkowska M. (Magdalena)
- Korf B. (Bruce)
- Legius E. (Eric)
- Lewis A.M. (Andrea M.)
- Listernick R.H. (Robert H.)
- Lonardo F. (Fortunato)
- Mahoney M.J. (Maurice J.)
- Martin Y. (Yolanda)
- McDonald M.T. (Marie)
- McDougall C. (Carey)
- Mendelsohn N.J.
- Messiaen L.M. (Ludwine)
- Miller D.T. (David T.)
- Mori M. (Mari)
- Ojeda M.M. (Mayra Martinez)
- Oostenbrink R. (Rianne)
- Perreault S. (Sebastien)
- Pierpont M.E. (Mary Ella)
- Piscopo C. (Carmelo)
- Pond D.A. (Dinel A.)
- Randolph L.M. (Linda M.)
- Rauen K.A. (Katherine)
- Rednam S. (Surya)
- Rutledge S.L. (S. Lane)
- Saletti V. (Veronica)
- Schaefer G.B. (G. Bradley)
- Schorry E.K. (Elizabeth K.)
- Scott D.A.
- Sharp A. (Angela)
- Shugar A. (Andrea)
- Siqveland E. (Elizabeth)
- Starr L. (Lois)
- Syed A. (Ashraf)
- Thornton A.S. (Andrew)
- Trapane P.L. (Pamela L.)
- Ullrich N.J. (Nicole J.)
- Wakefield E.G. (Emily G.)
- Walsh L.E. (Laurence E.)
- Wangler M.F. (Michael F.)
- Wimmer K. (Katharina)
- Zackai E. (Elaine)
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2018
- Field of study
Purpose: Neurofibromatosis type 1 (NF1) is characterized by a highly variable clinical presentation, but almost all NF1-affected adults present with cutaneous and/or subcutaneous neurofibromas. Exceptions are individuals heterozygous for the NF1 in-frame deletion, c.2970_2972del (p.Met992del), associated with a mild phenotype without any externally visible tumors. Methods: A total of 135 individuals from 103 unrelated families, all carrying the constitutional NF1 p.Met992del pathogenic variant and clinically assessed using the same standardized phenotypic checklist form, were included in this study. Results: None of the individuals had externally visible plexiform or histopathologically confirmed cutaneous or subcutaneous neurofibromas. We did not identify any complications, such as symptomatic optic pathway gliomas (OPGs) or symptomatic spinal neurofibromas; however, 4.8% of individuals had nonoptic brain tumors, mostly low-grade and asymptomatic, and 38.8% had cognitive impairment/learning disabilities. In an individual with the NF1 constitutional c.2970_2972del and three astrocytomas, we provided proof that all were NF1-associated tumors given loss of heterozygosity at three intragenic NF1 microsatellite markers and c.2970_297
The artificial intelligence-based model ANORAK improves histopathological grading of lung adenocarcinoma
- Author
- Abbosh C.
- AbdulJabbar K.
- Aerts H.J.W.L.
- Ahmad T.
- Ahmed A.
- Aitken S.J.
- Al-Sawaf O.
- Alzetani A.
- Ambrose L.
- Angelova M.
- Ashford P.
- Asif M.
- Athanasopoulou F.
- Baena J.
- Bailey C.
- Bajaj A.
- Bakir M.A.
- Bandula S.
- Barbè V.
- Beck S.
- Begum S.
- Benafif S.
- Bentham R.
- Bhakhri K.
- Bhayani H.
- Bilancia R.
- Birkbak N.J.
- Bishop P.
- Biswas D.
- Black J.R.M.
- Blackhall F.H.
- Blyth K.G.
- Boeing S.
- Bola S.K.
- Boleti E.
- Booth S.
- Borg E.
- Boyles R.
- Brown K.
- Buderi S.I.
- Bunkum A.
- Cadieux E.L.
- Carter M.
- Castignani C.
- Chain B.
- Chan K.
- Chaturvedi A.
- Chavan H.
- Chee S.
- Chen K.
- Chervova O.
- Cheung A.H.K.
- Cheyne H.
- Choudhary J.
- Chuter D.
- Clipson A.
- Coelho-Lima J.
- Collins-Fekete C.-A.
- Colliver E.
- Crosbie P.
- Cruickshank T.
- Danson S.
- De Sousa P.
- Demeulemeester J.
- Denner T.
- Devaraj A.
- Dhanda H.K.
- Dick C.
- Dietzen M.
