DCPIP is a substance in the indicator. Which are blue When in a state of oxidation. And colorless w

Process of photosynthesis: the light reactions quimica require. Energy is the ability to use light energy to synthesize. The plants receive light energy is accumulated in the form of ATP and NADPH process is called reactions that require light or plant light reaction, which led to two compounds have to convey energy to the fixation of carbon dioxide. quimica In a reaction that does not require light or dark reaction or Calvin cycle (see Chapter 3) into sugar and other compounds. This chapter has discussed the need for the addition reactions of photosynthesis occur in various ways. But so is generally understood. Here is an example of Photosynthesis in green leaves as an example.
In this reaction, the free energy G is positive, which indicates the adsorption energy and S is negative, which indicates that the entropy decrease is the condition was more organized. Carbon dioxide into carbohydrates is This is a solid G = 686 kcal / mole (endergonic or endothermic reaction) S = -43.6 cal / mole. Degree quimica (entropy quimica decrease) in exposure and color lighting cabin relay power. (Photosystem) We know already that in leaf chloroplasts display. Membrane consisting of two layers within a fluid called stroma (stroma), which is a source of enzymes involved in the reactions do not require light. At the inner membrane is a structure that resembles a cyst called thylakoid (thylakoid), which are overlapping a set called Grass Namco (granum) and found in chloroplasts display. Namco spread the graphite. Between platinum graphite tube connecting the thylakoid called. Stroma thylakoid (stromal thylakoid) quimica on the thylakoid membranes quimica are a group of pigments that receives energy from light. Photosynthesis is a process used in many of the groups will contain several colors. In higher plants contain chlorophyll et chlorophyll quimica b and carotene carotenoids. Sunlight shines green leaves. Some will reflect off Partially penetrate into the leaves. And some, only to be sucked into passenger colored pigments such as chlorophyll mainly serves to absorb light. And transfer of light energy to cascade. Likewise the top of the cone, the power to send to the bottom of the cone. To send to the chlorophyll and pigments in the. Center reaction (reaction center optical systems I and II) There will be an energy loss of light in the form of light and heat, light (Photosystem) groups of pigments are 2 types, each with different abilities. absorbs light at different wavelengths, ie a group of pigments that can receive light energy during peak wavelength of about 700 nm, the optical system I or P700 are a group of pigments that absorb light energy peak. wavelengths around 680 nm light system called II or P680 reactions that require light. Divided into two steps, namely the optical system and the optical system II I II lighting system, lighting system during this phase II reaction centers to obtain energy quimica from light. The electron off And will be broken down. Releasing electrons And moving to renewable quimica electrons loose from P680 Figure 2.4 (see more details in the animation in Figure 2.7 to 2.10), the energy that has been at the center of the optical system II reaction causes electrons of chlorophyll. Have more energy It can fall out of a molecule of chlorophyll. The electrons that come off is the potential quimica for reducing or called with a very high potential of Extraction. This electron flow (flow) to a molecule with potential Extraction under the chain of moving electrons (electron transport chain) as shown in Figure 2.4, the electron quimica optical systems II is stimulated by light and dropped quimica out. have Make enzymes (manganese quimica as an element) that are close together can make it work better as the water molecules are split out. Is oxidized to water becomes oxygen (O 2) and hydrogen, or protons (H +), the equation of Hill.
The electrons from the splitting of water according to the equation above will replace electrons lost from the optical quimica system II due to an energy photons (units of light energy supplied) from the transfer of chlorophyll. Fall is around the R.Hill experiments prove that the process of photosynthesis is oxygen, O 2 was born out of the water.
DCPIP is a substance in the indicator. Which are blue When in a state of oxidation. And colorless when in reduced lighting conditions I P700 I or the optical system is shown in Figure 2.5 In this step P700 to get energy from light. The electron dislodged and passed to a receiver other electrons to an electron acceptor final ferredoxin (Fdx) to be used in generating NADPH Next partially restored by the electrons that come off a roundabout. dating back from the lighting system I electron, partly derived from optical quimica systems II or P680, as further detailed in Figure 2.6 Similarly, a reaction of the light I will be light energy transmitted from chlorophyll. Fall is around When sufficient energy (Wavelength of light, moderate) electrons from chlorophyll of light I would slip away (but in this case no splitting of water) with the potential for reducing the higher electron induced optical system II. and other electrons flow to the carrier. And the potential for reducing the use of light. Capable of reducing or reducing potential. Compare the results of any chemical substance to say that in some way it can be of reducing substances. Other well or how poorly it is that we can create a section. Unit of electric potential is the electron volt (eV) the substance of any kind. (In some manner) has a lower or more negative. quimica Reducing substances can have negative eV or less. To say that the substance with negative eV.

