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C4 Carbon Fixation
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ISBN: 9786130274320

Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. C4 carbon fixation is one of three biochemical mechanisms, along with C3 and CAM photosynthesis, functioning in land plants to "fix" carbon dioxide (binding the gaseous molecules to dissolved compounds inside the plant) for sugar production through photosynthesis. C4 fixation is an elaboration of C3 carbon fixation (which operates in most plants), and is believed to have evolved more recently. C4 and CAM overcome the tendency of RuBisCO (the first enzyme in the Calvin cycle) to fix oxygen rather than carbon dioxide, which leads to a loss of energy and carbon in a process called photorespiration. This is achieved by using a more efficient enzyme to fix CO2 in mesophyll cells and shuttling the fixed carbon via malate or oxaloacetate to bundle-sheath cells, where Rubisco is sequestered from atmospheric oxygen and can be saturated with CO2 released by decarboxylation of the malate or oxaloacetate. However, these additional steps require energy in the form of ATP. Because of these tradeoffs, no one of these three photosynthetic pathways is considered superior to the others -- rather, each is best suited to a different set of conditions. Textbooks New Books ~~ Science~~ Life Sciences ~~ Biochemistry C4-Carbon-Fixation~~Frederic-P-Miller VDM Publishing House Ltd. C4 carbon fixation is one of three biochemical mechanisms, along with C3 and CAM photosynthesis, functioning in land plants to 'fix' carbon dioxide (binding the gaseous molecules to dissolved compounds inside the plant) for sugar production through photosynthesis. C4 fixation is an elaboration of C3 carbon fixation (which operates in most plants), and is believed to have evolved more recently. C4 and CAM overcome the tendency of RuBisCO (the first enzyme in the Calvin cycle) to fix oxygen rather than carbon dioxide, which leads to a loss of energy and carbon in a process called photorespiration. This is achieved by using a more efficient enzyme to fix CO2 in mesophyll cells and shuttling the fixed carbon via malate or oxaloacetate to bundle-sheath cells, where Rubisco is sequestered from atmospheric oxygen and can be saturated with CO2 released by decarboxylation of the malate or oxaloacetate. However, these additional steps require energy in the form of ATP. Because of these tradeoffs, no one of these three photosynthetic pathways is considered superior to the others -- rather, each is best suited to a different set of conditions.

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C4 Carbon Fixation
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C4 Carbon Fixation - Taschenbuch

2010, ISBN: 6130274327, Lieferbar binnen 4-6 Wochen Versandkosten:Versandkostenfrei innerhalb der BRD

ID: 9786130274320

Internationaler Buchtitel. In englischer Sprache. Verlag: Alphascript Publishing, Paperback, 136 Seiten, L=220mm, B=150mm, H=8mm, Gew.=219gr, [GR: 16760 - HC/Biochemie/Biophysik], Kartoniert/Broschiert, Klappentext: C4 carbon fixation is one of three biochemical mechanisms, along with C3 and CAM photosynthesis, functioning in land plants to "fix" carbon dioxide (binding the gaseous molecules to dissolved compounds inside the plant) for sugar production through photosynthesis. C4 fixation is an elaboration of C3 carbon fixation (which operates in most plants), and is believed to have evolved more recently. C4 and CAM overcome the tendency of RuBisCO (the first enzyme in the Calvin cycle) to fix oxygen rather than carbon dioxide, which leads to a loss of energy and carbon in a process called photorespiration. This is achieved by using a more efficient enzyme to fix CO2 in mesophyll cells and shuttling the fixed carbon via malate or oxaloacetate to bundle-sheath cells, where Rubisco is sequestered from atmospheric oxygen and can be saturated with CO2 released by decarboxylation of the malate or oxaloacetate. However, these additional steps require energy in the form of ATP. Because of these tradeoffs, no one of these three photosynthetic pathways is considered superior to the others -- rather, each is best suited to a different set of conditions. C4 carbon fixation is one of three biochemical mechanisms, along with C3 and CAM photosynthesis, functioning in land plants to 'fix' carbon dioxide (binding the gaseous molecules to dissolved compounds inside the plant) for sugar production through photosynthesis. C4 fixation is an elaboration of C3 carbon fixation (which operates in most plants), and is believed to have evolved more recently. C4 and CAM overcome the tendency of RuBisCO (the first enzyme in the Calvin cycle) to fix oxygen rather than carbon dioxide, which leads to a loss of energy and carbon in a process called photorespiration. This is achieved by using a more efficient enzyme to fix CO2 in mesophyll cells and shuttling the fixed carbon via malate or oxaloacetate to bundle-sheath cells, where Rubisco is sequestered from atmospheric oxygen and can be saturated with CO2 released by decarboxylation of the malate or oxaloacetate. However, these additional steps require energy in the form of ATP. Because of these tradeoffs, no one of these three photosynthetic pathways is considered superior to the others -- rather, each is best suited to a different set of conditions.

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C4 Carbon Fixation
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C4 Carbon Fixation

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9786130274320

C4 carbon fixation is one of three biochemical mechanisms, along with C3 and CAM photosynthesis, functioning in land plants to 'fix' carbon dioxide (binding the gaseous molecules to dissolved compounds inside the plant) for sugar production through photosynthesis. C4 fixation is an elaboration of C3 carbon fixation (which operates in most plants), and is believed to have evolved more recently. C4 and CAM overcome the tendency of RuBisCO (the first enzyme in the Calvin cycle) to fix oxygen rather than carbon dioxide, which leads to a loss of energy and carbon in a process called photorespiration. This is achieved by using a more efficient enzyme to fix CO2 in mesophyll cells and shuttling the fixed carbon via malate or oxaloacetate to bundle-sheath cells, where Rubisco is sequestered from atmospheric oxygen and can be saturated with CO2 released by decarboxylation of the malate or oxaloacetate. However, these additional steps require energy in the form of ATP. Because of these tradeoffs, no one of these three photosynthetic pathways is considered superior to the others -- rather, each is best suited to a different set of conditions.

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EAN (ISBN-13): 9786130274320
ISBN (ISBN-10): 6130274327
Gebundene Ausgabe
Taschenbuch
Erscheinungsjahr: 2010
Herausgeber: Alphascript Publishing
136 Seiten
Gewicht: 0,219 kg
Sprache: eng/Englisch

Buch in der Datenbank seit 17.05.2009 23:51:54
Buch zuletzt gefunden am 10.10.2014 17:39:45
ISBN/EAN: 9786130274320

ISBN - alternative Schreibweisen:
613-0-27432-7, 978-613-0-27432-0

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