- Dijkstra K.
- Diossy M.
- Dive C.
- Djearaman M.
- Dulloo S.
- Dwornik A.
- Enfield K.S.S.
- Ensell L.
- Escudero M.
- Falzon M.
- Fennell D.A.
- Fernandes N.
- Fontaine E.
- Forster M.D.
- Fraioli F.
- Frankell A.M.
- French J.
- Gamble S.
- Gilbert K.
- Gimeno-Valiente F.
- Goldman J.
- Gomes F.
- Gorman P.
- Granato F.
- Grapa A.-I.
- Grigoriadis K.
- Grönroos E.
- Gálvez-Cancino F.
- Hacker A.-M.
- Hackshaw A.
- Hartley J.A.
- Herrero J.
- Hessey S.
- Hewish M.
- Hiley C.T.
- Hill M.S.
- Hill W.
- Hobson P.
- Hodgkinson J.D.
- Holding J.W.
- Hoogenboom E.M.
- Huebner A.
- Huska M.R.
- Hynds R.E.
- Jamal-Hanjani M.
- Janes S.M.
- Jones T.P.
- Jordan S.
- Joseph L.
- Joshi V.
- Kadiri S.
- Kaniu D.
- Kanu N.
- Kaplar Z.
- Karagianni D.
- Karamani A.
- Karasaki T.
- Kassiotis G.
- Kaufmann T.L.
- Kerr A.
- Kerr K.M.
- Khalil M.
- Khiroya R.
- Kidd A.
- Kirk A.
- Kisistok J.
- Kostoulas N.
- Krebs M.G.
- Lacson C.
- Lam J.M.
- Langman G.
- Lawrence D.
- Le Quesne J.
- Le Quesne J.
- Lee C.
- Lee S.M.
- Leek A.
- Leslie R.
- Lester J.F.
- Leung M.
- Levi D.
- Lim E.
- Lim E.L.
- Lindsay C.R.
- Litchfield K.
- Litovchenko M.
- Liu W.K.
- Lowe H.L.
- Lu W.-T.
- Lucas O.
- MacKenzie M.
- Magness A.
- Malima M.
- Marafioti T.
- Marrone D.
- Martínez-Ruiz C.
- Mastrokalos G.
- Matharu G.
- Matos I.G.
- McGranahan N.
- Middleton G.
- Monk F.
- Montero A.
- Moore D.A.
- Moss S.
- Naceur-Lombardelli C.
- Naidu B.
- Nair A.
- Naito Y.
- Nakas A.
- Navani N.
- Ng K.W.
- Nicholson A.G.
- Nicod J.
- Noorani I.
- Novasio J.
- Nye E.
- Oliveira P.
- Osman A.
- Paiva-Correia A.
- Pan X.
- Papadatos-Pastos D.
- Patel A.J.
- Patrini D.
- Pawlik P.
- Pearce D.R.
- Peggs K.S.
- Pich O.
- Pilotti C.
- Price G.
- Priest L.
- Primrose L.
- Procter A.J.
- Proli C.
- Prymas P.
- Puttick C.
- Quezada S.A.
- Rammohan K.
- Ramsden Z.
- Rane J.K.
- Rathinam S.
- Raubenheimer H.
- Reading J.L.
- Rice A.
- Richard C.
- Richardson S.
- Riley J.
- Robinson L.
- Rosenthal R.
- Rothwell D.G.
- Rowan A.
- Royle G.
- Russell P.
- Saghafinia S.
- Salgado R.
- Scarci M.
- Schwarz R.F.
- Scotland M.
- Selvaraju K.
- Sereno M.
- Shackcloth M.J.
- Shackleford H.
- Shah M.
- Shah P.
- Shah R.
- Sharp A.
- Shaw J.A.
- Sivakumar M.
- Smith E.
- Smith S.
- Sodha-Ramdeen A.
- Sokac M.
- Spanswick V.
- Stavrou G.
- Stephens R.C.M.
- Stewart A.
- Stone R.K.
- Summers Y.
- Sunderland M.W.
- Swanton C.
- Szallasi Z.
- Tanic M.
- Taylor M.N.
- Thakkar K.
- Thakrar R.M.
- Thol K.
- Thomas M.
- Toncheva A.
- Totten N.
- Tufail M.
- Tugwood J.
- Ung S.K.A.
- Van Loo P.
- Vanloo S.
- Veeriah S.
- Veiga C.
- Vendramin R.
- Ward S.
- Watkins T.B.K.
