25 research outputs found
Plastisol Foaming Process. Decomposition of the Foaming Agent, Polymer Behavior in the Corresponding Temperature Range and Resulting Foam Properties
- Author
- Abbiendi G
- Abe T
- Abramowicz H
- Acosta D
- Adamczyk L
- Adamus M
- Amelung C
- Anselmo F
- Antonioli P
- Arneodo M
- Ayad R
- Bacon TC
- Badgett WF
- Bailey DC
- Bailey DS
- Bamberger A
- Barbagli G
- Bari G
- Barreiro F
- Bashindzhagyan GL
- Bashkirov V
- Basile M
- Bauerdick LAT
- Bednarek B
- Behrens U
- Beier H
- Bellagamba L
- Bertolin A
- Bhadra S
- Bienlein JK
- Blaikley HE
- Bohnet I
- Bokel C
- Bornheim A
- Borzemski P
- Boscherini D
- Botje M
- Breitweg J
- Briskin G
- Brock I
- Bromley JT
- Brook NH
- Brugnera R
- Bruni A
- Bruni G
- Brümmer N
- Bukowy M
- Bulmahn J
- Burow BD
- Bussey PJ
- Butterworth I
- Butterworth JM
- Bylsma B
- Caldwell A
- Campbell-Robson S
- Capua M
- Cara Romeo G
- Carlin R
- Cartiglia N
- Cases G
- Cashmore RJ
- Castellini G
- Catterall CD
- Chapin D
- Chlebana F
- Chwastowski J
- Ciborowski J
- Cifarelli L
- Cindolo F
- Cirio R
- Cloth P
- Coböken K
- Coldewey C
- Cole JE
- Contin A
- Cooper-Sarkar AM
- Corradi M
- Corriveau F
- Costa M
- Cottingham WN
- Crittenden J
- Cross R
- D'Agostini G
- Dagan S
- Dal Corso F
- Dardo M
- Dasu S
- de Pasquale S
- de Trocóniz JF
- de Wolf E
- Deffner R
- del Peso J
- Deppe O
- Derrick M
- Deshpande A
- Desler K
- Devenish RCE
- Dhawan S
- Dolgoshein BA
- Dosselli U
- Doyle AT
- Drews G
- Dulinński Z
- Durkin LS
- Eckert M
- Edmonds JK
- Eisenberg Y
- Eisenhardt S
- Engelen J
- Epperson D
- Ermolov PF
- Eskreys A
- Fagerstroem C-P
- Feld L
- Fernández JP
- Ferrero MI
- Figiel J
- Filges D
- Fleck JI
- Foster B
- Foudas C
- Fricke U
- Frisken WR
- Fusayasu T
- Galea R
- Gallo E
- García G
- Garfagnini A
- Gendner N
- Gialas I
- Gilkinson DJ
- Gilmore J
- Ginsburg CM
- Giusti P
- Gladilin LK
- Glasman C
- Golubkov YA
- Grabosch HJ
- Graciani R
- Grothe M
- Große-Knetter J
- Grzelak G
- Göttlicher P
- Haas T
- Hain W
- Hall-Wilton R
- Hamatsu R
- Hanna DS
- Harnew N
- Hart JC
- Hartmann H
- Hartmann J
- Hartner GF
- Hasell D
- Hayes ME
- Heath GP
- Heath HF
- Heinloth K
- Heinz L
- Hernández JM
- Hervás L
- Heusch C
- Hilger E
- Hirose T
- Hochman D
- Holm U
- Homma K
- Hong SJ
- Horstmann D
- Howell G
- Hughes VW
- Hung BHY
- Hung LW
- Iacobucci G
- Iannotti L
- Iga Y
- Inuzuka M
- Ishii T
- Jakob H-P
- Jeleń K
- Jing Z
- Johnson KF
- Jones TW
- Joo KK
- Kananov S
- Karshon U
- Kasemann M
- Kasprzak M
- Katz UF
- Kerger R
- Khakzad M
- Khein LA
- Kim CL
- Kim JY
- Kisielewska D
- Kitamura S
- Klanner R
- Klimek K
- Koch W
- Koffeman E
- Kooijman P
- Korotkova NA
- Korzhavina IA
- Kotanński A
- Kowalski H
- Kowalski T
- Krakauer D
- Kuze M
- Kuzmin VA
- Kçira D
- Kötz U
- Labarga L
- Labs J
- Lamberti L
- Lane JB
- Laurenti G
- Lee JH
- Lee SB
- Levi G
- Levman GM
- Levy A
- Lim IT
- Limentani S
- Lindemann L
- Ling TY
- Liu W
- Lohrmann E
- Long KR
- Loveless RJ
- Lukina OY
- Löhr B
- Löwe M
- Maccarrone G
- Macdonald N
- Magill S
- Mallik U
- Margotti A
- Marini G
- Markun P
- Martin JF
- Martínez M
- Maselli S
- Massam T
- Matsushita T
- Mattingly MCK
- Mattingly S
- Mańczak O
- McCubbin NA
- McFall JD
- Mellado B
- Meyer A
- Meyer-Larsen A
- Mikunas D
- Milewski J
- Miller DB
- Monaco V
- Monteiro T
- Morandin M
- Muchorowski K
- Murray WN
- Musgrave B
- Nagano K
- Nam SW
- Nania R
- Nath C
- Ng JST
- Nigro A
- Notz D
- Nowak RJ
- Noyes VA
- Nylander P
- Ochs A
- Oh BY
- Ohrenberg K
- Okrasiński JR
- Orr RS
- Pac MY
- Palmonari F
- Park IH
- Park SK
- Parsons JA
