1) pigment system 1 (Pigment system I) to receive light energy. Which contains the substance is chl

Process ides of photosynthesis ides (photosynthesis) to create carbohydrates of green plants for the growth and repair of the plant as well as produce food for other creatures on the planet in green plants is similar. Aromatherapy Phil to absorb light energy from the sun is used to grow food and plants also need carbon dioxide, water and inorganic compounds ides as small molecule used in the process of photosynthesis. with light
Organic persuades the chloroplast of the plant is started (chloroplast) is the reaction of Photosynthesis. Electron microscopic study of the And techniques, keeping in mind the nature of the chloroplast display. The chloroplast is shaped by the dykes. A length of about 5 microns wide and 2 microns ides and a thickness of about 1-2 microns of each cell is uncertain. Went up with ten to hundreds, depending on the type of plant. And the types of plant cells Chloroplast ides by a membrane, 2 layer called UNIX membrane within a fluid called stroma (stroma) inner membrane of the chloroplast post will radiate inside become. substructure ides with a membrane called the lamella (lamella) lamella mostly resembles a sheet of flat, round, thin and stacked a set called Granada (grana) This section ides is thicker than most. Each layer of Granada called ides thylakoid (thylakoid) in chloroplasts filled by Granada were everywhere. Chloroplast by mature comprises Granada 40-60 Granada ides 1 chloroplast by the connection between the Granada called Inter Granada (intergrana) or stroma corona. Melaka (stroma lamella) or stroma thylakoid (stroma thylakoid) lamella consists membrane 2 layer filling chlorophyll and carotene carotenoids (carotenoids) surface in front of the Times. leave one in the pigment located in groups, making it look granular ides called granules (granule) granules with both small and large granules that are larger within the group. Pigment lighting system I (Photosystem I) or P 700 and 700 nm wavelength light energy well. And pigment optical systems II (photosystem II) or P680 powered light in the wavelength range 680 nm as well. And lighting the two systems are referred to as quanta ribosomal (quantasome) the granules are small, that is the presence of enzymes involved in electron transfer reactions that require light. In the stroma ides is an enzyme associated with the second reaction is a reaction that does not require light.
1) pigment system 1 (Pigment system I) to receive light energy. Which contains the substance is chlorophyll a kind of light with a wavelength of 700 nm is found in plants and algae all pigment systems 1 and acceptor conduction electrons form a different light.
2) separate aqueous photochemical reaction called anodic oxidation ides (Photolysis) causes protons (H +), electrons (e -) and O 2.
Light into chemical energy ides Compounds stored in ATP and NADPH 2 are chlorophyll when light shines. Some of the light energy is chlorophyll absorb it. Cause electrons within molecules called chlorophyll of higher energy excited electron, and if there is enough light to make the electrons loose from chlorophyll. Electrons may come off a lot. And are certain substances that are then transmitted electrons to cascade energy electrons decreasing the energy released is used to generate the ATP and NADPH + H + conduction electrons of chlorophyll a second system.
(Ferredoxin - reducing substance) then the X will transfer ides electrons to Fehr's flowers Xin (ferredoxin) at Tel Chrome b (cytochrome b) at Tel Chrome F. (cytochrome f) and plasma Master Saiyan. (plastocyanin), respectively, and then electron energy is released. And can be used to make ATP 2 ATP per electron pair 1.
Or PS I) and light 2 (photosystem II or PS II) electron transfer, this method requires the decomposition of water molecules. ides Therefore referred to as Photochemical anodic oxidation processes (photolysis) which was discovered by Robin Hill (Robin Hill), so it may be called by the name of the discovery. Reactions Hill (Hill reaction) reactions in addition to the dissociation of water molecules but also to create ATP and NADPH + H + The reaction occurs in steps as follows.
Two. Pigment optical system 1 when the energy (from solar) to disengage from chlorophyll. And be connected to the X and Fehr's flowers Abbasid respectively NADP + to a final electron acceptor. System lacks pigment that gives one electron to the first pair.
NADP + + 2e - +2 H + NADPH + H + 5. 2OH - will cause chemical changes to the water, oxygen and electrons 6. 2e - of water molecules has been sent to the pigment system 2 7. 2e - of. pigment optical system ides 2 will be sent to the cytochrome Q Plaster Master Quinone (plastoquinone) cytochrome b and then have the energy to make ATP, and then forwarded to the cytochrome. ides F. Plaster Master Saiyan. Pigment optical system 2 and 1.2, respectively, the reaction does not require light (dark reaction).
The reaction does not require light reaction is occurring within the stroma of the chloroplast display. It is a pure chemical (Chemical reaction) the reaction does not require light (or no light), but like ATP and NADPH + H + (which are high in energy Sak molecule) reactions that require light. Used by the fixation of carbon dioxide. (With Holy energy in the atmosphere as a low molecular carbohydrates. With an energy in the high molecular Sak), so this reaction is referred to as. Carbon dioxide fixation reaction (carbondioxid