- Weeden C.E.
- Wilson C.
- Wilson C.R.
- Wilson G.A.
- Wilson J.
- Wong Y.N.S.
- Wu Y.
- Yuan Y.
- Zaccaria S.
- Zhai H.
- Zhang H.
- Publication venue
- Springer Science and Business Media LLC
- Publication date
- 10/01/2024
- Field of study
The introduction of the International Association for the Study of Lung Cancer grading system has furthered interest in histopathological grading for risk stratification in lung adenocarcinoma. Complex morphology and high intratumoral heterogeneity present challenges to pathologists, prompting the development of artificial intelligence (AI) methods. Here we developed ANORAK (pyrAmid pooliNg crOss stReam Attention networK), encoding multiresolution inputs with an attention mechanism, to delineate growth patterns from hematoxylin and eosin-stained slides. In 1,372 lung adenocarcinomas across four independent cohorts, AI-based grading was prognostic of disease-free survival, and further assisted pathologists by consistently improving prognostication in stage I tumors. Tumors with discrepant patterns between AI and pathologists had notably higher intratumoral heterogeneity. Furthermore, ANORAK facilitates the morphological and spatial assessment of the acinar pattern, capturing acinus variations with pattern transition. Collectively, our AI method enabled the precision quantification and morphology investigation of growth patterns, reflecting intratumoral histological transitions in lung adenocarcinoma
Evolutionary characterization of lung adenocarcinoma morphology in TRACERx
- Author
- Abbosh C.
- AbdulJabbar K.
- Adusumilli P.S.
- Aerts H.J.W.L.
- Ahmad T.
- Ahmed A.
- Al-Sawaf O.
- Alzetani A.
- Ambrose L.
- Ang K.
- Angelova M.
- Ashford P.
- Asif M.
- Athanasopoulou F.
- Austin S.
- Bailey C.
- Bajaj A.
- Bakir M.A.
- Bandula S.
- Barbè V.
- Beck S.
- Begum S.
- Benafif S.
- Bentham R.
- Bhakhri K.
- Bhayani H.
- Bilancia R.
- Birkbak N.J.
- Bishop P.
- Biswas D.
- Black J.R.M.
- Blackhall F.H.
- Blyth K.G.
- Boeing S.
- Bola S.K.
- Boleti E.
- Booth S.
- Borg E.
- Boyles R.
- Brown K.
- Buderi S.I.
- Bunkum A.
- Cadieux E.L.
- Campbell B.B.
- Carter M.
- Castignani C.
- Cave J.
- Chain B.
- Chan K.
- Chaturvedi A.
- Chavan H.
- Chee S.
- Cheema W.
- Chen K.
- Chervova O.
- Cheyne H.
- Choudhary J.
- Chowdhry M.F.
- Chuter D.
- Clark T.
- Clipson A.
- Collins-Fekete C.-A.
- Colliver E.
- Crosbie P.
- Cruickshank T.
- Danson S.
- De Sousa P.
- Demeulemeester J.
- Denner T.
- Devaraj A.
- Dhanda H.K.
- Dick C.
- Dietzen M.
- Dijkstra K.
- Diossy M.
- Dive C.
- Djearaman M.
- Doran H.
- Dulloo S.
- Duran M.V.
- Enfield K.S.S.
- Ensell L.
- Escudero M.
- Falzon M.
- Fennell D.A.
- Fernandes N.
- Fontaine E.
- Forster M.D.
- Fraioli F.
- Frankell A.M.
- Gamble S.
- Gilbert K.
- Gimeno-Valiente F.
- Goldman J.
- Gomes F.
- Gorman P.
- Gower N.
- Granato F.
- Grapa A.
- Grigoriadis K.
- Grönroos E.
- Gálvez-Cancino F.
- Hackshaw A.
- Hartley J.A.
- Hayward M.
- Herrero J.
- Hessey S.
- Hewish M.
- Hiley C.T.
- Hill M.S.
- Hill W.
- Hobson P.
- Hodgkinson J.D.
- Holding J.W.
- Hoogenboom E.M.
- Hoxha E.
- Huebner A.
- Hynds R.E.
- Ingram P.
- Jamal-Hanjani M.
- Janes S.M.
- Jones D.R.
- Jordan S.
- Joseph L.
- Joshi V.
- Kadiri S.
- Kaniu D.
- Kanu N.
- Karagianni D.
- Karamani A.
- Karasaki T.
- Kassiotis G.
- Kaufmann T.L.