- Paul E
- Pavel N
- Pawlak JM
- Pawlak R
- Pelfer P
- Pellegrino A
- Pelucchi F
- Peroni C
- Pesci A
- Petrucci MC
- Pfeiffer M
- Piccioni D
- Piotrzkowski K
- Poelz G
- Polenz S
- Polini A
- Posocco M
- Prinias A
- Proskuryakov AS
- Przybycień M
- Przybycień MB
- Puga J
- Quadt A
- Rahn JT
- Raso M
- Reeder DD
- Rembser C
- Repond J
- Ricci F
- Ritz S
- Riveline M
- Roco M
- Roff DG
- Rohde M
- Roldńn J
- Romanowski TA
- Rulikowska-Zarebska E
- Ruske O
- Ruspa M
- Ryan JJ
- Sabetfakhri A
- Sacchi R
- Sadrozinski HF-W
- Salehi H
- Sampson S
- Sartorelli G
- Saunders RL
- Savin AA
- Saxon DH
- Schioppa M
- Schlenstedt S
- Schmidke WB
- Schneekloth U
- Schott W
- Schwarzer O
- Sciulli F
- Sedgbeer JK
- Seiden A
- Selonke F
- Shah TP
- Shcheglova LM
- Sideris D
- Simmons D
- Sinclair LE
- Smith WH
- Solano A
- Solomin AN
- St-Laurent M
- Staiano A
- Stairs DG
- Stamm J
- Stanco L
- Stanek R
- Stifutkin A
- Straub PB
- Strickland E
- Stroili R
- Surrow B
- Susinno G
- Suszycki L
- Sutton MR
- Suzuki I
- Talaga RL
- Tapper RJ
- Tassi E
- Terrón J
- Teuscher RJ
- Tickner JR
- Tiecke H
- Tokushuku K
- Toothacker WS
- Trefzger T
- Tsurugai T
- Tuning N
- Tymieniecka T
- Uijterwaal H
- Ullmann R
- Umemori K
- Vaiciulis A
- van Sighem A
- Verkerke W
- Voci C
- Vossebeld J
- Votano L
- Voß T
- Vreeswijk M
- Walczak R
- Walenta AH
- Walker R
- Wang SM
- Waters DS
- Waugh R
- Wedemeyer R
- Westphal D
- Whitmore JJ
- Wichmann R
- Wick K
- Wieber H
- Wiggers L
- Williams DC
- Wing M
- Wodarczyk M
- Wolf G
- Wollmer U
- Wrńblewski AK
- Wu JT
- Wölfle S
- Yamada S
- Yamashita T
- Yamauchi K
- Yamazaki Y
- Yoshida R
- Youngman C
- Zaja̧c J
- Zakrzewski JA
- Zamora Garcia Y
- Zarnecki AF
- Zawiejski L
- Zetsche F
- Zeuner W
- Zhang H
- Zhu Q
- Zichichi A
- Zotkin SA
- Publication venue
- WILEY
- Publication date
- 01/01/1998
- Field of study
The decomposition of azodicarbonamide, used as foaming agent in PVC - plasticizer (1/1) plastisols was studied by DSC. Nineteen different plasticizers, all belonging to the ester family, two being polymeric (polyadipates), were compared. The temperature of maximum decomposition rate (in anisothermal regime at 5 K min-1 scanning rate), ranges between 434 and 452 K. The heat of decomposition ranges between 8.7 and 12.5 J g -1. Some trends of variation of these parameters appear significant and are discussed in terms of solvent (matrix) and viscosity effects on the decomposition reactions. The shear modulus at 1 Hz frequency was determined at the temperature of maximum rate of foaming agent decomposition, and differs significantly from a sample to another. The foam density was determined at ambient temperature and the volume fraction of bubbles was used as criterion to judge the efficiency of the foaming process. The results reveal the existence of an optimal shear modulus of the order of 2 kPa that corresponds roughly to plasticizer molar masses of the order of 450 ± 50 g mol-1. Heavier plasticizers, especially polymeric ones are too difficult to deform. Lighter plasticizers such as diethyl phthalate (DEP) deform too easily and presumably facilitate bubble collapse
Mean-field transport theory for the two-flavour NJL model
- Author
- Abbiendi G
- Abe T
- Abramowicz H
- Acosta D
- Adamczyk L
- Adamus M
- Amelung C
- Anselmo F
- Antonioli P
- Arneodo M
- Ayad R
- Bacon TC
- Badgett WF
- Bailey DC
- Bailey DS
- Bamberger A
- Barbagli G
- Bari G
- Barreiro F
- Bashindzhagyan GL
- Bashkirov V
- Basile M
- Bauerdick LAT
- Bednarek B
- Behrens U
- Beier H
- Bellagamba L
- Bertolin A
- Bhadra S
- Bienlein JK