[Technology News] 20 พฤศจ กายน News geologists kimye believe that after about a year of world

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Such a clear view contrary to the view of the general view today is so close to the Atlantic Ocean, Africa and South America have gradually separated from trend; In turn, the Atlantic Ocean is still expanding while the Pacific Ocean on gradually closed, and this week a copy published in "Nature" magazine, the paper put forward three possible scenarios.
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Later, the glycosylation (glycosylation al. Galaxy and Hawaiian) to the hydroxyl group of the hydro

Collagen is the fibrous structural protein 3 lines, each line will tangle rotating spiral is left, then the third line is wrapped together in a spiral-like coil at right, sodium hydroxide called the Triple Helix.
Collagen is a protein located in the outer layer of cells. (Extracellular matrix) sodium hydroxide as 1 in 3 of all proteins. The quantity is 3 out of 4 of the dry weight of the skin.
The Collagen Triple Helix Structure The amino acid sequence of the protein on each line is a special need to have amino acid sequence glycine. (Glycine: Gly) unique between each amino acid is glycine 2 - XY-glycine - XY .... where X and Y can be anything, but amino acids are mainly proline (. Proline: Pro, 28%) and hydroxy proline (Hydroxyproline: Hyp, 38%).
Collagen is found in vertebrates, with up to 28 species may be divided into two groups, sodium hydroxide namely collagen, the fibers (fibrillar collagen) and collagen that is fiber, sodium hydroxide but it is a project. latticework (non fibrillar collagen) by 90% of the collagen found to be a fiber.
Skin, blood vessels, sodium hydroxide connective tissue.
Collagen is the protein synthesis, thus initiating transcription of genes. (Transcription) in the nucleus M RNA (mRNA) out.
The mRNA moves out of the nucleus into the cytoplasm's site (cytoplasm) to decipher. (Translation) to the ribosome (ribosome) perched on Endo plasma Mick retinol Coolum ((rough) endoplasmic reticulum) are lines peptides is called pre profiles neck. Collagen (Pre-pro-collagen). sodium hydroxide
Line pre-processing of collagen to file through niche (lumen) sodium hydroxide within unglued plasma Mick retinol Coolum to signal the enzyme Dekkers into optical Anders (signal peptidase) to cut the line. peptides released from the ribosome to continue.
Then takes The addition of hydroxyl chloride. (Hydroxylation) to the residue (residue) of the amino acid proline. And lysine by the enzyme propyl -3 - hydroxy steel. (Propyl-3-hydroxylase), propyl -4 - hydroxy steel. (Propyl-4-hydroxylase) and anodic oxidation of hydroxy steel (Lysyl hydroxylase) by requiring catalysts include ferrous ions (Fe 2 +), 2 - Glutamine thins out the chains. sodium hydroxide (2-oxoglutarate), sodium hydroxide oxygen and vitamin C, making sodium hydroxide it the third amino acid is a 3 - hydroxy proline. (3-hydroxyproline), 4 - hydroxy proline. (4-hydroxyproline) and hydroxy lysine. (Hydroxylysine)
Later, the glycosylation (glycosylation al. Galaxy and Hawaiian) to the hydroxyl group of the hydroxy amino acid lysine, which we call this reacted glycosides prototype. (Glycosylation) to make the fiber line alpha (α chain) 3 lines, and each line will be drawn between bonding wires cause twisting of the lines and the structure twisted (triple helix), which we called sodium hydroxide Prometheus. collagen (pro-collagen).
Prometheus collagen synthesis in unglued from the plasma retinol Mick Coolum will be sent to Chi Body Glow to change the structure and can be transported out of the cell.
Prometheus collagen when out of cell is an enzyme located on the cell membrane called collagen into optical oxidase (collagen peptidase) into the tail section of Prometheus collagen and become sodium hydroxide Pangea. collagen (Tropocollagen)
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In summary, the gluta frosta Glutathione is an antioxidant in the body that are high compared to. Vitamin C or Vitamin E. When people age, we become more amount of glutathione in the body is reduced. Resulted upl in cell and every organ degradation. In contrast, the Researchers found that the longevity and health. Often detected high levels of glutathione in the bloodstream. Principles of buying Glutathione is safe and effective gluta frosta.
- Has a Point. In order to guarantee security - with Glutathione at least 250 mg per 1 capsule - the alpha - line post Ignatius. To enhance the influence upl of glutathione gluta frosta - A Sisterly E. Glutamine and Glycine is a component of black skin caused by what?
White or black, depending on the outer skin cells called melanocytes Services (Melanocyte), which serves to produce a pigment called melanin (Melanin) to create any type pigments. Normal pigment which can be divided into two types, namely, 1 black pigment (Eumelanin) 2 yellow pigment (Pheomelanin) Glutathione helps the skin by inhibiting the enzymatic activity upl of tyrosinase. upl (The enzyme that triggers the production of pigment black), resulting in skin. This mechanism is bordered Research of Tohoku University in Japan found that glutathione is Ichiya synthesis of melanin, or skin pigment within 1 hour by increasing the amount of dopamine. But does not increase the enzyme tyrosinase, vitamin C, glutathione, upl glutathione, vitamin upl C Frost (English: vitamin C) is a vitamin. Water soluble Body is not able to create your own. It needs to be Of the intake Vitamin C is an antioxidant in the body. Increases in life as well. It can prevent gluta frosta. Hot Search!!! Conclusions glutathione Have a duty to help the pigment or pigments work well Menon to Post navigation.
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The lighting system I or P700 is shown in Figure 2.5 In this step P700 to get energy from light. Th

