45 research outputs found
Plant lectins: the ties that bind in root symbiosis and plant defense
- Author
- A Barre
- A Frenzel
- A Frenzel
- A Gouget
- A Pusztai
- A Sadeghi
- A Venable
- A Vitale
- A Wulf
- AM Hirsch
- AM Hirsch
- Ann M. Hirsch
- B Lefebvre
- B Valot
- B Xia
- BB Bohlool
- C Albrecht
- C Hervé
- C Zipfel
- CA Janeway Jr
- CB McAlvin
- CL Díaz
- CL Díaz
- CM Zmasek
- CV Gegg
- D Nagadhara
- DD Roberts
- DE Mirelman
- DJ Schnell
- DM Gibson
- DR Lerner
- E Fouquaert
- EF Pettersen
- EJM Damme Van
- EJM Damme Van
- EJM Damme Van
- EJM Damme Van
- EM Herman
- F Wen
- FB Dazzo
- FBMB Moreno
- G Felix
- G Kalsi
- GED Oldroyd
- GJ Arason
- GM Edelman
- H Kanzaki
- IV Kardailsky
- J Hamblin
- J Wan
- JD Bendtsen
- JD Jones
- JM Lord
- JR Cohn
- JW Kijne
- K Wearne
- KE Gibson
- L Lioi
- Laurence M. Brill
- LM Brill
- LM Brill
- LM Brill
- M Giollant
- M Melander
- M Robledo
- M Sasabe
- M Schmid
- M Vijayan
- M-T Navarro-Gochicoa
- MA Bauchrowitz
- MA Larkin
- MC Hawes
- ME Etzler
- ME Etzler
- MG Martínez Zamora
- MJ Chrispeels
- MJ Chrispeels
- MJ Robinson
- ML Mishkind
- ML Mishkind
- N Leborgne-Castel
- N Sharon
- N Sharon
- N Sharon
- N Sharon
- NJ Brewin
- NJ Roberts
- OB Garner
- P Rhijn van
- P Rhijn van
- P Rhijn van
- Peter L. De Hoff
- R Loris
- RB Day
- RD Finn
- RR Eijsden Van
- S Banerjee
- S Mandaci
- S Shahidi-Noghabi
- SA McMahon
- SH Barondes
- SP Pull
- SS Komath
- T Fujita
- VA Benedito
- VP Bogoeva
- VS Sreevidya
- WC Boyd
- WF Broekaert
- WJ Peumans
- XJ He
- Publication venue
- Springer-Verlag
- Publication date
- 01/07/2009
- Field of study
Lectins are a diverse group of carbohydrate-binding proteins that are found within and associated with organisms from all kingdoms of life. Several different classes of plant lectins serve a diverse array of functions. The most prominent of these include participation in plant defense against predators and pathogens and involvement in symbiotic interactions between host plants and symbiotic microbes, including mycorrhizal fungi and nitrogen-fixing rhizobia. Extensive biological, biochemical, and molecular studies have shed light on the functions of plant lectins, and a plethora of uncharacterized lectin genes are being revealed at the genomic scale, suggesting unexplored and novel diversity in plant lectin structure and function. Integration of the results from these different types of research is beginning to yield a more detailed understanding of the function of lectins in symbiosis, defense, and plant biology in general
Bacteria-inducing legume nodules involved in the improvement of plant growth, health and nutrition
- Author
- A Abril
- A Arfaoui
- A Arfaoui
- A Bertrand
- A Checcucci
- A Jiménez-Gómez
- A Martinuz
- A Patil
- A Peix
- A Piedade Melo da
- A Rubio-Canalejas
- A Sawana
- A Sy
- A Tavasolee
- A Valverde
- AA Aserse
- AB Cordeiro
- AI Sannazzaro
- Alexandra Diez-Mendez
- Annette A. Angus
- AP Dobritsa
- AP Venter
- AS Soliman
- AZ Htwe
- B Bai
- B Datta
- B Dreyfus
- B Frank
- B McKevith
- BDW Jarvis
- C Bianco
- C Bournaud
- C Brígido
- C Datta
- C Estevez de Jensen
- C Staudinger
- CE Granada
- CG Ren
- D Egamberdieva
- D Egamberdieva
- D Egamberdieva
- D Egamberdieva
- D Lesueur
- D Lynch
- D Mulas
- D Pimentel
- D Saghafi
- D Thakur
- Daniele C. Michel
- DC Gross
- DC Jordan
- Deepshikha Thakur
- DX Lin
- E Conceição Jesus da
- E Martins da Costa
- E Martins da Costa
- E Menéndez
- E Ormeño
- E Velázquez
- E Velázquez
- E Wolde-meskel
- EA Robleto
- EA Robleto
- EA Schwinghamer
- EL Berraho
- EW Triplett
- Fatma Tajini
- FX Nascimento
- FX Nascimento
- FX Nascimento
- FY Hafeez
- G Berg
- G Catroux
- G Crespo Flores
- G Koskey
- G Maynaud
- G Santoyo
- Galina A. Ekimova
- GF Matos de
- GH Dar
- GH Rabie
- GM Garrity
- H Ahnia
- H Antoun
- H Antoun
- H Imen
- H Kumar
- H Kumar
- H Othman
- H Rodríguez
- HA Alikhani
- Hadou Haro
- HJ Conn
- HK Mondal
- HK Tarafder
- HN Patel
- I Challougui
- I Hemissi
- I Ozkoc
- IA Siddiqui
- IC Fatnassi
- J Araújo
- J Araújo
- J Duan
- J Fukami
- J Yadav
- J Yan
- J Yan
- J Zhang
- JC Ge
- JC Tu
- JC Vicario
- JD Flores-Félix
- JD Flores-Félix
- JD Vieira
- JK Ardley
- JL Zurdo-Piñeiro
- JM Vincent
- José-David Flores-Félix
- JP Verma
- JP Verma
- JR Gaiero
- K Das
- K Minamisawa
- K Yuhashi
- KC Carson
- KC Carson
- KZ Tan
- L Boiero
- L Meng
- L Moulin
- L Xu
- L Xu
- LCF Helene
- Leo Eberl
- LK Vargas
- LRN Barros
- M Aamir
- M Ahmad
- M Ahmad
- M Ahmad
- M Elbadry
- M Faghire
- M Hasan
- M Hemid
- M Laranjo
- M Leggett
- M Marcos-García
- M Naveed
- M Priyanka
- M Reitz
- M Saha
- M Sridevi
- M Villar-Igea
- M. E. Trujillo
- MA Qureshi
- Mariangela Hungria
- MG Kohlmeier
- MH Abd-Alla
- MH Hemmat Jou
- ML Gutiérrez-Zamora
- Mohamed Hemida Abd-Alla
- MR El-Akhal
- MS Akhtar
- MS Akhtar
- MW Beijerinck
- N Demissie
- N Malajczuk
- NK Arora
- P Cerezini
- P Gao
- P Gao
- P García-Fraile
- P Lajudie de
- P Nimnoi
- P Remigi
- P Subramanian
- P Vandamme
- P Vejan
- PC Abhilash
- PG Ansari
- PK Singh
- PR Kumar
- PTC Nambiar
- Q Ali
- R Chabot
- R Defez
- R Martínez
- R Mendes
- R Mohamad
- R Prasanna
- R Rivas
- R Rivas
- RA Al-Ani
- RC Dubey
- RF Zhu
- RL Berendsen
- RS Oliveira
- S Bhattacharjee
- S Chandra
- S Dutta
- S Ganesan
- S Gopalakrishnan
- S Kaur
- S Kelemu
- S Khandelwal
- S Reimann
- S Ullah
- S Wdowiak-Wróbel
- SA Mousavi
- SA Mousavi
- SA Omar
- SD Bardin
- SK Dahale
- SM Oliveira Longatti de
- SR Sharma
- Tarekegn Yoseph Samago
- TC Noel
- U Chakraborty
- U Chakraborty
- V Balasundaran
- V Deshwal
- V Khanna
- V Radl
- Validation List no. 107
- VBD Skerman
- VK Deshwal
- W Ma
- W Ma
- W Wright
- W Yuttavanichakul
- WH Chen
- WI Shaban
- WIA Saber
- Wiebke Bünger
- WM Chen
- WM Rangel
- X Gao
- Y Alami
- Y Mabrouk
- Y Wang
- Y Yanni
- YG Yanni
- YG Yanni
- YG Yanni
- YG Yanni
- YS Jiao
- Z Kong
- ZA Siddiqui
- ZR Suárez-Moreno
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2019
- Field of study