- Blaikley HE
- Bohnet I
- Bokel C
- Bornheim A
- Borzemski P
- Boscherini D
- Botje M
- Breitweg J
- Briskin G
- Brock I
- Bromley JT
- Brook NH
- Brugnera R
- Bruni A
- Bruni G
- Brümmer N
- Bukowy M
- Bulmahn J
- Burow BD
- Bussey PJ
- Butterworth I
- Butterworth JM
- Bylsma B
- Caldwell A
- Campbell-Robson S
- Capua M
- Cara Romeo G
- Carlin R
- Cartiglia N
- Cases G
- Cashmore RJ
- Castellini G
- Catterall CD
- Chapin D
- Chlebana F
- Chwastowski J
- Ciborowski J
- Cifarelli L
- Cindolo F
- Cirio R
- Cloth P
- Coböken K
- Coldewey C
- Cole JE
- Contin A
- Cooper-Sarkar AM
- Corradi M
- Corriveau F
- Costa M
- Cottingham WN
- Crittenden J
- Cross R
- Czermak A
- D'Agostini G
- Dagan S
- Dal Corso F
- Dardo M
- Dasu S
- de Pasquale S
- de Troconiz JF
- de Wolf E
- Deffner R
- del Peso J
- Deppe O
- Derrick M
- Deshpande A
- Desler K
- Devenish RCE
- Dhawan S
- Dolgoshein BA
- Dosselli U
- Doyle AT
- Drews G
- Dulinński Z
- Durkin LS
- Eckert M
- Edmonds JK
- Eisenberg Y
- Eisenhardt S
- Engelen J
- Epperson D
- Ermolov PF
- Eskreys A
- Fagerstroem C-P
- Fernandez JP
- Ferrero MI
- Figiel J
- Filges D
- Fleck JI
- Foster B
- Foudas C
- Fricke U
- Frisken WR
- Fusayasu T
- Galea R
- Gallo E
- Garcia G
- Garfagnini A
- Gendner N
- Gialas I
- Gilkinson DJ
- Gilmore J
- Ginsburg CM
- Giusti P
- Gladilin LK
- Glasman C
- Golubkov YA
- Grabosch HJ
- Graciani R
- Grothe M
- Große-Knetter J
- Grzelak G
- Göttlicher P
- Haas T
- Hain W
- Hall-Wilton R
- Hamatsu R
- Hanna DS
- Harnew N
- Hart JC
- Hartmann H
- Hartmann J
- Hartner GF
- Hasell D
- Hayes ME
- Heath GP
- Heath HF
- Heinloth K
- Heinz L
- Hernandez JM
- Hervás L
- Heusch C
- Hilger E
- Hirose T
- Hochman D
- Holm U
- Homma K
- Hong SJ
- Horstmann D
- Howell G
- Hughes VW
- Hung BHY
- Hung LW
- Iacobucci G
- Iannotti L
- Iga Y
- Inuzuka M
- Ishii T
- Jakob H-P
- Jeleń K
- Jing Z
- Johnson KF
- Jones TW
- Joo KK
- Kananov S
- Karshon U
- Kasemann M
- Kasprzak M
- Katz UF
- Kerger R
- Khakzad M
- Khein LA
- Kim CL
- Kim JY
- Kisielewska D
- Kitamura S
- Klanner R
- Klimek K
- Koch W
- Koffeman E
- Kooijman P
- Korotkova NA
- Korzhavina IA
- Kotanński A
- Kowalski H
- Kowalski T
- Krakauer D
- Kuze M
- Kuzmin VA
- Kçira D
- Kötz U
- Labarga L
- Labs J
- Lamberti L
- Lane JB
- Laurenti G
- Lee JH
- Lee SB
- Levi G
- Levman GM
- Levy A
- Lim IT
- Limentani S
- Lindemann L
- Ling TY
- Liu W
- Lohrmann E
- Long KR
- Loveless RJ
- Lukina OY
- Löhr B
- Löwe M
- Maccarrone G
- Macdonald N
- Magill S
- Mallik U
- Margotti A
- Marini G
- Markun P
- Martin JF
- Martinez M
- Maselli S
- Massam T
- Matsushita T
- Mattingly MCK
- Mattingly S
- Mańczak O
- McCubbin NA
- McFall JD
- Mellado B
- Meyer A
- Meyer-Larsen A
- Mikunas D
- Milewski J
- Miller DB
- Monaco V
- Monteiro T
- Morandin M
- Muchorowski K
- Murray WN
- Musgrave B
- Nagano K
- Nam SW
- Nania R
- Nath C
- Ng JST
- Nigro A
- Notz D
- Nowak RJ
- Noyes VA
- Nylander P
- Ochs A
- Oh BY
- Ohrenberg K
- Okrasiński JR
- Orr RS
- Pac MY
- Palmonari F
- Park IH
- Park SK
- Parsons JA
- Paul E
- Pavel N
- Pawlak JM
- Pawlak R
- Pelfer P
- Pellegrino A
- Pelucchi F
- Peroni C
- Pesci A
- Petrucci MC
- Pfeiffer M
- Piccioni D
- Piotrzkowski K
- Poelz G
- Polenz S
- Polini A
- Posocco M
- Prinias A
- Proskuryakov AS
- Przybycień M
- Przybycień MB
- Puga J
- Quadt A
- Rahn JT
- Raso M
- Reeder DD
- Rembser C
- Repond J
- Ricci F
- Ritz S
- Riveline M
- Roco M
- Roff DG
- Rohde M
- Roldan J
- Romanowski TA
- Rulikowska-Zarebska E
- Ruske O
- Ruspa M
- Ryan JJ
- Sabetfakhri A
- Sacchi R
- Sadrozinski HF-W
- Salehi H
- Sampson S
- Sartorelli G
