Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tissue after photoinhibition is most direct but time-consuming, while measurement of chlorophyll fluorescence in leaves is only representative of chloroplast near the leaf surface. To circumvent these deficiencies, we obtained an excellent l linear correlation between (a) the integrated, transient electron flow Σ to PS I, after superimposing a single-turnover flash on steady far-red light, and (b.) the relative oxygen yield per flash during progressive photoinactivation of Photosystem II Leaves of C3 and C4 plants, woody and herbaceous species, wild type and a chlorophyll b-less (PS) II mutant, and monocot and dicot plants gave a single linear ...
Given its unique function in light-induced water oxidation and its susceptibility to photoinactivati...
<p>Paper describes principles and application of a novel routine that enables the quantitative analy...
We sought a rapid, non-intrusive, whole-tissue measure of the functional photosystem II (PS II) cont...
Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tissue a...
none6Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tis...
Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tissue a...
Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tissue a...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
We sought a rapid, non-intrusive, whole-tissue measure of the functional photosystem II (PS II) cont...
Given its unique function in light-induced water oxidation and its susceptibility to photoinactivati...
Given its unique function in light-induced water oxidation and its susceptibility to photoinactivati...
<p>Paper describes principles and application of a novel routine that enables the quantitative analy...
We sought a rapid, non-intrusive, whole-tissue measure of the functional photosystem II (PS II) cont...
Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tissue a...
none6Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tis...
Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tissue a...
Assaying functional Photosystem I1 (PSII) complexes by flash-induced oxygen yield from leaf tissue a...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
Assaying the number of functional PSII complexes by the oxygen yield from leaf tissue per saturating...
We sought a rapid, non-intrusive, whole-tissue measure of the functional photosystem II (PS II) cont...
Given its unique function in light-induced water oxidation and its susceptibility to photoinactivati...
Given its unique function in light-induced water oxidation and its susceptibility to photoinactivati...
<p>Paper describes principles and application of a novel routine that enables the quantitative analy...
We sought a rapid, non-intrusive, whole-tissue measure of the functional photosystem II (PS II) cont...