Was already known that the plant is an important one. Light energy can lead to fixation of carbon dioxide. And build the food stored in organic matter. The process of photosynthesis In addition, know that the plants are in leaf chlorophyll, which is essential for photosynthesis. And produce carbohydrates and oxygen and is also aware that plants have the right structure to how it works.
Conducts photosynthesis occur in various ways. But so is generally understood.
Here is an example of Photosynthesis in green leaves as an example. biomoleculas In this reaction, the free energy G is positive, which indicates the adsorption energy and S is negative, which indicates that the entropy decrease is the condition was more organized. Carbon dioxide into carbohydrates is This is a solid G = 686 kcal / mole (endergonic or endothermic reaction) S = -43.6 cal / mole. Degree (entropy decrease).
Group of pigments with 2 types each with the ability to absorb light energy at different wavelengths, ie a group of pigments that can receive light energy wavelengths up to about 700 nm, the light I. or the group P700 pigment which absorbs light energy peak wavelength around 680 nm light system called II or P680.
The lighting system I or P700 is shown in Figure 2.5 In this step P700 to get energy from light. The electron dislodged and passed to a receiver other electrons to an electron acceptor final ferredoxin (Fdx) to be used in generating NADPH Next partially restored by the electrons that come off a roundabout. dating back from the lighting system I electron, partly derived from optical systems II or P680, as further detailed in Figure 2.6 Similarly, a reaction of the light I will be light energy transmitted from chlorophyll. Fall is around When sufficient energy (Wavelength of light, moderate) electrons from chlorophyll of light I would slip away (but in this case no splitting of water) with the potential for reducing the higher electron induced optical system II. and other electrons flow to the carrier.
Reaction that does not use light (dark reaction) or cycle the Calgary Winter (Calvi photosynthesis process of plants n cycle) is the process of carbon dioxide fixation. To organic Which require the use of ATP and NADPH from the light reactions to synthesize sugars. This process occurs in stroma. Which is external thylakoid but within chloroplasts display.
Reaction in the Calgary Winter cycle is divided into three main steps, as shown in Fig. A carbon dioxide fixation step (CO 2) combines with a profit Boulou 1,5 bis phosphate reduced molecular structure with the help of ATP and NADPH to the carbon fixation Wizard of new aid. ATP
Important reaction cycles of Calgary win. Chemical reaction is the first step to fixing CO 2 to R1, 5-BP (ribulose 1,5 bisphosphate) into 3PGA (3-phosphoglyceraldehyde) two molecular gases CO 2 is immobilized by covalent bonds into a single section. organic molecules R1, 5-BP, which is a water-soluble solid. Single bonding occurs because the two reaction steps of CO 2 fixation reactions which release energy from ATP to encourage biomoleculas DG) are very negative. Reduced NADPH molecules and reactions live. Are among the more acidic biomoleculas (Carboxylic acrylic) is a sugar molecule that is among the Al aldehydes and ketones. It is drawn by the principles of chemical equilibrium, Le Chatelier equation to officially pushed to make glucose, which is stable over 3PGA of which are less stable. biomoleculas
It can be seen that as long as the chloroplast are ATP and NADPH post in stroma enough if they can frozen CO 2 enzymes and other components. In unison, the Calgary Winter Cycle Elements is not necessary biomoleculas in the light, so we have a reaction that does not need light again.

