|
Activity and location of C4 pathway enzymes in subgroups of C4 species
|
C4 plants |
Table - link |
N/A |
106673 |
Hatch and Osmond, Co... |
|
Properties of intercellular transport of C4 acids and CO2 during C4 photosynthesis
|
C4 plants |
Table - link |
N/A |
106674 |
Hatch and Osmond, Co... |
|
Summary of enzyme activities of the C4 pathway and location in the leaf
|
C4 plants |
Table - link |
µmol/min/mg chlorophyll |
106669 |
Ryuzi Kanai and Gerald... |
|
Comparisons of photochemical activities of isolated mesophyll and bundle sheath cell chloroplasts from leaves of C4 plants
|
C4 plants |
Table - link |
μmol/min/mg chlorophyll |
106676 |
Hatch and Osmond, Co... |
|
Intra- and intercellular localization of enzymes in the mesophyll cell and bundle sheath cell
|
C4 plants |
Table - link |
µmol/hour/mg chlorophyll |
106671 |
Ryuzi Kanai and Gerald... |
|
Photosynthetic carbon metabolism of isolated mesophyll and bundle sheath cells
|
C4 plants |
Table - link |
μmol/min/mg chlorophyll |
106672 |
Hatch and Osmond, Co... |
|
Effects of Adenylate Mixtures on NAD-Malic Enzyme with limiting and saturating substrate and activator concentrations
|
C4 plants |
Table - link |
N/A |
103981 |
Furbank RT, Agostino A... |
|
Effects of Adenylate Mixtures on NAD-Malic Enzyme activity
|
C4 plants |
Table - link |
N/A |
103980 |
Furbank RT, Agostino A... |
|
Minimum rate of metabolite transport in intact mesophyll chloroplasts and bundle sheath mitochondria
|
C4 plants |
Table - link |
μmol/min/mg chlorophyll |
106675 |
Hatch and Osmond, Co... |
|
Synthesis and degradation rate constant of C4-HSL (C4-homo-serine lactone)
|
Bacteria Pseudomonas aeruginosa |
synthesis rate 48,000nM/hr: degradation rate 0.0133/hour |
N/A |
112008 |
Pai A, You L: Optimal... |
|
Half maximal induction of quorum sensing by C4-HSL (C4-homo-serine lactone)
|
Bacteria Pseudomonas aeruginosa |
2.5 |
µM |
112009 |
Pai A, You L: Optimal... |
|
Water use efficency (WUE) in C4 plants
|
Biosphere |
2-5 |
g CO2 per kg H2O |
100672 |
Nobel, P. S. "Plant ... |
|
Fraction of total terrestrial plant species that are C4 species
|
Biosphere |
~3 |
% |
116891 |
Arrivault S et al., ... |
|
Estimated time range of evolution of rise to dominance of C4 plants in grasslands
|
Plants |
5-8 |
Mya |
105195 |
Christin PA, Besnard G... |
|
Estimated time range of evolution of C4 carbon fixation
|
Plants |
25-32 |
Mya |
105193 |
Wang X, Gowik U, Tang H... |
|
Fraction of total terrestrial carbon gain that C4 species account for
|
Biosphere |
23 |
% |
116892 |
Arrivault S et al., ... |
|
Number of times that C4 carbon fixation (Hatch–Slack pathway) evolved independently
|
Biosphere |
>65 |
times |
116890 |
Arrivault S et al., ... |
|
ATP concentration in a C4 plant mesophyll cell
|
Corn Zea mays |
22-48 |
nmol/mg chlorophyll |
103406 |
Roeske CA, Chollet R.... |
|
Increase in fraction of plant species that are C4 plants from Northern to Southern Europe
|
Biosphere |
Northern Europe (Svalbard) 0%: Azores 4.4% |
% |
116126 |
Duursma EK, Boisson MPRM... |
|
ADP concentration in a C4 plant mesophyll cell
|
Corn Zea mays |
7-16 |
nmol/mg chlorophyll |
103407 |
Roeske CA, Chollet R.... |