Wagner 1998 Plant Physiol: Difference between revisions
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|year=1998 | |year=1998 | ||
|journal=Plant Physiol | |journal=Plant Physiol | ||
|abstract=In vivo ubiquinone (UQ) reduction levels were measured during the development of the inflorescences of Arum maculatum and Amorphophallus krausei. Thermogenesis in A. maculatum spadices appeared not to be confined to a single developmental stage, but occurred during various stages. The UQ pool in both A. maculatum and A. krausei appendices was approximately 90% reduced during thermogenesis. Respiratory characteristics of isolated appendix mitochondria did not change in the period around thermogenesis. Apparently, synthesis of the required enzyme capacity is regulated via a coarse control upon which a fine control of metabolism that regulates the onset of thermogenesis is imposed. | |abstract=''In vivo'' ubiquinone (UQ) reduction levels were measured during the development of the inflorescences of ''Arum maculatum'' and ''Amorphophallus krausei''. Thermogenesis in ''A. maculatum'' spadices appeared not to be confined to a single developmental stage, but occurred during various stages. The UQ pool in both ''A. maculatum'' and ''A. krausei'' appendices was approximately 90% reduced during thermogenesis. Respiratory characteristics of isolated appendix mitochondria did not change in the period around thermogenesis. Apparently, synthesis of the required enzyme capacity is regulated via a coarse control upon which a fine control of metabolism that regulates the onset of thermogenesis is imposed. | ||
|editor=[[Plangger M]] | |editor=[[Plangger M]] | ||
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{{Labeling | {{Labeling | ||
| | |topics=Q-junction effect | ||
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Latest revision as of 12:39, 3 April 2021
| Wagner AM, Wagner MJ, Moore AL (1998) In vivo ubiquinone reduction levels during thermogenesis in araceae. Plant Physiol 117:1501-6. |
Wagner AM, Wagner MJ, Moore AL (1998) Plant Physiol
Abstract: In vivo ubiquinone (UQ) reduction levels were measured during the development of the inflorescences of Arum maculatum and Amorphophallus krausei. Thermogenesis in A. maculatum spadices appeared not to be confined to a single developmental stage, but occurred during various stages. The UQ pool in both A. maculatum and A. krausei appendices was approximately 90% reduced during thermogenesis. Respiratory characteristics of isolated appendix mitochondria did not change in the period around thermogenesis. Apparently, synthesis of the required enzyme capacity is regulated via a coarse control upon which a fine control of metabolism that regulates the onset of thermogenesis is imposed.
• Bioblast editor: Plangger M
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Regulation: Q-junction effect
