Two. Reactive carbon (carbon reaction) or carbon fixation reaction (CO2 fixation reaction) or also

Of Photosynthesis photosynthesis An important biochemical process in which plants, algae and some bacteria get energy from the sun, all living beings, almost all the energy from photosynthesis to growth both directly and indirectly. There are also producing oxygen, which is a component of a large percentage of the Earth's atmosphere with a creature that generate energy from photosynthesis process called "phototrophs" molecules that have the ability to absorb light that is on. plants matweb and creatures is a pigment (pigment).
Structure of chloroplast display. Structure and function matweb of chloroplast post more. Chloroplast by a majority matweb of the plants are oval shaped. A length of about 5 microns wide and 2 microns matweb thick, 1-2 microns in each cell of the chloroplast by much less. Varies depending on the cell type and species of plant.
Chloroplast membrane composed by two layers within a fluid called stroma contains enzymes needed for. Carbon fixation in photosynthesis are the chloroplasts in the display. matweb Also the thylakoid membrane. The overlapping folds called graphite support and parts that do not overlap are called. Bistro La Mala mail Pigments and chlorophyll matweb are located on the thylakoid membrane is called the lumen, which is the liquid inside. Also within the chloroplast DNA RNA and also features in the ribosome. Make chloroplasts can replicate itself by a new and manufactured for use in chloroplast enzymes in chloroplasts by itself was similar to mitosis Alexandria.
Pigments in reactions We can find that Spyro A selection algal photosynthesis is the light blue and red light. Pigments found in photosynthetic organisms matweb that have many kinds. Plants and algae, which is a creature of the eukaryotes. Pigments are located in the chloroplast display. However, cyanobacteria, and green pigment found in bacteria. Reaction center and light inserted in the membrane. Or other elements that change comes from the membrane. The part of the membrane that extends into the body at time Plas substituting the inner membrane matweb of the chloroplast display. Each creature type of synthetic light. matweb There are many types of pigments We have found that Plants and green algae contain chlorophyll 2 types of chlorophyll a and chlorophyll b besides chlorophyll and carotene are also carotenoids. And found that some types of algae with light Medford Los Angeles.
Plants absorb light reactions in chloroplasts display. In the process called matweb Reactive light into chemical energy in plants can be used on the ATP and NADPH thylakoid membranes is light I and protein II lighting system to receive and transmit electrons. Which mimics the arrangement Various light energy Absorbed by the pigment to the electron energy level increased. And can be broadcast to multiple formats. Pigments in Ann Athena will be a broadcast energy absorbed. matweb Pigment molecules from one place to another pigment molecule. matweb
Fixation of carbon dioxide 1. Reaction to light (light reaction), a process that occurs at the membrane independent of the one in (thylakoid membrane) in the Page of turns light energy comes in the form of chemical energy of organic matweb compounds. two types of high-energy compounds ATP and NADPH which power is to be adopted in the reaction of carbon dioxide fixation (CO2 fixation reaction) next.
Two. Reactive carbon (carbon reaction) or carbon fixation reaction (CO2 fixation reaction) or also known by the name of the discoverer of the reaction. Calgary Winter Cycle (Calvin cycle) This reaction occurs at the stroma (stroma), which is the liquid part of the chlorophyll in the general reaction. It is a process that transforms inorganic carbon. Which is in the form of carbon dioxide (CO2) to organic carbon is in the form of sugar. The energy of ATP and NADPH from the light reactions ATP and NADPH entering into the reaction cycle of Calgary win. To give the product ADP and NADP + into the energy of the reaction, which is a new light.
Pirates photochemical race action. Fixation of carbon dioxide to RuBP enzyme Room Bisco in the stroma of chloroplasts display. This enzyme can stimulate carbon fixation to RuBP RuBP fixation can also stimulate oxygen as well. Treasure Rubio's storehouse of enzymes, thus making them capable of fixing carbon dioxide in photosynthesis of plants to decline. Because oxygen competes matweb with carbon dioxide to react with RuBP.
C 4 carbon cycle of the plant allows the plant to the carbon dioxide in the atmosphere and in cell chains Phil at low concentrations into the cell sheet bundle. The concentration of carbon dioxide in the cell sheet bundle is very high compared to the concentration of oxygen. Fixation by RuBP oxygenation matweb reactions occur less C4 species, so there is no loss of carbon atoms from photochemical Pirates steep until the gauge is not in normal condition.
Mechanism matweb to increase the concentration of carbon dioxide in plants cam Some plants can grow in the presence of sunlight and drought. The daytime environment is low humidity and high temperatures. The plant water loss Plants have evolved to reduce water loss. The photosynthesis process that is different from C 3 and C 4 plants, including cactus matweb and pineapple plants they will open their stomata only at night and keep the leaves in the daytime matweb to prevent water loss. At night when the stomata open CO 2 fixation occurs by the incorporation of carbon dioxide into organic compounds, which are changed for various types of organic molecules to acidic several together. Occurring organic compounds that are stored in the vacuole (vacuole) when stomata closed in daytime. The light reaction takes place to make ATP and NADPH for entering into the Calvin cycle. Carbon dioxide is the most