Sentence examples for efficiency under stress from inspiring English sources
Both overexpressing lines showed improved photosynthetic efficiency under stress conditions.
PAs are also well known for their positive effects on photosynthetic efficiency under stress conditions due to their acid neutralizing and antioxidant properties.
Polyamines exert positive effects on photosynthetic efficiency under stress conditions due to their acid neutralizing and antioxidant properties, as well as their membrane– and cell wall stabilizing activity [ 28].
Si and N-Si improved photosynthesis rate, mesophyll conductance, and plant water use efficiency under saline stress condition.
'Qinguan' leaves, indicating that regulation of photosynthesis plays an important role for higher water use efficiency under drought stress.
Interestingly, wild-type seedlings exhibited a marked reduction in maximal photochemical efficiency under salt stress, whereas no such change was observed for OsCYP2-transgenic seedlings.
Oxidized glutathione oxidizes MFN2 to form disulphide-mediated mitofusin oligomers, which increase mitochondrial fusion efficiency under redox stress conditions (Shutt et al., 2012).
With the purpose of evaluating the feasibility and the treatment efficiency under variable and stress conditions, the pilot plant was tested with and without vegetation at the design specifications and different organic and hydraulic load of grey water were performed.
The overall reduction of the DSCs efficiency under this harsh stress is relatively small (about 20%) due to nearly 10% decrease in the Short Circuit Current (Jsc) and Open Circuit Voltage (Voc) and mainly occurs in the initial stage (within the first 54 h).
We have previously assigned these nanoscale features to PCBM aggregates, and correlated their appearance with the degradation of device efficiency under modest thermal stress.
Genetic manipulation of Rubisco activase to improve its stability at high temperatures improves photosynthetic efficiency under moderate heat stress in Arabidopsis and is a potential target for crop biotechnology (Kurek et al., 2007).
