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High-Resolution Shotgun Proteomics Reveals That Increased Air [Co2] Amplifies the Acclimation Response of Coffea Species to Drought Regarding Antioxidative, Energy, Sugar, and Lipid Dynamics

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P-00X-3ZZ

Author(s)

Marques, I

Rodrigues, AP

Gouveia, D

Lidon, FC

Martins, S

Semedo, MC

Gaillard, JC

Pais, IP

Semedo, JN

Scotti Campos, P

Reboredo, FH

Partelli, FL

DaMatta, FM

Armengaud, J

Ribeiro Barros, AI

Ramalho, JC

Tipo de Documento

Article

Year published

2022

Publicado

in JOURNAL OF PLANT PHYSIOLOGY, ISSN: 0176-1617

Volume: 276, Páginas: 153788 (14)

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Publication Identifiers

DOI: 10.1016/j.jplph.2022.153788

Pubmed: 35944291

SCOPUS: 2-s2.0-85136633980

Wos: WOS:000847851300005

Source Identifiers

ISSN: 0176-1617

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High-Resolution Shotgun Proteomics Reveals That Increased Air [Co2] Amplifies the Acclimation Response of Coffea Species to Drought Regarding Antioxidative, Energy, Sugar, and Lipid Dynamics

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High-Resolution Shotgun Proteomics Reveals That Increased Air [Co2] Amplifies the Acclimation Response of Coffea Species to Drought Regarding Antioxidative, Energy, Sugar, and Lipid Dynamics

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