Bacteria-inducing legume nodules are known as rhizobia and belong to the class Alphaproteobacteria and Betaproteobacteria. They promote the growth and nutrition of their respective legume hosts through atmospheric nitrogen fixation which takes place in the nodules induced in their roots or stems. In addition, rhizobia have other plant growth-promoting mechanisms, mainly solubilization of phosphate and production of indoleacetic acid, ACC deaminase and siderophores. Some of these mechanisms have been reported for strains of rhizobia which are also able to promote the growth of several nonlegumes, such as cereals, oilseeds and vegetables. Less studied are the mechanisms that have the rhizobia to promote the plant health; however, these bacteria are able to exert biocontrol of some phytopathogens and to induce the plant resistance. In this chapter, we revised the available data about the ability of the legume nodule-inducing bacteria for improving the plant growth, health and nutrition of both legumes and nonlegumes. These data showed that rhizobia meet all the requirements of sustainable agriculture to be used as bio-inoculants allowing the total or partial replacement of chemicals used for fertilization or protection of crops
A922 Sequential measurement of 1 hour creatinine clearance (1-CRCL) in critically ill patients at risk of acute kidney injury (AKI)
- Author
- Abbott TE
- Abdallah RI
- Abdel-Aal IR
- Abdelmonem SA
- Abdo WF
- Abellan AN
- Abellán AN
- Abellán AN
- Abellán AN
- Abrams ST
- Ackerley C
- Acuña M
- Adda M
- Adhikari NK
- Adriano G
- Adrie C
- Affatato R
- Affatato R
- Afonso-Rivero D
- Agarossi A
- Agarwal LK
- Ageeva T
- Agrawal R
- Aguayo-DeHoyos E
- Aguilar AL
- Aguilar-Alonso E
- Aguilar-Alonso E
- Aguilar-Alonso E
- Aguirregabyria M
- Ahmadnia E
- Ahn C
- Ahn JY
- Ahn JY
- Ahn MY
- Ahn MY
- Aitken LM
- Akalaev R
- Akbarzadeh A
- Akcan-Arikan A
- Akhlagh SH
- Akhtar N
- AKI Research Group
- Akiduki N
- Akin S
- Akizuki N
- Akkoc T
- Ala-Kokko T
- Alanio A
- Albaiceta GM
- Albaladejo P
- Alberto F
- Albuisson E
- Alcala MA
- Alcázar L
- Aldabo-Pallas T
- Aldana NN
- Aldecoa C
- Alegría L
- Alejandro R
- Alejo GC
- Alejos RM
- Alexandrova E
- Algarte R
- Algarte R
- Algieri I
- Algora-Weber A
- Alhamdi Y
- Aliaga FA
- Aliberti S
- Alkan A
- Almudena PM
- Almudevar PM
- Almudevar PM
- Almudévar PM
- Altıntas ND
- Alvarez J
- Alves SC
- Alzola LM
- Amargianitakis V
- Amaro R
- Amato MB
- Ambler M
- Amerongen MP
- Amininejad T
- Amor LL
- Amorim V
- Anand RK
- Andersen LW
- Andersson S
- Andoh K
- Andrade AH
- Andrade AH
- Andrade AH
- Andrade G
- Andreis DT
- Andreis DT
- Annane D
- Antonelli M
- Antoniadou A
- Antonio C
- Antonucci E
- Antón DG
- Anzueto A
- Appiani F
- Aquevedo A
- Aragon C
- Araujo NJ
- Araujo VF
- ARIAM registry of adult cardiac surgery
- ARIAM-ANDALUCIA
- Arias CC
- Arias N
- Arias-Verdu MD
- Arias-Verdu MD
- Arias-Verdu MD
- Armaganidis A
- Arora MK
- Arora N
- Arrigo M
- Arslantas MK
- Artiguenave M
- Aslanian P
- Aspide R
- Asyralyyeva G
- Ataman S
- Ataman S
- Atchade E
- Atchade E
- Atchasiri S
- Athapattu P
- Atkins G
- Aublanc M
- Aublanc M
- Augustin P
- Augustin P
- Auquier P
- Avilés-Jurado FX
- Avramidis V
- Ayala LY
- Aydin M
- Azevedo JC
- Azevedo JR
- Aznar GP
- Babalis D
- Babini G
- Bachli EB
- Bader A
- Bader A
- Baena J
- Baidya DK
- Baikova VN
- Bakker J
- Balcázar LC
- Balcázar LC
- Baldassarri R
- Baldwin CE
- Balik M
- Ball I
- Ballin A
- Balsera B
- Banderas-Bravo ME
- Banderas-Bravo ME
- Bandert A
- Bangstad IL
- Baptista N
- Baquero JD
- Barbadillo S
- Barberet G
- Barberet G
- Barberet G
- Barbier J
- Barcenilla F
- Barea-Mendoza JA
- Barinas OD
- Baron AV
- Barrachina LG
- Barral M
- Basile-Filho A
- Bassi GL
- Bates D
- Battistini M
- Bauer M
- Bauer PR
- Baumstarck K
- Baumstarck K
- Bawin M
- Bazan N
- Bañeras J
- Beane A
- Beduneau G
- Beduneau G
- Beduneau G
- Beeharry SD
- Beerepoot M
- Begzjav T
- Beishuizen A
- Bell C
- Belletti A
- Bellissimo-Rodrigues F
- Belloli A
- Bellomo R
- Bellver BQ
- Belmonte R
- Ben-Hamouda N
- Bendel S
- Bendel S
- Benyamina M
- Beretta S
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- Bernal FF
- Berric A
- Berrutti D
- Berthelsen RE
- Bertini P
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- Berto MB
- Besevli SG
- Bestle MH
- Bettex D
- Bettex DA
- Beunders R
- Bhasin D
- Bhattal MK
- Bhide S
- Bianchi I
- Bianchi I
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- Bissenova N
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- Bloomer MJ
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- Blot S
- Blot S
- Boa F
- Bobi Q
- Bodingbauer M
- Bodí M
- Boer C
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- CAPCRI Study
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- Castañeda DP
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- Cauwenberghs H
- Cavalcanti D
- Cavalheiro AM
- Cavalier E
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- Champigneulle B
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- Chen GQ
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- Chhor V
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- Chiappa C
- Chiou KR
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- Chiu LC
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- Chiurazzi C
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- Cho YJ
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- Chou W
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- Christopher KB
- Chrétien JM
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- Cinnella G
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- Clemente EA
- Clermont G
- Cleyet M
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- Colaprico A
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- Collange O
- Colombo A
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- Combes A
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- Constan A
- Constan A
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- Contreras KM
- Contreras MR
- Cook DJ
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- Cordeiro CP
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- Cordovilla-Guardia S
- Cordón J
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- Cotoia A
- Cottini SR
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- Cuellar AI
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- Cunha MM