- Kerr A.
- Kerr K.M.
- Khalil M.
- Khiroya R.
- Kilgour E.
- Kirk A.
- Kisistok J.
- Kostoulas N.
- Krebs M.G.
- Lacson C.
- Lam J.M.
- Langman G.
- Lawrence D.
- Le Quesne J.
- Le Quesne J.
- Lee C.
- Lee S.M.
- Leek A.
- Leslie R.
- Lester J.F.
- Leung M.
- Levi D.
- Lim E.
- Lim E.L.
- Lindsay C.R.
- Litchfield K.
- Litovchenko M.
- Liu W.K.
- Lowe H.L.
- Lu W.-T.
- Lucas O.
- López S.
- MacKenzie M.
- Magness A.
- Magno N.
- Malima M.
- Marafioti T.
- Marrone D.
- Martínez-Ruiz C.
- Mastrokalos G.
- Matharu G.
- Matos I.G.
- McGranahan N.
- Middleton G.
- Monk F.
- Montero A.
- Moore D.A.
- Moss S.
- Mourikis T.P.
- Naceur-Lombardelli C.
- Naidu B.
- Nair A.
- Naito Y.
- Nakas A.
- Navani N.
- Ng K.W.
- Nicholson A.G.
- Nicod J.
- Novasio J.
- Nye E.
- Oliveira P.
- Osman A.
- Pan X.
- Panagiotopoulos N.
- Papadatos-Pastos D.
- Patel A.J.
- Patrini D.
- Pawlik P.
- Pearce D.R.
- Peggs K.S.
- Pich O.
- Pilotti C.
- Price G.
- Priest L.
- Primrose L.
- Procter A.J.
- Proli C.
- Prymas P.
- Puttick C.
- Quezada S.A.
- Rammohan K.
- Ramsden Z.
- Rane J.K.
- Rathinam S.
- Raubenheimer H.
- Reading J.L.
- Rekhtman N.
- Rice A.
- Richard C.
- Richards J.
- Richardson S.
- Riley J.
- Robinson L.
- Rosenthal R.
- Rothwell D.G.
- Rowan A.
- Royle G.
- Russell P.
- Saghafinia S.
- Salgado R.
- Sanchez-Vega F.
- Scarci M.
- Scarlett L.
- Schwarz R.F.
- Scotland M.
- Selvaraju K.
- Shackcloth M.J.
- Shackleford H.
- Shah M.
- Shah P.
- Shah R.
- Sharp A.
- Shaw J.A.
- Sivakumar M.
- Smith E.
- Smith S.
- Sodha-Ramdeen A.
- Sokac M.
- Spanswick V.
- Stavrou G.
- Stephens R.C.M.
- Stewart A.
- Stone R.K.
- Summers Y.
- Sunderland M.W.
- Swanton C.
- Szallasi Z.
- Tan K.S.
- Tanić M.
- Taylor M.N.
- Thakkar K.
- Thakrar R.M.
- Thol K.
- Thomas M.
- Toncheva A.
- Totten N.
- Travis W.D.
- Tufail M.
- Tugwood J.
- Ung S.K.A.
- Van Loo P.
- Van Loo P.
- Vanloo S.
- Veeriah S.
- Veiga C.
- Vendramin R.
- Ward S.
- Watkins T.B.K.
- Weeden C.E.
- Wilson C.
- Wilson G.A.
- Wilson J.
- Wong Y.N.S.
- Wu Y.
- Yuan Y.
- Zaccaria S.
- Zhai H.
- Zhang H.
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/04/2023
- Field of study
Lung adenocarcinomas (LUADs) display a broad histological spectrum from low-grade lepidic tumors through to mid-grade acinar and papillary and high-grade solid, cribriform and micropapillary tumors. How morphology reflects tumor evolution and disease progression is poorly understood. Whole-exome sequencing data generated from 805 primary tumor regions and 121 paired metastatic samples across 248 LUADs from the TRACERx 421 cohort, together with RNA-sequencing data from 463 primary tumor regions, were integrated with detailed whole-tumor and regional histopathological analysis. Tumors with predominantly high-grade patterns showed increased chromosomal complexity, with higher burden of loss of heterozygosity and subclonal somatic copy number alterations. Individual regions in predominantly high-grade pattern tumors exhibited higher proliferation and lower clonal diversity, potentially reflecting large recent subclonal expansions. Co-occurrence of truncal loss of chromosomes 3p and 3q was enriched in predominantly low-/mid-grade tumors, while purely undifferentiated solid-pattern tumors had a higher frequency of truncal arm or focal 3q gains and SMARCA4 gene alterations compared with mixed-pattern tumors with a solid component, suggesting distinct evolutionary trajectories. Clonal evolution analysis revealed that tumors tend to evolve toward higher-grade patterns. The presence of micropapillary pattern and ‘tumor spread through air spaces’ were associated with intrathoracic recurrence, in contrast to the presence of solid/cribriform patterns, necrosis and preoperative circulating tumor DNA detection, which were associated with extra-thoracic recurrence. These data provide insights into the relationship between LUAD morphology, the underlying evolutionary genomic landscape, and clinical and anatomical relapse risk
The evolution of lung cancer and impact of subclonal selection in TRACERx
- Author
- Abbosh C.
