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Claim · model-written summary
The double-knockdown Flaveria bidentis line grows more poorly than the FbNdhO-RNAi line.
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Flaveria bidentisVerbatim
e1“In this study, we used Flaveria bidentis knockdown lines targeting PGRL1 or NdhO and their double-knockdown lines”
e2“The double-knockdown line exhibited poorer growth than the FbNdhO-RNAi line, indicating that both pathways were essential for ATP production”
Title
Asuka Nakamura; Takako Ogawa; Ginga Shimakawa; et al. PLANT PHYSIOLOGY 2026. doi:10.1093/plphys/kiag146
Other claims from this paper (8)
- Intervention effect Acceptor-side limitation of P700 under high light is found in the FbNdhO-RNAi line.
- Intervention effect Acceptor-side limitation of P700 under lower to high light is found in the FbPGRL1-RNAi line.
- Intervention effect Acceptor-side limitation of P700 under lower to high light is found in the double-knockdown line.
- Intervention effect Ferredoxin is reduced more in the FbPGRL1-RNAi line than in the wild type.
- Intervention effect Ferredoxin is even more reduced in the double-knockdown line than in the FbPGRL1-RNAi line.
- Intervention effect Photoinhibition caused by high light is more pronounced in photosystem I than in photosystem II.
- Mechanism Both cyclic electron transport pathways protect photosystem I from photoinhibition by alleviating the acceptor-side limitations of P700.
- Mechanism Both cyclic electron transport pathways are essential for ATP production required for growth.