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- Curiel-Balsera E
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- Curtis A
- Cuthbertson BH
- Cutuli SL
- Câmara M
- D'Arsigny C
- da Silva SL
- da Silva VZ
- Daga-Ruiz D
- Dalhuisen A
- Dalorzo M
- Damas P
- Dambrosio M
- Damås JK
- Das Neves A
- David H
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- Day A
- de Abreu MG
- De Backer A
- De Brito-Ashurst I
- De Cassai A
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- De Gasperi A
- de Hoyos EA
- De la Calle-Pedrosa N
- de la Fuente MV
- De La Fuente-Martos C
- De La Fuente-Martos C
- De La Rica AS
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- de Molina FJ
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- De Pascale G
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- de Vera AP
- de Wilde W
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- Deblier I
- DeBrunnar R
- Del Arco A
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- Del Rosario CG
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- Demoule A
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- Der Kinderen EP
- Descotte E
- Deshpande K
- Desmard M
- Desmard M
- Deveugele M
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- Di Gravio V
- Di Gregorio A
- Di Mussi R
- Di Rosso R
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- Dilek M
- Dilly MP
- Dima E
- Dimitroulakis K
- Dimitrov BD
- Dimitrov BD
- Dimopoulou IK
- Dinh A
- Divatia JV
- Dixon J
- Doganci M
- Doglia JA
- Doherty P
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- Dominguez JP
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- Doorduin J
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- Dos Reis Miranda D
- Dos Santos HP
- Dougall PC
- Doyle J
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- Drover J
- Duarte R
- Dubois EA
- Dubrawski A
- Dubó S
- Dudas G
- Dudoignon E
- Dumas F
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- Durand M
- Durovray JD
- Durrant J
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- Díaz E
- Díaz JJ
- Díaz M
- Díaz PV
- Dünser MW
- E Silva ZC
- E YY
- Ebeling G
- Echeverri JE
- Echeverría JG
- Ediboglu O
- Ediboglu O
- Egea-Guerero JJ
- Egginton JS
- Egi M
- El Adawy AS
- El Hamid MA
- El Hossainy R
- El Sayed E
- El Sayed F
- El Sayed I
- El-Hamamsy M
- El-Keraie A
- Eladawy S
- Elbers PW
- Elgendy M
- Eliet J
- Emmanuel J
- Emmerich M
- Encina B
- Endacott R
- Endacott R
- Engelberts D
- ENVIN-HELICS Study Group
- Erb J
- Erdogan M
- Eroles AA
- Escalada SH
- Escalada SH
- Escoval A
- Escribá A
- Escórcio S
- Eslami S
- Espinasse F
- Espinel E
- Estagnasie P
- Esteban A
- Estella A
- Estenssoro E
- Evelein-Brugman S
- Facchin F
- Faivre V
- Fang M
- Fanzaghi P
- Farias P
- Faulds MC
- Fave G
- Feehan A
- Feijoo AM
- Feliot E
- Ferez MA
- Fernandes MJ
- Fernandes N
- Fernandez NG
- Fernandez R
- Fernandez-Zamora MD
- Fernández IF
- Fernández L
- Fernández MV
- Fernández PA
- Fernández-Barat L
- Fernández-Mondéjar E
- Fernández-Ortega JF
- Ferraz AB
- Ferrero-Calleja J
- Ferri F
- Ferry A
- Ferré A
- Ferrón FR
- Ferrón FR
- Fiks T
- Fiks T
- Fileković S
- Filho CA
- Filho CA
- Filho CA
- Filipe E
- FINNRESUSCI Study Group
- Fischer G
- Fleischmann E
- Fless K
- Floccard B
- Flowers E
- Follin A
- Follin A
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- Fontaiña LP
- Fontana V
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- Frantzeskaki F
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- Frat JP
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- Freile MT
- Frenzel T
- Frigeni B
- Frithiof R
- Fritz C
- FROG ICU Investigators
- Fromentin M
- Frontera PR
- Fuentes M
- Fumagalli F
- Fumagalli F
- Fumis RR
- Fushimi K
- Gabán-Díez Á
- Gadgil S
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- Gaizauskas E
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- Gallego-Corpa AI
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- Gando S
- Gando S
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- Gandolfi S
- Ganuza MS
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- Garcia M
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- Garcia-Alvarez JM
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- Garcia-Delgado M
- Garcia-Gigorro R
- García MF
- García-Martínez MV
- García-Olivares P
- Garnacho-Montero J
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- Garrido EM
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- Gasparovic V
- Gattinoni L
- Gaudard P
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- Gavrychenko D
- Gayat E
- Geantot MA
- Gemmell L
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- Genc D
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- Geri G
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- Gherli T
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- Giannantonio M
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- Giesinger RE
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- Gimenez J
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- Glogoski MZ
- Gobert F
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- Godoy K
- Goldsworthy M
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- Gommers D
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- Goodwin S
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- Granillo JF
- Grassi L
- Grasso S
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- Haniffa R
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- Hayakawa M
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- Hayakawa M
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- Hernandis V
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- Jardim JJ
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- JSEPTIC (Japanese Society of Education for Physicians and Trainees in Intensive Care) Clinical Trial Group
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- Kleinpell R
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- Riera SQ
- Rigal R
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- Riozzi P
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- Ristagno G
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- Rizoli S