- Saunders RL
- Savin AA
- Saxon DH
- Schioppa M
- Schlenstedt S
- Schmidke WB
- Schneekloth U
- Schott W
- Schwarzer O
- Sciulli F
- Sedgbeer JK
- Seiden A
- Selonke F
- Shah TP
- Shcheglova LM
- Sideris D
- Simmons D
- Sinclair LE
- Smith WH
- Solano A
- Solomin AN
- St-Laurent M
- Staiano A
- Stairs DG
- Stamm J
- Stanco L
- Stanek R
- Stifutkin A
- Straub PB
- Strickland E
- Stroili R
- Surrow B
- Susinno G
- Suszycki L
- Sutton MR
- Suzuki I
- Talaga RL
- Tapper RJ
- Tassi E
- Terrán J
- Teuscher RJ
- Tickner JR
- Tiecke H
- Tokushuku K
- Toothacker WS
- Trefzger T
- Tsurugai T
- Tuning N
- Tymieniecka T
- Uijterwaal H
- Ullmann R
- Umemori K
- Vaiciulis A
- van Sighem A
- Verkerke W
- Voci C
- Vossebeld J
- Votano L
- Voß T
- Vreeswijk M
- Walczak R
- Walker R
- Wang SM
- Waters DS
- Waugh R
- Wedemeyer R
- Westphal D
- Whitmore JJ
- Wichmann R
- Wick K
- Wieber H
- Wiggers L
- Williams DC
- Wilson AS
- Wing M
- Wodarczyk M
- Wolf G
- Wollmer U
- Wrońblewski AK
- Wu JT
- Wölfle S
- Yamada S
- Yamashita T
- Yamauchi K
- Yamazaki Y
- Yoshida R
- Youngman C
- Zajac J
- Zakrzewski JA
- Zamora Garcia Y
- Zarnecki AF
- Zawiejski L
- Zetsche F
- Zeuner W
- Zhang H
- Zhu Q
- Zichichi A
- Zotkin SA
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/1997
- Field of study
By making decomposition of the Wigner function simultaneously in both the
spinor and the isospin spaces we derive a set of kinetic equations for the
quark distribution functions and the spin densities. A detailed analysis of the
consequences imposed by the chiral invariance on the form of the transport
equations is presented.Comment: Revtex, 25 pages, no figure
Guidelines for the use and interpretation of assays for monitoring autophagy (4th edition)1.
- Author
- Abdel-Aziz AK
- Abdelfatah S
- Abdellatif M
- Abdoli A
- Abel S
- Abeliovich H
- Abildgaard MH
- Abudu YP
- Acevedo-Arozena A
- Adamopoulos IE
- Adeli K
- Adolph TE
- Adornetto A
- Aflaki E
- Agam G
- Agarwal A
- Aggarwal BB
- Agnello M
- Agostinis P
- Agrewala JN
- Agrotis A
- Aguilar PV
- Ahmad ST
- Ahmed ZM
- Ahumada-Castro U
- Aits S
- Aizawa S
- Akkoc Y
- Akoumianaki T
- Akpinar HA
- Al-Abd AM
- Al-Akra L
- Al-Gharaibeh A
- Alaoui-Jamali MA
- Alberti S
- Alcocer-Gómez E
- Alessandri C
- Ali M
- Alim Al-Bari MA
- Aliwaini S
- Alizadeh J
- Almacellas E
- Almasan A
- Alonso A
- Alonso GD
- Altan-Bonnet N
- Altieri DC
- Alves da Costa C
- Alves S
- Alzaharna MM
- Amadio M
- Amantini C
- Amaral C
- Ambrosio S
- Amer AO
- Ammanathan V
- An Z
- Andersen SU
- Andrabi SA
- Andrade-Silva M
- Andres AM
- Angelini S
- Ann D
- Anozie UC
- Ansari MY
- Antas P
- Antebi A
- Antón Z
- Anwar T
- Apetoh L
- Apostolova N
- Araki T
- Araki Y
- Arasaki K
- Araya J
- Araújo WL
- Arden C
- Arguelles S
- Arias E
- Arikkath J
- Arimoto H
- Ariosa AR
- Armstrong-James D
- Arnauné-Pelloquin L
- Aroca A
- Arroyo DS
- Arsov I
- Artero R
- Arévalo M-A
- Asaro DML
- Aschner M
- Ashrafizadeh M
- Ashur-Fabian O
- Atanasov AG
- Au AK
- Auberger P
- Auner HW
- Aurelian L
- Autelli R
- Avagliano L
- Aveic S
- Aveleira CA
- Avin-Wittenberg T
- Aydin Y
- Ayton S
- Ayyadevara S
- Azzopardi M
- Baba M
- Backer JM
- Backues SK
- Bae D-H
- Bae O-N
- Bae SH
- Baehrecke EH
- Baek A
- Baek S-H
- Baek SH
- Bagetta G
- Bagniewska-Zadworna A
- Bai H
- Bai J
- Bai X
- Bai Y
- Bairagi N
- Baksi S
- Balazadeh S
- Balbi T
- Baldari CT
- Balduini W
- Ballabio A
- Ballester M
- Balzan R
- Bandopadhyay R
- Banerjee S
- Banerjee S
- Bao Y
- Baptista MS
- Baracca A
- Barbati C
- Bargiela A
- Barilà D
- Barlow PG
- Barmada SJ
- Barreiro E
- Barreto GE
