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A multi?omics approach identifies key regulatory pathways i..:

Emri, E ; Kortvely, E ; Dammeier, S...
Emri , E , Kortvely , E , Dammeier , S , Klose , F , Simpson , D , Hollander , AI , Ueffing , M , Lengyel , I , Acar , E , Ajana , S , Arango?gonzalez , B , Armento , A , Badura , F , Bartz?schmidt , U , Biarnes , M , Borrell , A , de Breuk , A , De la Cerda , B , Colijn , A , Cougnard?gregoire , A , Delcourt , C , Diether , S , Endermann , T , Ferraro , LL , Garcia , M , Heesterbeek , TJ , Honisch , S , Kilger , E , Klaver , C , Langen , H , Meester - Smoor , M , Merle , BMJ , Mones , J , Nogoceke , E , Peto , T , Pool , FM , Rodriguez , E , Sousa , J , Thee , E , Verzijden , T & Zumbansen , M 2020 , ' A multi?omics approach identifies key regulatory pathways induced by long?term zinc supplementation in human primary retinal pigment epithelium ' , Nutrients , vol. 12 , no. 10 , 3051 , pp. 1-25 . https://doi.org/10.3390/nu12103051. , 2020

Link: https://pure.eur.nl/en/publications/218f13d1-d661-40a7..

RT Journal
T1 <Title>A multi?omics approach identifies key regulatory pathways induced by long?term zinc supplementation in human primary retinal pigment epithelium</Title>

UL https://suche.suub.uni-bremen.de/peid=base-fturottercrispub:oai:pure.eur.nl:publications_218f13d1-d661-40a7-9180-c0a95b920fb6&Exemplar=1&LAN=DE
				
A1 Emri, E
A1 Kortvely, E
A1 Dammeier, S
A1 Klose, F
A1 Simpson, D
A1 Hollander, AI
A1 Ueffing, M
A1 Lengyel, I
A1 Acar, E
A1 Ajana, S
A1 Arango?gonzalez, B
A1 Armento, A
A1 Badura, F
A1 Bartz?schmidt, U
A1 Biarnes, M
A1 Borrell, A
A1 de Breuk, A
A1 De la Cerda, B
A1 Colijn, Annemarie
A1 Cougnard?gregoire, A
A1 Delcourt, C
A1 Diether, S
A1 Endermann, T
A1 Ferraro, LL
A1 Garcia, M
A1 Heesterbeek, TJ
A1 Honisch, S
A1 Kilger, E
A1 Klaver, Caroline
A1 Langen, H
A1 Meester - Smoor, Magda
A1 Merle, BMJ
A1 Mones, J
A1 Nogoceke, E
A1 Peto, T
A1 Pool, FM
A1 Rodriguez, E
A1 Sousa, J
A1 Thee, Eric
A1 Verzijden, T (Timo)
A1 Zumbansen, M
YR 2020
JF Emri , E , Kortvely , E , Dammeier , S , Klose , F , Simpson , D , Hollander , AI , Ueffing , M , Lengyel , I , Acar , E , Ajana , S , Arango?gonzalez , B , Armento , A , Badura , F , Bartz?schmidt , U , Biarnes , M , Borrell , A , de Breuk , A , De la Cerda , B , Colijn , A , Cougnard?gregoire , A , Delcourt , C , Diether , S , Endermann , T , Ferraro , LL , Garcia , M , Heesterbeek , TJ , Honisch , S , Kilger , E , Klaver , C , Langen , H , Meester - Smoor , M , Merle , BMJ , Mones , J , Nogoceke , E , Peto , T , Pool , FM , Rodriguez , E , Sousa , J , Thee , E , Verzijden , T & Zumbansen , M 2020 , ' A multi?omics approach identifies key regulatory pathways induced by long?term zinc supplementation in human primary retinal pigment epithelium ' , Nutrients , vol. 12 , no. 10 , 3051 , pp. 1-25 . https://doi.org/10.3390/nu12103051
LK http://dx.doi.org/https://pure.eur.nl/en/publications/218f13d1-d661-40a7-9180-c0a95b920fb6
DO https://pure.eur.nl/en/publications/218f13d1-d661-40a7-9180-c0a95b920fb6
SF ELIB - SuUB Bremen

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