- Rizos M
- Roasio A
- Robaglia D
- Robert R
- Robles CM
- Roca JM
- Rocha LL
- Rodrigues DP
- Rodrigues NJ
- Rodriguez A
- Rodriguez P
- Rodriguez-Biendicho A
- Rodriguez-Fernandez S
- Rodríguez FG
- Roesthuis L
- Rogero S
- Rolin N
- Rolla F
- Rolland-Debord C
- Romero DG
- Romero I
- Romero JC
- Romero JC
- Romero JC
- Romero JC
- Romeu JD
- Rood PJ
- Ros Martínez J
- Rosario LE
- Rosario LE
- Rosario LE
- Rosario LE
- Rosario LE
- Rosario LE
- Rossetti AO
- Rossi S
- Rossini P
- Rosstalnaya A
- Rota L
- Roth GA
- Rottoli MR
- Rotzel HB
- Rousseau AF
- Routsi C
- Rouw N
- Rouzé A
- Rowlerson A
- Ruberto F
- Rubiera M
- Rubio RJ
- Rudiger A
- Ruffini C
- Ruffini C
- Ruijter A
- Ruiz A
- Ruiz BL
- Ruiz FC
- Ruiz J
- Ruiz-Ramos J
- Ruiz-Rodriguez JC
- Ruiz-Rodríguez JC
- Ruiz-Ruano RDEL
- Runge I
- Runge I
- Runge I
- Rutherford WB
- Rutten AM
- Rydingsward JE
- Saadat F
- Sabetian G
- Sabeļņikovs O
- Sabirov D
- Sadamoto Y
- Sadamoto Y
- Sadamoto Y
- Saeed S
- Saha T
- Saigal S
- Saito M
- Saito N
- Saitou N
- Sakai Y
- Sakieva FI
- Sakuma M
- Sakuraya M
- Sales G
- Salgado DR
- Salluh J
- Sampath S
- Sampath S
- Sampley S
- Sampson D
- Samuels T
- Samy W
- Sanchez A
- Sanchez JA
- Sanchez-Orézzoli MG
- Sandiumenge A
- Sandiumenge A
- Sandroni C
- Sani D
- Santacruz C
- Santana JD
- Santana JD
- Santana MC
- Santana MC
- Santana PS
- Santana PS
- Santana SR
- Santana SR
- Santiago AI
- Santiago AI
- Santos F
- Sanui M
- Sanz ER
- Sanz ER
- Sanz ER
- Sanz ER
- Sanz ER
- Sanz ER
- Sanz NM
- Sanz NM
- Sanz NM
- Sato K
- Savi C
- Savin I
- Savvidou S
- Sawamura A
- Sawamura A
- Sawamura A
- Sawamura A
- Scala S
- Scales DC
- Scanziani E
- Scanziani E
- Schaller SJ
- Schlaepfer P
- Schleifer J
- Schmid RM
- Schmidt M
- Schneider AG
- Schoenenberger JA
- Schortgen F
- Schortgen F
- Schortgen F
- Schröder T
- Schuepbach R
- Schultz MJ
- Schultz MJ
- Schwarz C
- Schwarze S
- Schwerdtfeger K
- Sciurti R
- Scott SH
- Sedlák P
- Seemann R
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- Seldon T
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- Sesana G
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- Shah H
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- Sheils MA
- Shekerdemian LS
- Shekerdemian LS
- Sherif H
- Shi ZH
- Shimanskiy V
- Shimony JS
- Shin WJ
- Shin WJ
- Shinotsuka CR
- Shlyk I
- Shu CW
- Shuinotsuka C
- Shum HP
- Shum HP
- Sibley S
- Siddiqui SS
- Sidhu P
- Sigcha MS
- Sigera CS
- Signouret T
- Sigurta A
- Silva G
- Silva JC
- Silva JG
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- Similowski T
- Simoes CM
- Simon G
- Simsir M
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- Simón IF
- Simón JM
- Simón JM
- Singer L
- Singer M
- Singer M
- Singer M
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- Sipylaite J
- Sirisena N
- Sirvent JM
- Siu K
- Sjövall F
- Skinner L
- Skrak P
- Skrifvars M
- Skrifvars MB
- Smekal D
- Snelson C
- Snyder AZ
- Sobhanian S
- Soeffker G
- Soilemezi E
- Soilemezi E
- Soilemezi E
- Sokolova E
- Solanki S
- Soler EA
- Solligård E
- Solé-Violán J
- Somhorst P
- Son Y
- Song I
- Song JG
- Song JG
- Song JW
- Song YG
- Song YG
- Sonneville R
- Sosa M
- Sossou A
- Sousa SC
- Soussi S
- Souza VA
- Spadaro S
- Spadaro S
- Spahn DR
- Spatenkova V
- Spazzadeschi A
- Spijkstra JJ
- Spronk PE
- Spronk PE
- Sprung CL
- St George’s University of London
- Stamm J
- Stamouli M
- Stanić R
- Starczewska M
- Staszewsky L
- Stauffert N
- Stella A
- Stephens T
- Stiphout C
- Stocchetti N
- Stocchetti N
- Stougianni M
- Street H
- Stretti F
- Struijs A
- Stubbs C
- Stubbs C
- Student Research Committee - Shiraz University of Medical Sciences
- Stümpfle R
- Stümpfle R
- Su F
- Su L
- Su PL
- Su PL
- Suchomel P
- Suh GJ
- Suh GJ
- Suh GJ
- Suh GY
- Suh JW
- Sullivan E
- Sun WZ
- Sun XM
- Sung D
- Suwanpasu S
- Suzuki S
- Suzuki T
- Swart M
- Sy O
- Sydow K
- Sylla P
- Sáez VC
- Sánchez B
- Sánchez B
- Sánchez EC
- Sánchez MJ
- Sánchez MJ
- Sánchez MJ
- Sánchez MJ
- Sánchez MJ
- Sánchez MJ
- Sánchez PC
- Sánchez PC
- Sánchez-Elvira LA
- Tabatabaei HR
- Tabei SH
- Taccone F
- Taccone FS
- Taccone FS
- Taccone FS
- Taccone FS
- Taccone FS
- Taccone FS
- Taccone FS
- Taggu A
- Taggu A
- Takahashi H
- Takaki S
- Takaki S
- Takeda M
- Takeda M
- Takei T
- Takei T
- Talan L
- Tamura T
- Tanaka H
- Tanaka S
- Tanaka S
- Tane N
- Tang KB
- Tang LK
- Tapia A
- Tapponnier R
- Tapponnier R
- Tapponnier R
- Tarabrin O
- Tarabrin P
- Tavazzi G
- Tavazzi G
- Teboul JL
- Telli S
- Temprano-Gómez I
- Tena SA
- Tencé N
- Terzi N
- Terzi N
- Terzi N
- Terzi N
- Thabut G
- Thabut G
- Theodorakopoulou M
- Thies P
- Thilakasiri MC
- Thomas B
- Thompson E
- Thévenin D
- Tiainen M
- Timsit JF
- Tirkkonen J
- Tirumala S
- Tjepkema-Cloostermans MC
- Tobar M
- Tofiño AL
- Toh CH
- Tokyo Womens Medical University
- Tomas E
- Tomas E
- Tomic I
- Tominaga N
- Tomás MA
- Tonelotto BF
- Tonetti T
- Tonetti T
- Topcu L
- Tormos P
- Torner MM
- Torner MM
- Torrance HD
- Torrent RL
- Torrent RL
- Torres A
- Torres E
- Torres JC
- Torriglia F
- Torriglia F
- Torriglia F
- Torsvik M
- Tosi F
- Touratier S
- Touw HR
- Toval S
- Tran N
- Trapp O
- Travierso C
- Travieso PM
- Traynor T
- Trefler S
- Trenado J
- Trenado J
- Treso-Geira M
- Trifan B
- Triulzi F
- Troeltzsch M
- Troncoso I
- Trouiller P
- Tseng CJ
- Tsirigotis P
- Tsukahara K
- Tsunano Y
- Tsunoda M
- Tsunoda M
- Tsutui T
- Tucci MR
- Tudor BA
- Tuinman PR
- Tullo L
- Turel M
- Turon R
- Twisk JW
- Törnblom S
- Ugawa T
- Ujike Y
- Ulla DV
- Ullman A
- Unal M
- Urbanaviciute I
- Uriona S
- Urli T
- Usón MC
- Vaahersalo J
- Vaara S
- Vaid N
- Vakalos A
- Valbuena BL
- Valbuena BL
- Valeiras-Valero A
- Vallecoccia MS
- Vallejo-Báez J
- Vallverdu M
- Vallverdu M
- Vallverdú I
- Vallés J
- van den Boogaard M
- van der Heiden ES
- van der Hoeven JG
- van der Hoeven JG
- van der Voort PH
- van Galen T
- van Ieperen SN
- Van Logten T
- van Nes M
- van Putten MJ
- van Thiel RJ
- van Wijk A
- Vandijck D
- Vaneker I
- Vanhuyse F
- Vaporidi K
- Vaquerizo C
- Varas GM
- Varas JL
- Varea MM
- Vargiolu A
- Varma A
- Varpula T
- Vatsik MV
- Vazquez D
- Vedage D
- Vega LM
- Veigas P
- Vela JL
- Velasquez T