- Bartek J
- Bartel B
- Bartolome A
- Barve GR
- Basagoudanavar SH
- Bassham DC
- Bast RC
- Basu A
- Batoko H
- Batten I
- Baulieu EE
- Baumgarner BL
- Bayry J
- Beale R
- Beau I
- Beaumatin F
- Bechara LRG
- Beck GR
- Beers MF
- Begun J
- Behl C
- Behrends C
- Behrens GMN
- Bei R
- Bejarano E
- Bel S
- Belaid A
- Belgareh-Touzé N
- Bellarosa C
- Belleudi F
- Bello-Morales R
- Belló Pérez M
- Beltran JSDO
- Beltran S
- Benbrook DM
- Bendorius M
- Benitez BA
- Benito-Cuesta I
- Bensalem J
- Berchtold MW
- Berezowska S
- Bergamaschi D
- Bergami M
- Bergmann A
- Berliocchi L
- Berlioz-Torrent C
- Bernard A
- Berthoux L
- Besirli CG
- Besteiro S
- Betin VM
- Beyaert R
- Bezbradica JS
- Bhaskar K
- Bhatia-Kissova I
- Bhattacharya R
- Bhattacharya S
- Bhattacharyya S
- Bhuiyan MS
- Bhutia SK
- Bi L
- Bi X
- Biden TJ
- Bijian K
- Billes VA
- Binart N
- Bincoletto C
- Birgisdottir AB
- Bjorkoy G
- Blanco G
- Blas-Garcia A
- Blasiak J
- Blomgran R
- Blomgren K
- Blum JS
- Boada-Romero E
- Boban M
- Boesze-Battaglia K
- Boeuf P
- Boland B
- Bomont P
- Bonaldo P
- Bonam SR
- Bonfili L
- Bonifacino JS
- Boone BA
- Bootman MD
- Bordi M
- Borner C
- Bornhauser BC
- Borthakur G
- Bosch J
- Bose S
- Botana LM
- Botas J
- Boulanger CM
- Boulton ME
- Bourdenx M
- Bourgeois B
- Bourke NM
- Bousquet G
- Boya P
- Bozhkov PV
- Bozi LHM
- Bozkurt TO
- Brackney DE
- Brand-Saberi B
- Brandts CH
- Braun RJ
- Braus GH
- Bravo-Sagua R
- Bravo-San Pedro JM
- Brest P
- Bringer M-A
- Briones-Herrera A
- Broaddus VC
- Brodersen P
- Brodsky JL
- Brody SL
- Bronson PG
- Bronstein JM
- Brown CN
- Brown RE
- Brum PC
- Brumell JH
- Brunetti-Pierri N
- Bruno D
- Bryson-Richardson RJ
- Bucci C
- Buch S
- Buchan JR
- Buchrieser C
- Buckingham EM
- Budak H
- Budini M
- Bueno M
- Buitrago-Molina LE
- Bultynck G
- Burada F
- Buraschi S
- Burgoyne JR
- Burón MI
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- Xilouri M
- Xu C
- Xu E
- Xu H
- Xu J
- Xu J
- Xu L
- Xu WW
- Xu X
- Xue Y
- Yakhine-Diop SMS
- Yamaguchi M
- Yamaguchi O
- Yamamoto A
- Yamashina S
- Yan S
- Yan S-J
- Yan Z
- Yanagi Y
- Yang C
- Yang D-S
- Yang H
- Yang H
- Yang H-T
- Yang J
- Yang J
- Yang J-M
- Yang L
- Yang L
- Yang M
- Yang P-M
- Yang Q
- Yang S
- Yang S
- Yang S-F
- Yang W
- Yang WY
- Yang X
- Yang X
- Yang Y
- Yang Y
- Yao H
- Yao S
- Yao X
- Yao Y-G
- Yao Y-M
- Yasui T
- Yazdankhah M
- Yen PM
- Yi C
- Yi-Ren Hong C-WH
- Yin X-M
- Yin Y
- Yin Z
- Yin Z
- Ying M
- Ying Z
- Yip CK
- Yiu SPT
- Yoo YH
- Yoshida K
- Yoshii SR
- Yoshimori T
- Yousefi B
- Yu B
- Yu H
- Yu J
- Yu J
- Yu L
- Yu M-L
- Yu S-W
- Yu VC
- Yu WH
- Yu Z
- Yu Z
- Yuan J
- Yuan L-Q
- Yuan S
- Yuan S-SF
- Yuan Y
- Yuan Z
- Yue J
- Yue Z
- Yun J
- Yung RL
- Zacks DN
- Zaffagnini G
- Zambelli VO
- Zanella I
- Zang QS
- Zanivan S
- Zappavigna S
- Zaragoza P
- Zarbalis KS
- Zarebkohan A
- Zarrouk A
- Zeitlin SO
- Zeng J
- Zeng J-D
- Zhan L
- Zhang B
- Zhang DD
- Zhang H
- Zhang H
- Zhang H
- Zhang H
- Zhang H
- Zhang H
- Zhang H
- Zhang H-L
- Zhang J
- Zhang J
- Zhang J-P
- Zhang KYB
- Zhang L
- Zhang L
- Zhang L
- Zhang L
- Zhang LW
- Zhang M
- Zhang P
- Zhang S
- Zhang W
- Zhang X
- Zhang X
- Zhang X
- Zhang X
- Zhang X
- Zhang X-W
- Zhang XD
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang Y-D
- Zhang Y-Y
- Zhang Z
- Zhang Z
- Zhang Z
- Zhang Z
- Zhang Z
- Zhang Z
- Zhao H
- Zhao L
- Zhao S
- Zhao T
- Zhao X-F
- Zhao Y
- Zhao Y
- Zhao Y
- Zhao Y
- Zheng G
- Zheng K
- Zheng L
- Zheng S
- Zheng X-L
- Zheng Y
- Zheng Z-G
- Zhivotovsky B
- Zhong Q
- Zhou A
- Zhou B
- Zhou C
- Zhou G
- Zhou H
- Zhou H
- Zhou H
- Zhou J
