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Energy Metabolism: Photosynthesis (Environmental and Internal factors…
Energy Metabolism: Photosynthesis
Photosynthesis
6CO2+^H2O+energy------C6H12O6+6O2
Light dependent
Electromagnetic radiation
Photosystem II
Ph
P700
Absorbs light 700NM
Absorbs certain wavelengths
synthesis of ATP
Phosphorylation
Colorplast
Thylakoids
Flatten disks
Stacks of Thylakoi
Stroma
CF0-CF! Complex
ATP Synthase
Noncyclic Electron Transport
Cyclic electron transport
Increased wavelength absorbtion
Pigment
Chloroplast a
Quanta absorption
Electron activation
Excitied state
Ground state
5 Percent energy capture
Ferredoxin NADP+
Photosystem II
Plastocyanin
Cytochrome Bf6 Complex
Q Quinone
Plastoquinone
P680 Reaction Center
Energy and reducing power
Other Electron Carrier
Cytochromes
Heme
Intrinsic member protein
Thylakoid membrane
Electron carrier
Iron atom
Plastoquinones
Transport electrons
Dissolves into lipid chloroplast
Hydrophobic
Reducing Power
Plastioyanin
Caries electrons on copper ion
Travels Short distance
Redox Potential
Oxidation
Loss of electrons
NADP
NAD+
Take of electrons from molecules
Tendency to accept electrons or donate electrons
Reducing
Gain
gain of electrons
reducing agents
NADPH
2 more items...
Energy Carrier
ATP
Substrate Level Phosphorylation
Cystosol
Reactions not involving oxygen
Chloroplast
Sunlight
GTP
Oxidation Phosphorylation
Oxidation with oxygen
Mitochondria
Environmental and Internal factors
Light
Quality of light
Color or wavelength of light
Quantity of light
Intensity of light
Duration of light
Hours of sunlight
Light Dependent
Water
Leaf structure
C02 absorption
Conservation of water
C4 Metabolism
PEP (Phosphoenolprruvate Carboxylase)
High affinity for C02
Photo respiration
Water
Amount available
CAM (Crassulacean Acid Metabolism)
Second metabolism adaptation
Water Conservation
Stroma reactions
Dark Reactions
Light-independent reactions
C3 Cycle
3 Phosphoglyceraldehyde
Calvin/Benson cycle
Anabolic Metabolism
Synthesis of Polysaccardrides
di-hydroxyacetone Phosphate
Fructose 1, 6, bi phosphate
Fructose -6- Phosphate
Gluconeoensis
Glucose 6 Phosphate
Anabolism
Acceptor molecule
Ribulose 1, 5 bi-phosphate (RuBP) 5 carbons
RuBP Carboxylase RUBISCO Two 3- phosphoglycerate
1,3 diphosphoglyceraldehyde
Phosphorylation
Mitochondria
Photophosporylation
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