- Venkatesan K
- Venn R
- Venn R
- Venot M
- Venrdramin A
- Ventura-Rosado A
- Vergani G
- Verginella F
- Verhaeghe R
- Verhage R
- Vermeir P
- Veronesi M
- Vezzani A
- Vezzani A
- Vianna G
- Viciana R
- Vidal A
- Vidal MV
- Vidal MV
- Viegas E
- Vieillard-Baron A
- Vieira JE
- Viera MA
- Viera MA
- Vigne C
- Villa G
- Villa P
- Villalba D
- Villamizar PR
- Villamizar PR
- Villanova M
- Villard I
- Villarreal E
- Villarreal E
- Vincent B
- Vincent JL
- Vincent JL
- Vincent JL
- Vincent JL
- Vincent JL
- Vincent JL
- Vincent JL
- Vinje LJ
- Vinsonneau C
- Vitaller S
- Vittone F
- Vogelaers D
- Voiriot G
- Volker T
- Volta CA
- Volta CA
- Vondrakova D
- Vondrakova D
- Vondrakova D
- Vong LV
- Vourli S
- Vrettou C
- Vucic M
- Vázquez CF
- Vázquez CF
- Wada T
- Wada T
- Wada T
- Wada T
- Waldauf P
- Wand S
- Wang CH
- Wang H
- Wann SR
- Wann SR
- Wann SR
- Wann SR
- Wathanawatthu T
- Wee S
- Welte T
- Welters I
- Wetz A
- Weyer CM
- White C
- Wiesner O
- Wijayatilake DS
- Wildenberg L
- Wilks M
- Wilson ME
- WIND study group
- WIND study group
- WIND study group
- Winder-Rhodes S
- Witter T
- Wolf M
- Wolff M
- Wong Y
- Wood B
- Wood CA
- Wood D
- Wood M
- Wray J
- Xie Z
- Xini A
- Xini A
- Xiol EA
- Xu M
- Yager T
- Yaguchi A
- Yaguchi A
- Yamaguchi O
- Yamaguchi O
- Yamaguchi Y
- Yamaguchi Y
- Yamamoto H
- Yamamoto N
- Yaman G
- Yamashita K
- Yamazaki A
- Yan WW
- Yan WW
- Yang JH
- Yang JS
- Yang YL
- Yasuda H
- Yatabe T
- Yebenes JC
- Yeh YC
- Yemets H
- Yergaliyeva A
- Yılmaz G
- Yilmazer F
- Yodice P
- Yokoyama M
- Yonis H
- Yonis H
- Yonis H
- Yoon SZ
- Yoruk F
- Yoshida K
- Yoshida T
- Yoshida T
- Yoshida T
- Yoshida T
- Yoshihiro S
- Yoshitake E
- You KM
- Youn AM
- Young A
- Yu KM
- Yumoto T
- Yuzawa J
- Yuzawa J
- Zabaletta WJ
- Zabini D
- Zahorec M
- Zaien I
- Zakynthinos S
- Zanello M
- Zani D
- Zarantonello F
- Zayas B
- Zepeda EM
- Zeroual N
- Zerva L
- Zhang J
- Zhou JC
- Zhou JC
- Zhou JX
- Zhovnir V
- Zibandah N
- Zijlstra F
- Zimmerman J
- Zogheib E
- Zogheib E
- Zogheib E
- Zullino V
- Zwaag J
- Zýková I
- Álvarez JT
- Álvarez-Lerma F
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2016
- Field of study
Meeting abstrac
ALICE Collaboration
- Author
- Acharya S
- Acosta FT
- Adamová D
- Adolfsson J
- Aggarwal MM
- Aglieri Rinella G
- Agnello M
- Agrawal N
- Ahammed Z
- Ahn SU
- Aiola S
- Akindinov A
- Al-Turany M
- Alam SN
- Albuquerque DSD
- Aleksandrov D
- Alessandro B
- Alfaro Molina R
- Ali Y
- Alici A
- Alkin A
- Alme J
- Alt T
- Altenkamper L
- Altsybeev I
- Anaam MN
- Andrei C
- Andreou D
- Andrews HA
- Andronic A
- Angeletti M
- Anguelov V
- Anson C
- Antinori F
- Antičić T
- Antonioli P
- Anwar R
- Apadula N
- Aphecetche L
- Appelshäuser H
- Arcelli S
- Arnaldi R
- Arnold OW
- Arratia M
- Arsene IC
- Arslandok M
- Augustinus A
- Averbeck R
- Azmi MD
- Badalà A
- Baek YW
- Bagnasco S
- Bailhache R
- Bala R
- Baldisseri A
- Ball M
- Baral RC
- Barbano AM
- Barbera R
- Barile F
- Barioglio L
- Barnaföldi GG
- Barnby LS
- Barret V
- Bartalini P
- Barth K
- Bartsch E
- Bastid N
- Basu S
- Batigne G
- Batyunya B
- Batzing PC
- Bazo Alba JL
- Bearden IG
- Beck H
- Bedda C
- Behera NK
- Belikov I
- Bellini F
- Bello Martinez H
- Bellwied R
- Beltran LGE
- Belyaev V
- Bencedi G
- Beole S
- Bercuci A
- Berdnikov Y
- Berenyi D
- Bertens RA
- Berzano D
- Betev L
- Bhaduri PP
- Bhasin A
- Bhat IR
- Bhatt H
- Bhattacharjee B
- Bhom J
- Bianchi A
- Bianchi L
- Bianchi N
- Bielčík J
- Bielčíková J
- Bilandzic A
- Biro G
- Biswas R
- Biswas S
- Blair JT
- Blau D
- Blume C
- Boca G
- Bock F
- Bogdanov A
- Boldizsár L
- Bombara M
- Bonomi G
- Bonora M
- Borel H
- Borissov A
- Borri M
- Botta E
- Bourjau C
- Bratrud L
- Braun-Munzinger P
- Bregant M
- Broker TA
- Broz M
- Brucken EJ
- Bruna E
- Bruno GE
- Budnikov D
- Buesching H
- Bufalino S
- Buhler P
- Buncic P
- Busch O
- Buthelezi Z
- Butt JB
- Buxton JT
- Cabala J
- Caffarri D
- Caines H
- Caliva A
- Calvo Villar E
- Camacho RS
- Camerini P
- Capon AA
- Carena F
- Carena W
- Carnesecchi F
- Castillo Castellanos J
- Castro AJ
- Casula EAR
- Ceballos Sanchez C
- Chandra S
- Chang B
- Chang W
- Chapeland S
- Chartier M
- Chattopadhyay S
- Chattopadhyay S
- Chauvin A
- Cheshkov C
- Cheynis B
- Chibante Barroso V
- Chinellato DD
- Cho S
- Chochula P
- Chowdhury T
- Christakoglou P
- Christensen CH
- Christiansen P
- Chujo T
- Chung SU
- Cicalo C
- Cifarelli L
- Cindolo F
- Cleymans J
- Colamaria F
- Colella D
- Collu A
- Colocci M
- Concas M
- Conesa Balbastre G
- Conesa del Valle Z
- Contreras JG
- Cormier TM
- Corrales Morales Y
- Cortese P
- Cosentino MR
- Costa F
- Costanza S
- Crkovská J
- Crochet P
- Cuautle E
- Cunqueiro L
- Dahms T
- Dainese A
- Damas FPA
- Dani S
- Danisch MC
- Danu A
- Das D
- Das I
- Das S
- Dash A
- Dash S
- De Caro A
- de Cataldo G
- de Conti C
- de Cuveland J
- De Falco A
- De Gruttola D
- De Marco N
- De Pasquale S
- De Souza RD
- De S
- Degenhardt HF
- Deisting A
- Deloff A
- Delsanto S
- Deplano C
- Dhankher P
- Di Bari D
- Di Mauro A
- Di Ruzza B
- Diaz RA
- Dietel T
- Dillenseger P
- Ding Y
- Divià R
- Djuvsland Ø
- Dobrin A
- Domenicis Gimenez D
- Dordic O
- Dubey AK
- Dubla A
- Ducroux L
- Dudi S
- Duggal AK
- Dukhishyam M
- Dupieux P
- Dönigus B
- Ehlers RJ
- Elia D
- Endress E
- Engel H
- Epple E
- Erazmus B
- Erhardt F
- Erokhin A
- Ersdal MR
- Espagnon B
- Eulisse G
- Eum J
- Evans D
- Evdokimov S
- Fabbietti L
- Faggin M
- Faivre J
- Fantoni A
- Fasel M
- Feldkamp L
- Feliciello A
- Feofilov G
- Fernández Téllez A
- Ferretti A
- Festanti A
- Feuillard VJG
- Figiel J
- Figueredo MAS
- Filchagin S
- Finogeev D
- Fionda FM
- Fiorenza G
- Flor F
- Floris M
- Foertsch S
- Foka P
- Fokin S
- Fragiacomo E
- Francescon A
- Francisco A
- Frankenfeld U
- Fronze GG
- Fuchs U
- Furget C
- Furs A
- Fusco Girard M
- Gaardhøje JJ
- Gagliardi M
- Gago AM
- Gajdosova K
- Gallio M
- Galvan CD
- Ganoti P
- Garabatos C
- Garcia-Solis E
- Garg K
- Gargiulo C
- Garner K
- Gasik P
- Gauger EF
- Gay Ducati MB
- Germain M
- Ghosh J
- Ghosh P
- Ghosh SK
- Gianotti P
- Giubellino P
- Giubilato P
- Glässel P
- Gomez Ramirez A
- Goméz Coral DM
- Gonzalez V
- González-Zamora P
- Gorbunov S
- Gotovac S
- Grabski V