- Zhou J
- Zhou J
- Zhou J
- Zhou K
- Zhou R
- Zhou X-J
- Zhou Y
- Zhou Y
- Zhou Y
- Zhou Z
- Zhou Z-Y
- Zhu B
- Zhu C
- Zhu G-Q
- Zhu H
- Zhu H
- Zhu H
- Zhu W-G
- Zhu Y
- Zhu Y
- Zhuang H
- Zhuang X
- Zientara-Rytter K
- Zimmermann CM
- Ziviani E
- Zoladek T
- Zong W-X
- Zorov DB
- Zorzano A
- Zou W
- Zou Z
- Zou Z
- Zuryn S
- Zwerschke W
- Álvarez ÉMC
- Ávalos Y
- Önal G
- Üstün S
- Čolić M
- Đokić J
- Žerovnik E
- Publication venue
- 'Informa UK Limited'
- Publication date
- 01/01/2021
- Field of study
In 2008, we published the first set of guidelines for standardizing research in autophagy. Since then, this topic has received increasing attention, and many scientists have entered the field. Our knowledge base and relevant new technologies have also been expanding. Thus, it is important to formulate on a regular basis updated guidelines for monitoring autophagy in different organisms. Despite numerous reviews, there continues to be confusion regarding acceptable methods to evaluate autophagy, especially in multicellular eukaryotes. Here, we present a set of guidelines for investigators to select and interpret methods to examine autophagy and related processes, and for reviewers to provide realistic and reasonable critiques of reports that are focused on these processes. These guidelines are not meant to be a dogmatic set of rules, because the appropriateness of any assay largely depends on the question being asked and the system being used. Moreover, no individual assay is perfect for every situation, calling for the use of multiple techniques to properly monitor autophagy in each experimental setting. Finally, several core components of the autophagy machinery have been implicated in distinct autophagic processes (canonical and noncanonical autophagy), implying that genetic approaches to block autophagy should rely on targeting two or more autophagy-related genes that ideally participate in distinct steps of the pathway. Along similar lines, because multiple proteins involved in autophagy also regulate other cellular pathways including apoptosis, not all of them can be used as a specific marker for bona fide autophagic responses. Here, we critically discuss current methods of assessing autophagy and the information they can, or cannot, provide. Our ultimate goal is to encourage intellectual and technical innovation in the field
Pediatric Acute Q Fever Mimics Other Common Childhood Illnesses
- Author
- A Cohn
- A Téllez
- Alexander C. A. P. Leenders
- B Schimmer
- B Schimmer
- C Nourse
- C Ohgimi
- D Raoult
- D Tasher
- Esther de Vries
- F Baquero-Artigao
- HC Maltezou
- HC Maltezou
- HC Maltezou
- Ingeborg Y. Bart
- J Ruiz-Contreras
- JA Hervás
- JCE Meekelenkamp
- JH Barralet
- JH Richardus
- JH Richardus
- M Boele van Hensbroek
- M Drancourt
- M Georgiev
- MCA Wegdam-Blans
- N Parker
- OW Neth
- PE Fournier
- Ravi Jhaveri
- Roeland W. N. M. van Hout
- S Ravid
- T Ariga
- U Terheggen
- Y Kuroiwa
- Yvonne Schabos
- Publication venue
- 'Public Library of Science (PLoS)'
- Publication date
- Field of study
Endosomal maturation by Rab conversion in Aspergillus nidulans
- Author
- Abenza JF
- Antonio Galindo
- Apostolaki A
- Araujo-Bazán L
- Areti Pantazopoulou
- Balderhaar HJ
- Behnia R
- Brocker C
- Cabrera M
- Calcagno-Pizarelli AM
- Calcagno-Pizarelli AM
- Cove DJ
- Findon H
- Galindo A
- Galindo A
- Geissenhoner A
- Griffith J
- Hervás-Aguilar A
- Hervás-Aguilar A
- Hervás-Aguilar A
- Huotari J
- Jordens I
- Juan F. Abenza
- Kinchen JM
- Lenz JH
- Mario Pinar
- Miguel A. Peñalva
- Nayak T
- Nordmann M
- Ohsumi K