- AbdulJabbar K.
- Aerts H.J.W.L.
- Ahmad T.
- Ahmed A.
- Al Bakir M.
- Al-Sawaf O.
- Alzetani A.
- Ambrose L.
- Ang K.
- Angelova M.
- Ashford P.
- Asif M.
- Athanasopoulou F.
- Austin S.
- Bailey C.
- Bajaj A.
- Bandula S.
- Barbè V.
- Beck S.
- Begum S.
- Benafif S.
- Bentham R.
- Bhakhri K.
- Bhayani H.
- Bilancia R.
- Birkbak N.J.
- Bishop P.
- Biswas D.
- Black J.R.M.
- Blackhall F.H.
- Blyth K.G.
- Boeing S.
- Bola S.K.
- Boleti E.
- Booth S.
- Borg E.
- Boyles R.
- Brown K.
- Buderi S.I.
- Bunkum A.
- Campbell B.B.
- Carter M.
- Castignani C.
- Cave J.
- Chain B.
- Chan K.
- Chaturvedi A.
- Chavan H.
- Chee S.
- Chen K.
- Chervova O.
- Cheyne H.
- Choudhary J.
- Chowdhry M.F.
- Chuter D.
- Clark T.
- Clipson A.
- Collins-Fekete C.-A.
- Colliver E.
- Cook D.E.
- Crosbie P.
- Cruickshank T.
- Danson S.
- De Sousa P.
- Demeulemeester J.
- Denner T.
- Devaraj A.
- Dhanda H.K.
- Dick C.
- Dietzen M.
- Dijkstra K.
- Diossy M.
- Dive C.
- Djearaman M.
- Doran H.
- Dulloo S.
- Enfield K.S.S.
- Ensell L.
- Escudero M.
- Falzon M.
- Fennell D.A.
- Fernandes N.
- Fontaine E.
- Forster M.D.
- Fraioli F.
- Frankell A.M.
- Gamble S.
- Gilbert K.
- Gimeno-Valiente F.
- Goldman J.
- Gomes F.
- Gorman P.
- Gower N.
- Granato F.
- Grapa A.
- Grigoriadis K.
- Grönroos E.
- Gálvez-Cancino F.
- Hackshaw A.
- Hartley J.A.
- Hayward M.
- Herrero J.
- Hessey S.
- Hewish M.
- Hiley C.T.
- Hill M.S.
- Hill W.
- Hobson P.
- Hodgkinson J.D.
- Holding J.W.
- Hoxha E.
- Huebner A.
- Hynds R.E.
- Ingram P.
- Jamal-Hanjani M.
- Janes S.M.
- Jordan S.
- Joseph L.
- Joshi V.
- Kadiri S.
- Kaniu D.
- Kanu N.
- Karagianni D.
- Karamani A.
- Karasaki T.
- Kassiotis G.
- Kaufmann T.L.
- Kerr A.
- Kerr K.M.
- Khalil M.
- Khiroya R.
- Kilgour E.
- Kirk A.
- Kisistok J.
- Kostoulas N.
- Krebs M.G.
- Lacson C.
- Lam J.M.
- Langman G.
- Larose Cadieux E.
- Lawrence D.
- Le Quesne J.
- Le Quesne J.
- Lee C.
- Lee S.M.
- Leek A.
- Leslie R.
- Lester J.F.
- Leung M.
- Levi D.
- Lim E.
- Lim E.L.
- Lindsay C.R.
- Litchfield K.
- Litovchenko M.
- Liu W.K.
- Lowe H.L.
- Lu W.-T.
- Lucas O.
- López S.
- MacKenzie M.
- Magness A.
- Malima M.