- Graczykowski LK
- Graham KL
- Greiner L
- Grelli A
- Grigoras C
- Grigoriev V
- Grigoryan A
- Grigoryan S
- Gronefeld JM
- Grosa F
- Grosse-Oetringhaus JF
- Grosso R
- Guernane R
- Guerzoni B
- Guittiere M
- Gulbrandsen K
- Gunji T
- Gupta A
- Gupta R
- Guzman IB
- Görlich L
- Haake R
- Habib MK
- Hadjidakis C
- Hamagaki H
- Hamar G
- Hamid M
- Hamon JC
- Hannigan R
- Haque MR
- Harlenderova A
- Harris JW
- Harton A
- Hassan H
- Hatzifotiadou D
- Hauer P
- Hayashi S
- Heckel ST
- Hellbär E
- Helstrup H
- Herghelegiu A
- Hernandez EG
- Herrera Corral G
- Herrmann F
- Hetland KF
- Hilden TE
- Hillemanns H
- Hills C
- Hippolyte B
- Hohlweger B
- Horak D
- Hornung S
- Hosokawa R
- Hota J
- Hristov P
- Huang C
- Hughes C
- Huhn P
- Humanic TJ
- Hushnud H
- Hussain N
- Hussain T
- Hutter D
- Hwang DS
- Iddon JP
- Iga Buitron SA
- Ilkaev R
- Inaba M
- Ippolitov M
- Islam MS
- Ivanov M
- Ivanov V
- Izucheev V
- Jacak B
- Jacazio N
- Jacobs PM
- Jadhav MB
- Jadlovska S
- Jadlovsky J
- Jaelani S
- Jahnke C
- Jakubowska MJ
- Janik MA
- Jena C
- Jercic M
- Jevons O
- Jimenez Bustamante RT
- Jin M
- Jones PG
- Jusko A
- Kalinak P
- Kalweit A
- Kang JH
- Kaplin V
- Kar S
- Karasu Uysal A
- Karavichev O
- Karavicheva T
- Karczmarczyk P
- Karpechev E
- Kebschull U
- Keidel R
- Keijdener DLD
- Keil M
- Ketzer B
- Khabanova Z
- Khan AM
- Khan S
- Khan SA
- Khanzadeev A
- Kharlov Y
- Khatun A
- Khuntia A
- Kielbowicz MM
- Kileng B
- Kim B
- Kim D
- Kim DJ
- Kim EJ
- Kim H
- Kim J
- Kim JS
- Kim M
- Kim S
- Kim T
- Kim T
- Kirsch S
- Kisel I
- Kiselev S
- Kisiel A
- Klay JL
- Klein C
- Klein J
- Klein-Bösing C
- Klewin S
- Kluge A
- Knichel ML
- Knospe AG
- Kobdaj C
- Kofarago M
- Kollegger T
- Kondratyeva N
- Kondratyuk E
- Konevskikh A
- Konopka PJ
- Konyushikhin M
- Koska L
- Kovalenko O
- Kovalenko V
- Kowalski M
- Kravčáková A
- Kreis L
- Krivda M
- Krizek F
- Kryshen E
- Krzewicki M
- Králik I
- Krüger M
- Kubera AM
- Kuhn C
- Kuijer PG
- Kumar J
- Kumar L
- Kumar S
- Kundu S
- Kurashvili P
- Kurepin A
- Kurepin AB
- Kuryakin A
- Kushpil S
- Kučera V
- Kvapil J
- Kweon MJ
- Kwon Y
- Köhler MK
- La Pointe SL
- La Rocca P
- Lai YS
- Lakomov I
- Langoy R
- Lapidus K
- Lardeux A
- Larionov P
- Laudi E
- Lavicka R
- Lea R
- Leardini L
- Lee S
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- Muhuri S
- Mukherjee M
- Mulligan JD
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- Musa L
- Musinsky J
- Myers CJ
- Myrcha JW
- Mühlheim D
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- Riggi F
- Ristea C
- Rode SP
- Rodríguez Cahuantzi M
- Rogalev R
- Rogochaya E
- Rohr D
- Rokita PS
- Ronchetti F
- Rosas ED
- Roslon K
- Rosnet P
- Rossi A
- Rotondi A
- Roukoutakis F
- Roy C
- Roy P
- Rueda OV
- Rui R
- Rumyantsev B
- Rustamov A
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- Ryabov Y
- Rybicki A
- Räsänen SS
- Röhrich D
- Røed K
- Saarinen S
- Sadhu S
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- Saha SK
- Sahoo B
- Sahoo P
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- Sahoo S
- Sahu PK
- Saini J
- Sakai S
- Saleh MA
- Sambyal S
- Samsonov V
- Sandoval A
- Sarkar A
- Sarkar D
- Sarkar N
- Sarma P
- Sas MHP
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- Scarlassara F
- Schaefer B
- Scheid HS
- Schiaua C
- Schicker R
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- Schmidt HR
- Schmidt M
- Schmidt MO
- Schmidt NV
- Schukraft J
- Schutz Y
- Schwarz K
- Schweda K
- Scioli G
- Scomparin E
- Seger JE
- Sekiguchi Y
- Sekihata D
- Selyuzhenkov I
- Senyukov S
- Serradilla E
- Sett P
- Sevcenco A
- Shabanov A
- Shabetai A
- Shahoyan R
- Shaikh W
- Shangaraev A
- Sharma A
- Sharma A
- Sharma M
- Sharma N
- Sheikh AI
- Shigaki K
- Shimomura M
- Shirinkin S
- Shou Q
- Shtejer K
- Sibiriak Y
- Siddhanta S
- Sielewicz KM
- Siemiarczuk T
- Silvermyr D
- Simatovic G
- Simonetti G
- Singaraju R
- Singh R
- Singh R
- Singhal V
- Sinha T
- Sitar B
- Sitta M
- Skaali TB
- Slupecki M
- Smirnov N
- Snellings RJM
- Snellman TW
- Sochan J
- Soncco C
- Song J
- Soramel F
- Sorensen S
- Sozzi F
- Sputowska I
- Stachel J
- Stan I
- Stankus P
- Stenlund E
- Stocco D
- Storetvedt MM
- Strmen P
- Suaide AAP
- Sugitate T
- Suire C
- Suleymanov M
- Suljic M
- Sultanov R
- Sumowidagdo S
- Suzuki K
- Swain S
- Szabo A
- Szarka I
- Tabassam U
- Takahashi J
- Tambave GJ
- Tanaka N
- Tarhini M
- Tarzila MG
- Tauro A
- Tejeda Muñoz G
- Telesca A
- Terrevoli C
- Teyssier B
- Thakur D
- Thakur S
- Thomas D
- Thoresen F
- Tieulent R
- Tikhonov A
- Timmins AR
- Toia A
- Topilskaya N
- Toppi M
- Torres SR
- Tripathy S
- Trogolo S
- Trombetta G
- Tropp L
- Trubnikov V
- Trzaska WH
- Trzcinski TP
- Trzeciak BA
- Tsuji T
- Tumkin A
- Turrisi R
- Tveter TS
- Ullaland K
- Umaka EN
- Uras A
- Usai GL
- Utrobicic A
- Vala M
- van Doremalen LVR
- Van Hoorne JW
- van Leeuwen M
- Vande Vyvre P
- Varga D
- Vargas A
- Vargyas M
- Varma R
- Vasileiou M
- Vasiliev A
- Vauthier A
- Vechernin V
- Veen AM
- Vercellin E
- Vergara Limón S
- Vermunt L
- Vernet R
- Vickovic L
- Viinikainen J
- Vilakazi Z
- Villalobos Baillie O
- Villatoro Tello A
- Vinogradov A
- Virgili T
- Vislavicius V
- Vodopyanov A
- Voloshin K
- Voloshin SA
- Volpe G
- von Haller B
- Vorobyev I
- Voscek D
- Vranic D
- Vrláková J
- Vázquez Doce O
- Vértesi R
- Völkl MA
- Wagner B
- Wang H
- Wang M
- Watanabe Y
- Weber M
- Weber SG
- Wegrzynek A
- Weiser DF
- Wenzel SC
- Wessels JP
- Westerhoff U
- Whitehead AM
- Wiechula J
- Wikne J
- Wilk G
- Wilkinson J
- Willems GA
- Williams MCS
- Willsher E
- Windelband B
- Witt WE
- Xu R
- Yalcin S
- Yamakawa K
- Yano S
- Yin Z
- Yokoyama H
- Yoo I-K
- Yoon JH
- Yurchenko V
- Zaccolo V
- Zaman A
- Zampolli C
- Zanoli HJC
- Zardoshti N
- Zarochentsev A
- Zaviyalov N
- Zbroszczyk H
- Zhalov M
- Zhang X
- Zhang Y
- Zhang Z
- Zhao C
- Zherebchevskii V
- Zhigareva N
- Zhou D
- Zhou Y
- Zhou Z
- Zhu H
- Zhu J
- Zhu Y
- Zichichi A
- Zimmermann MB
- Zinovjev G
- Zmeskal J
- Zou S
- Závada P
- Šafařík K
- Šefčík M
- Šumbera M
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/02/2019
- Field of study
From inflammaging to healthy aging by dietary lifestyle choices: is epigenetics the key to personalized nutrition?