- Oka M
- Ostrowicz CW
- Pantazopoulou A
- Patrick J. Brennwald
- Peplowska K
- Peñalva MA
- Peñalva MA
- Pfeffer S
- Poteryaev D
- Price A
- Rink J
- Rodríguez-Galán O
- Schuster M
- Seals DF
- Segev N
- Steinberg G
- Szewczyk E
- Sánchez-Ferrero JC
- Vivian de los Ríos
- Wedlich-Soldner R
- Zekert N
- Zerial M
- Zhang J
- Zhang J
- Publication venue
- 'American Society for Cell Biology (ASCB)'
- Publication date
- Field of study
Immediate disruption of spindle poles and induction of additional microtubule-organizing centres by a phenylcarbamate, during plant mitosis
- Author
- A González-Fernández
- A Merdes
- AS Bajer
- B Liu
- C Inés De
- C. De la Torre
- D Doxey
- D Zhang
- EJ Roth
- EJ Roth
- F Panzera
- F. Panzera
- G Giménez-Martín
- G. Giménez-Martín
- J. F. Giménez-Abián
- J. F. López-Sáez
- JD Mann
- JH Tjio
- JM Oliver
- JP Hervás
- JP Hervás
- JS Wood
- L Utrilla
- L Utrilla
- M Vantard
- M. I. Giménez-Abián
- MA Scott
- MH Navarrete
- MI Giménez-Abián
- MI Giménez-Abián
- R Heald
- RA Coss
- RA Coss
- SM Wick
- T Gaglio
- T Gaglio
- WB Ennis
- WR Waud
- Y Mineyuki
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Candidate system analysis in ADHD: Evaluation of nine genes involved in dopaminergic neurotransmission identifies associsation with BRD1
- Author
- Amaia HerváS
- Andreas Reif
- Andreas Warnke
- Anna Bielsa
- Arnsten AF
- Arnsten AF
- Baik JH
- Biederman J
- Bobb AJ
- Brookes K
- Bru Cormand
- Castellanos FX
- Cheon KA
- Christine Freitag
- Clifford JJ
- Cristina Sánchez-Mora
- Dougherty DD
- Dresel S
- Dudbridge F
- Ernst M
- Ernst M
- Fallin D
- Fan X
- Faraone SV
- Faraone SV
- Faraone SV
- Franke B
- Giros B
- Gizer IR
- Gonzalez JR
- Hart EL
- Haukur Palmason
- Holmes A
- Jobst Meyer
- Josep Antoni Ramos-Quiroga
- Jucaite A
- Kessler RC
- Kim BN
- Klaus-Peter Lesch
- Kooij JJ
- Krause KH
- Kuntsi J
- Lasky-Su J
- Leo D
- Lin PI
- Luca P
- Marcel Romanos
- Marta RibaséS
- Miquel Casas
- Misener VL
- Moll GH
- Mònica Bayés
- Palmason H
- Polanczyk G
- Purcell S
- Ribases M
- Ribases M
- Ribases M
- Rietveld MJ
- Roman T
- Rosa Bosch
- Rubia K
- Rubinstein M
- Russell VA
- Sagvolden T
- Shaw P
- Spencer TJ
- Susanne Walitza
- Taylor AM
- Thapar A
- Thapar A
- Thompson M
- Tobias J. Renner
- Tobler AR
- Vaidya CJ
- Viggiano D
- Volkow ND
- Watanabe Y
- Weinshenker D
- Xavier Gastaminza
- Xu M
- Xu M
- Publication venue
- 'Informa UK Limited'
- Publication date
- 01/01/2012
- Field of study
Objectives: Several pharmacological and genetic studies support the involvement of the dopamine neurotransmitter system in the aetiology of attention-deficit hyperactivity disorder (ADHD). Based on this information we evaluated the contribution to ADHD of nine genes involved in dopaminergic neurotransmission (DRD1, DRD2, DRD3, DRD4, DRD5, DAT1, TH, DBH and COMT).
Methods: We genotyped a total of 61 tagging single nucleotide polymorphisms (SNPs) in a sample of 533 ADHD patients (322 children and 211 adults), 533 sex-matched unrelated controls and additional 196 nuclear ADHD families from Spain.
Results: The single- and multiple-marker analysis in both population and family-based approaches provided preliminary evidence for the contribution of DRD1 to combined-type ADHD in children (P = 8.8e-04; OR = 1.50 (1.18–1.90) and P = 0.0061; OR = 1.73 (1.23–2.45)) but not in adults. Subsequently, we tested positive results for replication in an independent sample of 353 German families with combined-type ADHD children and replicated the initial association between DRD1 and childhood ADHD (P = 8.4e-05; OR = 3.67 (2.04–6.63)).