- Marafioti T.
- Marrone D.
- Martinoni Hoogenboom E.
- Martínez-Ruiz C.
- Mastrokalos G.
- Matharu G.
- Matos I.
- McGranahan N.
- Middleton G.
- Miedema D.M.
- Monk F.
- Montero A.
- Moore D.A.
- Moss S.
- Mourikis T.P.
- Naceur-Lombardelli C.
- Naidu B.
- Nair A.
- Naito Y.
- Nakas A.
- Navani N.
- Ng K.W.
- Nicholson A.G.
- Nicod J.
- Novasio J.
- Nye E.
- Oliveira P.
- Osman A.
- Pan X.
- Panagiotopoulos N.
- Papadatos-Pastos D.
- Patel A.J.
- Patrini D.
- Pawlik P.
- Pearce D.R.
- Peggs K.S.
- Pich O.
- Pilotti C.
- Price G.
- Priest L.
- Primrose L.
- Procter A.J.
- Proli C.
- Prymas P.
- Puttick C.
- Quezada S.A.
- Rammohan K.
- Ramsden Z.
- Rane J.K.
- Rathinam S.
- Raubenheimer H.
- Reading J.L.
- Rice A.
- Richard C.
- Richards J.
- Richardson S.
- Riley J.
- Robinson L.
- Rosenthal R.
- Rothwell D.G.
- Rowan A.
- Royle G.
- Russell P.
- Saghafinia S.
- Salgado R.
- Scarci M.
- Scarlett L.
- Schwarz R.F.
- Scotland M.
- Selvaraju K.
- Shackcloth M.J.
- Shackleford H.
- Shah M.
- Shah P.
- Shah R.
- Sharp A.
- Shaw J.A.
- Sivakumar M.
- Smith E.
- Smith J.
- Smith S.
- Sodha-Ramdeen A.
- Sokac M.
- Spanswick V.
- Stavrou G.
- Stephens R.C.M.
- Stewart A.
- Stone R.K.
- Summers Y.
- Swanton C.
- Szallasi Z.
- Tanić M.
- Taylor M.N.
- Thakkar K.
- Thakrar R.M.
- Thol K.
- Thomas M.
- Toncheva A.
- Totten N.
- Tufail M.
- Tugwood J.
- Ung S.K.A.
- Van Loo P.
- Van Loo P.
- Vanloo S.
- Vasquez M.
- Veeriah S.
- Veiga C.
- Vendramin R.
- Ward S.
- Watkins T.B.K.
- Weeden C.E.
- Werner Sunderland M.
- Wilson C.
- Wilson G.A.
- Wilson J.
- Wong Y.N.S.
- Wu Y.
- Xing W.
- Yuan Y.
- Zaccaria S.
- Zhai H.
- Zhang H.
- Publication venue
- Springer Science and Business Media LLC
- Publication date
- 20/04/2023
- Field of study
Lung cancer is the leading cause of cancer-associated mortality worldwide1. Here we analysed 1,644 tumour regions sampled at surgery or during follow-up from the first 421 patients with non-small cell lung cancer prospectively enrolled into the TRACERx study. This project aims to decipher lung cancer evolution and address the primary study endpoint: determining the relationship between intratumour heterogeneity and clinical outcome. In lung adenocarcinoma, mutations in 22 out of 40 common cancer genes were under significant subclonal selection, including classical tumour initiators such as TP53 and KRAS. We defined evolutionary dependencies between drivers, mutational processes and whole genome doubling (WGD) events. Despite patients having a history of smoking, 8% of lung adenocarcinomas lacked evidence of tobacco-induced mutagenesis. These tumours also had similar detection rates for EGFR mutations and for RET, ROS1, ALK and MET oncogenic isoforms compared with tumours in never-smokers, which suggests that they have a similar aetiology and pathogenesis. Large subclonal expansions were associated with positive subclonal selection. Patients with tumours harbouring recent subclonal expansions, on the terminus of a phylogenetic branch, had significantly shorter disease-free survival. Subclonal WGD was detected in 19% of tumours, and 10% of tumours harboured multiple subclonal WGDs in parallel. Subclonal, but not truncal, WGD was associated with shorter disease-free survival. Copy number heterogeneity was associated with extrathoracic relapse within 1 year after surgery. These data demonstrate the importance of clonal expansion, WGD and copy number instability in determining the timing and patterns of relapse in non-small cell lung cancer and provide a comprehensive clinical cancer evolutionary data resource
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