- Author
- A Berendsen
- A Bird
- A Chmurzynska
- A Deorukhkar
- A El-Osta
- A El-Osta
- A Hinney
- A Jeltsch
- A Link
- A Link
- A Mai
- A Moleres
- A Petronis
- A Plagemann
- A Plagemann
- A Salminen
- A Salminen
- A Santoro
- A Vaquero
- AA Bertelli
- AA Houde
- AA Jackson
- AE Teschendorff
- AG Ladurner
- AL Teh
- AN Thorburn
- AP Bracken
- AT Hauser
- AT Paul
- AV Gasper
- AV Shirodkar
- B Delage
- B Delatte
- B Maher
- B Perillo
- BB Aggarwal
- BB Aggarwal
- BC Christensen
- BP Hubbard
- BT Kawasaki
- BT Seet
- C Beaudoin
- C Blanpain
- C Franceschi
- C Gallou-Kabani
- C Gallou-Kabani
- C Gerhauser
- C Heiss
- C Jin
- C Kontogiorgis
- C Ling
- C Lu
- C López-Otín
- C Manach
- C Manach
- C Manach
- C Manach
- C Roadmap Epigenomics
- CA Cooney
- CC Li
- CE Cho
- CH Arrowsmith
- CL DoAmaral
- CM Guerrero-Bosagna
- CM Ulrich
- CP Wong
- CS Rosenfeld
- D Baylis
- D Brasacchio
- D Feng
- D Holoch
- D Khanna
- D Martínez
- D Milenkovic
- D Münch
- D Pons
- D Schubeler
- D Xia
- DA Schwartz
- DC Dolinoy
- DC Dolinoy
- DC Wallace
- DC Wallace
- DF Romagnolo
- DH Lee
- DJ Barker
- DJ Lowsky
- DM Ruden
- DM Ruden
- DS Paul
- E Barrajon-Catalan
- E Cevenini
- E Kampen van
- E Nilsson
- E Whitelaw
- EJ McAllister
- EJ Radford
- EJ Topol
- EL Greer
- EM Straten van
- EN Bermingham
- EP Chiang
- F Crea
- F Folmer
- F Santa De
- F Sheedfar
- FH Einstein
- FI Milagro
- FI Milagro
- G Almouzni
- G Bistulfi
- G Bonuccelli
- G Chiva-Blanch
- G Hannum
- G Kaati
- G Lund
- G Lund
- G Toperoff
- G Williamson
- GC Burdge
- GC Burdge
- GC Burdge
- GL Gabor Miklos
- H Heyn
- H Heyn
- H Kirchner
- H Kirk
- H Kuniyasu
- H Lehnen
- H Sies
- I Cascorbi
- I Dunham
- IC Weaver
- IP Pogribny
- J Bossche Van den
- J Chang
- J Ernst
- J Ernst
- J Feser
- J Huang
- J Joven
- J Lewandowska
- J Luo
- J Mill
- J Oh
- J Zhao
- J Zhou
- J Zhu
- JA Baur
- JA Kreiling
- JA Law
- JA Menendez
- JC Rathmell
- JE Castillo-Fernandez
- JE Cropley
- JG Wood
- JG Wood
- JJ Waterfall
- JL Rios
- JM Kim
- JM Ordovas
- JR Whittle
- JR Zierath
- JS You
- K Blaschke
- K Falkenberg
- K Ghoshal
- K Helin
- K Szarc vel Szic
- K Tateishi
- KA Lillycrop
- KB Adamo
- KE Wellen
- KJ Dick
- KM Godfrey
- KS Vel Szic
- KT Howitz
- KV Morris
- L Altucci
- L Attig
- L Bouchard
- L Chouliaras
- L Wang
- L Yang
- LE Wu
- LF Gaal Van
- LH Lumey
- LM Villeneuve
- M Christodoulou
- M Esteller
- M Esteller
- M Fang
- M Fuente De la
- M Ivanov
- M Ivanov
- M Ivanov
- M Kamakura
- M Karin
- M Kim
- M Loeffler
- M Miceli
- M Pembrey
- M Susiarjo
- M Wossidlo
- MA Hanson
- MA Reddy
- MA Surani
- MB Vandegehuchte
- MC Oberstadt
- MD Anway
- MD Anway
- ME Blewitt
- ME Figueroa
- MF Fraga
- MF Fraga
- MG Mirisola
- MJ Hitchler
- MJ Hitchler
- ML Groote de
- MM Bellet
- MM Niedzwiecki
- MN Ndlovu
- MP Turunen
- MS Denison
- N Dijsselbloem
- N McCarthy
- NA Kittan
- NA Youngson
- NC Chen
- ND Fisher
- NE Simpson
- O Aguilera
- P Anand
- P Bremner
- P Chi
- P Cordero
- P Hajkova
- P Hunter
- P Riso
- P Sharma
- PA Jones
- PA Jones
- PC Bickford
- PC Tsai
- PD Darbre
- PD Gluckman
- PD Gluckman
- PS Ward
- PW Franks
- Q Tan
- R Barouki
- R Barres
- R Chowdhury
- R Deplus
- R Karemaker
- R Kogo
- R Kucharski
- R Liu
- R Maleszka
- R Teperino
- R Yin
- R Zamora-Ros
- RA Waterland
- RA Waterland
- RA Waterland
- RC Painter
- RD Shytle
- RJ Colman
- RJ Colman
- RJ Wierda
- RL Jirtle
- RL Miller
- RL Schilsky
- RP Arasaradnam
- RR Newbold
- S Assis De
- S Chong
- S Foret
- S Foret
- S Guil
- S Han
- S Imai
- S Katada
- S Maegawa
- S Zaina
- SA Langie
- SA Langie
- SH Ley
- SI Grivennikov
- SK Huang
- SM Langevin
- SW Waldo
- T Dao
- T Eisenberg
- T Eisenberg
- T Roseboom
- T Suzuki
- TA Dayeh
- TA Manolio
- TC Rideout
- TJ Maures
- TJ Wigle
- TM Badger
- TM Murphy
- UE Martinez-Outschoorn
- V Boonsanay
- V Davalos
- V Desgagne
- V Pazienza
- V Sollars
- V Valinluck
- V Valinluck
- VA DeWoskin
- VA Herzog
- VJ Peschansky
- W Vanden Berghe
- W Vanden Berghe
- W Vanden Berghe
- WG Kaelin Jr
- X Guo
- X Li
- X Liu
- X Wang
- X Wang
- X Yang
- XB Zhong
- Y Hu
- Y Jiang
- Y Li
- Y Li
- Y Liu
- YG Zheng
- YJ Surh
- ZA Kaminsky
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Genomic and transcriptomic analysis of aroma synthesis in two hybrids between Saccharomyces cerevisiae and S. kudriavzevii in winemaking conditions
- Author
- A Delcroix
- A Gamero
- A Gamero
- A Gamero
- A Goffeau
- Amparo Gamero
- Amparo Querol
- B Dunn
- C Belloch
- C Belloch
- C Varela
- CA Lopes
- Carmela Belloch
- D Peris
- D Peris
- D Rossouw
- DJ Erasmus
- E Barrio
- F Zamora
- FJ Pizarro
- G Beltrán
- GI Naumov
- H Gangl
- HV Nguyen
- I Masneuf
- J García-Martínez
- JH Swiegers
- JH Swiegers
- JJ Mateo
- JM Llauradó
- JP Sampaio
- K Lopandic
- LE Backhus
- LF Hernández
- M Barros Lopes de
- M Sipiczki
- MG Lambrechts
- MJ Torija
- MT Novo
- SS González
- SS González
- T Horinouchi
- T Rossignol
- V Ferreira
- VD Marks
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 04/09/2015
- Field of study
[Background]
Aroma is one of the most important attributes defining wine quality in which yeasts play a crucial role, synthesizing aromatic compounds or releasing odourless conjugates. A present-day trend in winemaking consists of lowering fermentation temperature to achieve higher aroma production and retention. S.
cerevisiae × S.
kudriavzevii hybrids seem to have inherited beneficial traits from their parental species, like fermenting efficiently at low temperature or producing higher amounts of certain aromatic compounds. In this study, allelic composition and gene expression of the genes related to aroma synthesis in two genetically and phenotypically different S.
cerevisiae × S.
kudriavzevii hybrids, Lalvin W27 and VIN7, were compared and related to aroma production in microvinifications at 12 and 28 °C. In addition, the contribution of the allele coming from each parental to the overall expression was explored by RT-PCR.[Results]
The results indicated large differences in allele composition, gene expression and the contribution of each parental to the overall expression at the fermentation temperatures tested. Results obtained by RT-PCR showed that in ARO1 and ATF2 genes the S.
kudriavzevii allele was more expressed than that of S.
cerevisiae particularly at 12 °C.[Conclusions]
This study revealed high differences regarding allele composition and gene expression in two S.
cerevisiae × S.
