The wires and sensitive components of electrical temperature sensors are all made from metal materials, which are susceptible to corrosion and damage, and have a short working life in a relatively harsh environment.
Photosystem II (PSII) is the most thermally sensitive component of photosynthesis and its activity is greatly reduced or even partially stopped under high temperatures [ 35].
PSII is thermally labile and is considered to be the most sensitive component of the electron transport chain [ 55, 56].
In mitochondria, sHSPs protect respiratory complexes (especially complex I, which is the most heat sensitive component of the respiratory chain) from degradation and proteolysis (Lenne and Douce 1994; Downs and Heckathorn 1998).
Autotrophic plant respiration (Ra) is a large, environmentally sensitive component of the ecosystem carbon balance, and net ecosystem carbon flux will change as the balance between photosynthesis and respiration changes [3, 44, 45].
Autotrophic plant respiration (Ra) is a large, environmentally sensitive component of the ecosystem carbon balance, and net ecosystem carbon flux will change as the balance between photosynthesis and respiration changes [ 3, 44, 45].
In this regard, the reaction center of PSII is considered to be the most sensitive component of the thylakoid membrane to thermal breakdown, and the function of the water-splitting D1 protein within PSII has been implicated as the most readily damaged by high temperature [ 10] as well as the being the primary target for photoinhibition [ 16, 17].
This property is used as the sensitive component of a gas sensor.
Although the N400 is the best understood semantically sensitive component of the event-related potential (ERP), others have been observed as well.
Photosystem II (PSII) is the most thermally sensitive component of photosynthesis.
