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CO2 - sve o Co2 plinu u kojim mjerama i kako
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<blockquote data-quote="PowerSeed" data-source="post: 396006" data-attributes="member: 1364"><p>koga zanima tu je, u najkracem i malo detaljnije na linkovima</p><p></p><p>"Photosynthesis occurs in all green parts of plants. The process has two stages, the light reactions and the <strong>Calvin cycle</strong>, that convert water and carbon dioxide into sugar and oxygen. These sugars are later used to power all the processes in the plant, including the synthesis of THC and other cannabinoids (Shipperke, 04.02.2002; Ca, 03.13.2002). Fan leaves possess the greatest number of stomata, which are small pores or valves on the underside of the leaf which water vapor and carbon dioxide diffuse during transpiration and photosynthesis (carbon fixation). Carbon dioxide first enters the leaf through the stomata and combines with the stored energy in the chloroplasts through a chemical reaction (the Calvin cycle) to produce a simple sugar. This sugar is unloaded into the tissues and transported through tubes in the leaf to supply the synthesized food to other plant parts such as growing or respiring tissues like young leaves, roots, and flowers of the plant. meristems (UK Tricky Knome, 03.14.2002)."</p><p></p><p>"So when all of this mixes together in photosynthesis, the <strong>Calvin cycle</strong> (light) fixates or concentrates on CO2 to make what is called 3-Carbon sugars during this light cycle. Later during the darkness or “night cycle”, this 3-Carbon sugars are converted to 6-Carbon sugars such as glucose and fructose. Now the point should be clear and obvious. We need both the daylight for photosynthesis to occur and generate 3-Carbon sugars but we also need the darkness or night to finish the job and create 6-Carbon sugars to make glucose and fructose that is used to make cellular carbon or the bulk of ATP and NADH during aerobic respiration during the dark cycle."</p><p></p><p><a href="http://ag.arizona.edu/pubs/garden/mg/botany/physiology.html#Top" target="_blank">http://ag.arizona.edu/pubs/garden/mg/botany/physiology.html#Top</a></p><p><a href="http://hyperphysics.phy-astr.gsu.edu/hbase/biology/calvin.html" target="_blank">http://hyperphysics.phy-astr.gsu.edu/hbase/biology/calvin.html</a></p></blockquote><p></p>
[QUOTE="PowerSeed, post: 396006, member: 1364"] koga zanima tu je, u najkracem i malo detaljnije na linkovima "Photosynthesis occurs in all green parts of plants. The process has two stages, the light reactions and the [B]Calvin cycle[/B], that convert water and carbon dioxide into sugar and oxygen. These sugars are later used to power all the processes in the plant, including the synthesis of THC and other cannabinoids (Shipperke, 04.02.2002; Ca, 03.13.2002). Fan leaves possess the greatest number of stomata, which are small pores or valves on the underside of the leaf which water vapor and carbon dioxide diffuse during transpiration and photosynthesis (carbon fixation). Carbon dioxide first enters the leaf through the stomata and combines with the stored energy in the chloroplasts through a chemical reaction (the Calvin cycle) to produce a simple sugar. This sugar is unloaded into the tissues and transported through tubes in the leaf to supply the synthesized food to other plant parts such as growing or respiring tissues like young leaves, roots, and flowers of the plant. meristems (UK Tricky Knome, 03.14.2002)." "So when all of this mixes together in photosynthesis, the [B]Calvin cycle[/B] (light) fixates or concentrates on CO2 to make what is called 3-Carbon sugars during this light cycle. Later during the darkness or “night cycle”, this 3-Carbon sugars are converted to 6-Carbon sugars such as glucose and fructose. Now the point should be clear and obvious. We need both the daylight for photosynthesis to occur and generate 3-Carbon sugars but we also need the darkness or night to finish the job and create 6-Carbon sugars to make glucose and fructose that is used to make cellular carbon or the bulk of ATP and NADH during aerobic respiration during the dark cycle." [URL]http://ag.arizona.edu/pubs/garden/mg/botany/physiology.html#Top[/URL] [URL]http://hyperphysics.phy-astr.gsu.edu/hbase/biology/calvin.html[/URL] [/QUOTE]
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