kudriavzevii hybrids, which may have led to different aroma profiles in winemaking conditions. The contribution of the alleles coming from each parental to the overall expression has proved to differently influence aroma synthesis. Besides, the quantitative contribution to the overall gene expression of the alleles coming from one parental strain or the other was clearly determined by the fermentation temperature for some genes.This work has been supported by the projects AGL2012-39937-C02-01 from the Spanish Government and FEDER to A. Querol. AG acknowledge to her PhD contract from I3P program.Peer reviewe
Genetic Diversity of Pto-Like Serine/Threonine Kinase Disease Resistance Genes in Cultivated and Wild Strawberries
- Author
- A Bernal
- A Joyeux
- A Wu
- A. P. Castagnaro
- AJ Bogdanove
- B Denoyes-Rothan
- B Korber
- BJ Smith
- D Leister
- DG Hardie
- E Lerceteau-Kohler
- E Speulman
- F Tajima
- G Sessa
- G Sessa
- G Vallad
- GB Martin
- GB Martin
- GB Martin
- GB Martin
- GJ Galletta
- GR Vellicce
- HA Schmidt
- HH Flor
- J Ellis
- J Rozas
- J Zhou
- J. C. Díaz Ricci
- JA Ryals
- JD Thompson
- JE Parker
- JH Chang
- JL Dangl
- JP Rathjen
- JS DeVries
- K Hofmann
- KA Shen
- KE Hammond-Kosack
- KF Pedley
- KM Haymes
- L McHale
- LE Rose
- M Nei
- M Nishiguchi
- M. G. Martínez Zamora
- MG Aarts
- MG Martínez-Zamora
- MO Dayhoff
- P Rudrabhatla
- PM Morrisette
- Q Pan
- R Fluhr
- RD Frederick
- RW Michelmore
- S Peraza-Echeverría
- S Sawyer
- SF Altschul
- SK Hanks
- SK Hanks
- SM Hebsgaard
- SR Scofield
- T Richter
- V Kanazin
- VGAA Vleeshouwers
- X Chen
- X Tang
- Y Cui
- Y Qin
- YG Yu
- YJ Kim
- YT Loh
- YX Fu
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Genomic and transcriptomic analysis of aroma synthesis in two hybrids between Saccharomyces cerevisiae and S. kudriavzevii in winemaking conditions
- Author
- A Delcroix
- A Gamero
- A Gamero
- A Gamero
- A Goffeau
- Amparo Gamero
- Amparo Querol
- B Dunn
- C Belloch
- C Belloch
- C Varela
- CA Lopes
- Carmela Belloch
- D Peris
- D Peris
- D Rossouw
- DJ Erasmus
- E Barrio
- F Zamora
- FJ Pizarro
- G Beltrán
- GI Naumov
- H Gangl
- HV Nguyen
- I Masneuf
- J García-Martínez
- JH Swiegers
- JH Swiegers
- JJ Mateo
- JM Llauradó
- JP Sampaio
- K Lopandic
- LE Backhus
- LF Hernández
- M Barros Lopes de
- M Sipiczki
- MG Lambrechts
- MJ Torija
- MT Novo
- SS González
- SS González
- T Horinouchi
- T Rossignol
- V Ferreira
- VD Marks
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Outsiders in two countries: School tensions in the lives of Mexican migrant youth
- Author
- A Luykx
- A Valenzuela
- B Levinson
- B Levinson
- CG Gutiérrez
- CT Mohanty
- D Griffith
- D Monroy
- DC Holland
- EB Escat
- ET Hamann
- ET Hamann
- G Hernández-Zamora
- GA Zárate-Hoyos
- GG González
- J Cockcroft
- J Dreby
- J Durand
- J Kozol
- JC Guerra
- K Richardson Bruna
- K Rockhill
- L Althusser
- L King
- LK Sarroub
- LS Bosniak
- LS Bosniak
- M Arnot
- M Kearney
- MA Grey
- MG Bernardino
- NA Naples
- P Bourdieu
- P Kasinitz
- PH Smith
- R Alba
- R Ramírez
- R Rouse
- R Suro
- RB Martínez
- RJ Alexander
- RO Garza
- Susan V Meyers
- T Reagan
- V Zúñiga
- W Mignolo
- WV Flores
- XL Rong
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Effects of ecological gradients on tropical avian haemoparasites
- Author
- A Brokent
- A Chasar
- A Fecchio
- A Fecchio
- A Fecchio
- A Fecchio
- A Fecchio
- A Marzal
- A Pérez-Rodríguez
- A Raymis-Keller
- A Scheuerlein
- AD González
- AD González
- AP Møller
- AP Møller
- BL Phillips
- BW Meixell
- C Hernández-Lara
- C Loiseau
- CA Abella-Medrano
- CA Abella-Medrano
- CAC Coon
- CD Harvell
- CIII van Riper
- CIII van Riper
- CJ Carlson
- CT Atkinson
- D Doussang
- D Geue
- D Outlaw
- D Prieto-Torres
- D Santiago-Alarcon
- D Santiago-Alarcon
- D Santiago-Alarcon
- DA Lapointe
- DA Lapointe
- DA Windsor
- DL Gil-Vargas
- DM Tompkins
- E Montero
- E Nilsson
- E Szöllősi
- EA González-Quevedo
- EC Greiner
- EM White
- ER Pianka
- F Ishtiaq
- FJ Swanson
- G Bonan
- G Valkiūnas
- GA Lacorte
- GC Stevens
- GF Bennett
- H Cadena-Ortiz
- H Hillebrand
- HB Fokidis
- HL Lutz
- I MacGregor-Fors
- I Zamora-Vilchis
- IA Lotta
- J Martínez
- J Martínez
- J Martínez
- J Martínez-de la Puente
- JA Patz
- JA Smallwood
- JC Illera
- JF Guégan
- JF Masello
- JS Mantilla
- JS Mantilla
- K Monzalvo-Santos
- K Rohde
- K Rohde
- KE Jones
- KL Durrant
- KS Oakgrove
- L Chapa-Vargas
- L Gangoso
- L Mendes
- LF van Rooyen
- LZ Garamszegi
- M Migliorini
- MA Huston
- MA Ruiz-García
- MAJ Moens
- MC Tanga
- MG Turner
- MJ Wood
- MR Jones
- MT Reinoso-Pérez
- NJ Clark
- NJ Clark
- NK Larkin
- NO Belo
- OA Rodríguez
- OJ Schmitz
- P Carbó-Ramírez
- P Quillfeldt
- P Quillfeldt
- P Quillfeldt
- PC Pulgarín-R
- R Barrientos
- R Poulin
- R Tinajero-Hernández
- RB Primack
- RD Ellis
- RE Ricklefs
- RE Ricklefs
- RJ Harrigan
- RNM Sehgal
- RNM Sehgal
- S Lachish
- S Lachish
- S Merino
- S Merino
- S Merino
- S Merino
- S Merino
- S Merino
- S Morand
- S Nee
- SC Galen
- SC Renner
- SCL Knowles
- SL Chown
- SL Chown
- TP Curtis
- V Guernier
- W van Hoesel
- WG Landis
- Z Ya’Cob
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 20/10/2020
- Field of study
Diego Santiago-Alarcón y Alfonso Marzal (eds.); Primera Edición; 910 páginasThis chapter provides a brief overview of how natural gradients (e.g., latitude, altitude, and landscape gradients) affect host–parasite interactions involving blood parasites in wildlife and how biotic and abiotic factors act as disruptors. These gradients have a direct impact on prevalence, parasitemia, and the observed relationships between parasites and hosts. In the tropical zone, altitudinal gradients imitate the behavior of the latitudinal gradient, since low temperatures are common at both higher altitudes and higher latitudes. Temperature is one of the determining factors of the diversity of vectors, hosts, and vegetation that affect parasite transmission cycles. Furthermore, within landscapes, there may be many types of elements producing gradients. For instance, increasing distance from water sources, anthropogenic degradation, and even sequential stages of succession and interspersion of vegetation communities would affect host–parasite–vector interactions. However, such effects do not always operate in the same direction because responses are context sensitive. We also discuss the importance of an integrative diagnosis, using microscopic and molecular approaches, which allow better approximations and analyses at the parasite species level, thus producing stronger conclusions. The same detail is recommended for studies on the hematophagous fauna of potential vectors. The life cycle of different parasite species has its own set of characteristics, and it corresponds to the researchers to unravel the puzzle and to avoid unwarranted generalizations.The work of SM is supported by project PGC2018-097426-B-C21 from the Spanish Ministry of Science, Innovation, and Universities. The work of LC-V was funded by the National Council for Science and Technology of Mexico (CONACYT; grants SEP-CB-2012-1-183377, and PDCPN-2015-1-1628).Peer reviewe