… , we measured the S- state turnover as the flash- induced absorption … charge recombination
pathways in Photosystem II studied by thermoluminescence and chlorophyll fluorescence in …

… Singlet oxygen (1O 2 ) is generated by energy transfer from excited chlorophylls to oxygen in
the … decay and thermoluminescence. Flash-induced chlorophyll fluorescence decay can be …

… two photosystems, photosystem I (PSI) and photosystem II (PSII), at 700 nm and 680 nm,
respectively, represent the energy … Ducruet for lending us the thermoluminescence setup, and L. …

… and donors of Photosystem II (PSII) and Photosystem I (PSI), … in photosystems operating
with a lower energy headroom. … transfer (ET) and recombination kinetics therefore indicates a …

… that chlorophyll f insertion slows down the overall energy … able to power photosynthesis 2
. This was a central dogma in … in thermoluminescence observed in FRL PSII (meaning that …

… In this study, we investigate the effects of individual … energy gap for the backward electron
transfer from Q A − to Pheo slows down the charge recombination reaction with the S 3 and S 2 …

… Kinetics of single flash-induced chlorophyll fluorescence … photosynthesis by converting
absorbed sunlight energy into … The slow phase is caused by charge recombination [36]. The …

… by measuring OJIP transients of chlorophyll fluorescence... ....… of individual components in
the thermoluminescence (TL) … energy is converted in the chloroplasts into chemical energy by …

… the two photosystems, Photosystem II (PSII) and Photosystem I (PSI), at 680 nm and 700 nm
respectively, represent the energy … Thermoluminescence (TL) was measured with a lab-built …

… A regulation of excitation energy funnelling to PS I and PS II … in the PS II by measurement
of single flash induced transient … Chl fluorescence the method of thermoluminescence is …