Conclusions: The replication of the association between DRD1 and ADHD in two European cohorts highlights the validity of our finding and supports the involvement of DRD1 in childhood ADHD
Transportation of Aspergillus nidulans Class III and V Chitin Synthases to the Hyphal Tips Depends on Conventional Kinesin
- Author
- A Aufauvre-Brown
- A Hervás-Aguilar
- Akinori Ohta
- Alfredo Herrera-Estrella
- C Seidel
- C Soulié M-
- CA McGoldrick
- CL Schoch
- E Mellado
- E Sánchez-León
- G May
- G Steinberg
- G Steinberg
- H Horiuchi
- HB Liu
- Hiro-omi Hoshi
- Hiroyuki Horiuchi
- I Schuchardt
- IR Banks
- J Sambrook
- J Zhang
- J Zhang
- J Zhang
- J-E Kim
- JF Abenza
- JF Abenza
- JH Lenz
- JH Yu
- K Fukuda
- K Yanai
- L Araujo-Bazán
- L-A Kong
- LE Rogg
- M Choquer
- M Fujiwara
- M Ichinomiya
- M Ichinomiya
- M Riquelme
- M Riquelme
- M Schuster
- M Schuster
- M Schuster
- M Tsuizaki
- M Tsuizaki
- MA Peñalva
- MA Peñalva
- Makusu Tsuizaki
- MD Lenardon
- MJ Egan
- N Hirokawa
- N Requena
- N Taheri-Talesh
- N Taheri-Talesh
- N Takeshita
- N Takeshita
- N Takeshita
- N Takeshita
- N Zekert
- Nathalie Grün
- Norio Takeshita
- PE Sudvery
- R Fischer
- Reinhard Fischer
- RT Rowlands
- S Bartnicki-García
- S Baumann
- S Konzack
- S Seiler
- S Treitschke
- S Upadhyay
- S Werner
- SD Harris
- T Motoyama
- T Motoyama
- T Yabe
- TM Larson
- Valentin Wernet
- W Sheng
- WJ Nelson
- WR Rittenour
- XL Yao
- Y Chigira
- Y Pareja-Jaime
- Publication venue
- 'Public Library of Science (PLoS)'
- Publication date
- Field of study
From outside to hyper-globalisation: an Artificial Neural Network ordinal classifier applied to measure the extent of globalisation
- Author
- A Bergh
- A Bergh
- A Chaudhuri
- A Dreher
- A Dreher
- A Dreher
- A Giddens
- A Heshmati
- A Sianes
- AC Martínez-Estudillo
- AJ Tallón-Ballesteros
- AM Callejón
- Antonio Sianes
- C Cortes
- CM Bishop
- César Hervás-Martínez
- D Donoho
- D Held
- D Roodman
- H Guo
- H Ishibuchi
- ID Soysa
- J Scholte
- J Sánchez-Monedero
- JH Chen
- KH ORourke
- L Li
- LM Stapleton
- M Caselli
- M Caselli
- M McGillivray
- M Schmitt
- M Wolf
- Manuel Dorado-Moreno
- MC Tsai
- N Lind
- N Potrafke
- N Potrafke
- P Bednárová
- P Martens
- P Martens
- P Samimi
- PA Gutiérrez
- PD Lombaerde
- PV Nikitin
- R Fletcher
- R Lickert
- R Robertson
- R Robertson
- R Spich
- RO Keohane
- RP Lippmann
- S Cohen
- SH Lee
- TL Friedman
- U Beck
- V Ravi
- W Chu
- W Chu
- W Easterly
- WB Lin
- WB Lin
- X Yao
- Y Chauvin
- Y He
- YH Wang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Pharmacological signatures of the reduced incidence and the progression of cognitive decline in ageing populations suggest the protective role of beneficial polypharmacy
- Author
- A Dregan
- A Hejl
- A Kirkland
- A Kumar
- A Tourbah
- AM El-Dessouki
- Anatoly L. Mayburd
- Ancha Baranova
- B Grinde
- BL Plassman
- BR Hammond
- BS Appleby
- C Manzo
- CT Liu
- D Hervás
- D Mehta
- DE Bredesen
- DE Bredesen
- E Akbari
- E Mocchegiani
- EK Tarleton
- EK Tarleton
- EM Gibson
- G Jutley
- G Weinstein
- GM Fahy
- J Bohlken
- J McCleery
- J Tai
- JB Echouffo-Tcheugui
- JH Park
- JM Campbell
- JM Saavedra
- JM Saavedra
- K Kisler
- KM Langa
- L Aerts
- L Carrasco
- L Renzi-Hammond
- L Riveron-Negrete
- LC Lages
- M Anagnostouli
- M Kivipelto
- M van Beers
- M. A. Pourhoseingholi
- Mathilda Koivogui
- MS Bonkowski
- MY Kim
- N Lu
- PE Gold
- Q Zhang
- R Iskra
- R McCarney
- R McNamee
- Raya Khanin
- RG Goya
- S Andrieu
- S Lehrer
- S Mittal
- SA Mok
- SH Kim
- SK Park
- SY Lee
- T Ngandu
- TE Wroolie
- TE Wroolie
- V Jacobs
- V Sanborn
- V Walker
- VC Chen
- W Gomm
- X Ren
- Y Zhang
- YM Huang
- Publication venue
- 'Public Library of Science (PLoS)'
- Publication date
- Field of study