Normal oxygen in the air to the volume of oxygen (O2), about 25%, which is already fixed. It rarely

A process that includes chemical reactions that occur continuously as a sequence on the Palisades plant cell is powered by solar cells, chloroplasts in plants convert carbon dioxide and hydrogen derived. sources of water or other hydrogen into a compound type carbo hydrates and oxygen occurs. Photosynthesis and respiration processes in the cell are balanced by respiration work together fiberglass to break down food for energy and carbon dioxide. Process of photosynthesis to create carbo hydrates. And oxygen occurs as a cycle. Photosynthesis occurs in the ocean. Most, about 85 %, Particularly diatoms are living with Photosynthesis Photosynthesis occurs most of life on the ground is about 10% of fresh water and 5%, respectively.
Chloroplast by [Chloroplast] fiberglass are organic species in the plant cell organelle. Inside the chloroplast by the chlorophyll content. Which can absorb energy from the sun is used in the process fiberglass of photosynthesis. Chloroplasts in higher plants will look like a long oval or ellipsoidal and about 5 microns wide and 2 microns, 1-2 microns thick, with two inner membrane consists of two major parts: the Stroma and Lamella is a thin sheet. stack consisting of protein, fat, chlorophyll and pigment. Lamella plates stacked layers called Granada (Grana) sheets, each sheet is stacked lamella in Granada called thylakoid (Thylakoid) as a source of energy from light. Which consists of groups of pigment system 1 and system 2 pigment called quanta ribosomal (Quantasome).
The light intensity If the intensity of light. The rate of photosynthesis will increase the temperature chart on the intensity of light. Affect the rate of photosynthesis light together is if the temperature rises alone. But the intensity of the light will not cause increased rates of photosynthesis. The rate of photosynthesis will increase. Reached, then the rate of photosynthesis is reduced as temperature fiberglass and light intensity increased, and also depends on the type of plants, such as plants, fiberglass c3 and c4 plants usually do not think about other factors. Involved The rate of photosynthesis of plants, mainly to add more. At higher temperatures in the range 0-35 C and 0-40 C if the temperature is higher. The rate of photosynthesis is reduced. fiberglass This is because the process of photosynthesis is an enzyme controlled fiberglass reaction. And the enzyme depends on temperature, so the temperature is correlated with the rate of photosynthesis. fiberglass The chemical reactions that are correlated with temperature. Thermo-chemical reaction. If the light intensity is very small. The effect on photosynthesis of plants was less than the breathing process. Brown is gone Plants can not live. The rate of photosynthesis of a plant is not. Depending on the intensity of light only. But it also depends on the wavelength (quality) fiberglass of light and moments have been like if the plants receive light for photosynthesis, the process will be improved. But if the plant is very light with intensity. In too long Photosynthesis is the process halted. Or stopped only because chlorophyll is stimulated too. Oxygen fiberglass into the atmosphere instead of going outside. Plants to be oxidized components and nutrients within the cell. Phil duets, including fiberglass the color of chlorophyll fade. Efficiency of chlorophyll fiberglass and enzymes to deteriorate. Thus creating sugar
The concentration of carbon dioxide If the concentration of carbon dioxide (CO2) increased fiberglass from the normal level in the air. The rate of photosynthesis increases fiberglass accordingly. To a certain extent, although fiberglass the concentration of carbon dioxide will be higher. But the rate of photosynthesis is higher as well. And if the plants get carbon dioxide With a higher concentration level in water for a long time. Will affect the rate of photosynthesis decreases as the graph of carbon dioxide will affect fiberglass the rate of Photosynthesis much depends on other factors such as the concentration increases. fiberglass But the intensity fiberglass of the light And the air temperature was lower this case, the rate of photosynthesis will be reduced accordingly. In contrast, the If carbon dioxide concentrations are higher. fiberglass The intensity of the light and the air temperature was increased. fiberglass This case, the rate of photosynthesis will be higher as well. Biologists therefore tend to avoid certain plants in the greenhouse through the lot, the more carbon dioxide is. Consequently, the process of photosynthesis, plants are increasing. Food was more Growing so fast Early dividends fiberglass And a fruitful season
Temperature is one of the factors influencing the photosynthesis of plants. In general, the rate of photosynthesis will increase. At higher temperature 10-35 C if the temperature is higher than the rate of photosynthesis is reduced fiberglass as the temperature increased. The rate of photosynthesis at high temperatures. Also depends on the time factor, ie if the temperature constant at 40 C the rate of photosynthesis is reduced as time increases. This is because enzymes work well in the precise temperature is above 40 C enabling the enzyme to degradation of the enzyme halted. Therefore, it is related to the synthesis temperature light. The chemical fiberglass reactions that are correlated with temperature. Thermal Chemical Reaction (Thermochemical reaction)
Normal oxygen in the air to the volume of oxygen (O2), about 25%, which is already fixed. It rarely affects photosynthesis. However, if the oxygen reduction will result in higher rates of photosynthesis. But if there is too much to cause a reaction.

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