Talk:MitoPedia: Terms and abbreviations: Difference between revisions

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Bioblast alert 2013(01): 2013-07-08

MitoGlobal project: The Mitochondrial Global Network (MitoGlobal) initiates a joint publication to review the state-of-the-art terminology in the rapidly expanding field of mitochondrial respiratory physiology. From the present start there is a long way to go, and we invite experts in the field to a joint walk, asking for your suggestions - Email to Erich Gnaiger.

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-== Summary of first Core Energy Metabolism lecture series ==
+[[Image:BB-Bioblast.jpg|left|30px|link=http://www.bioblast.at/index.php/Bioblast:About|Bioblast wiki]]
+== Popular Bioblast page ==
+::: [[MitoPedia: Terms and abbreviations]] has been accessed more than
+::::* 35,000 times (2019-12-11)
+::::* 30,000 times (2018-10-18)
+::::* 25,000 times (2016-09-09)
+::::* 20,000 times (2016-03-27)
+::::* 15,000 times (2015-06-26)
+::::* 10,000 times (2014-09-12)
+::::* 5,000 times (2013-05-17)
-[http://www.bioblast.at/index.php?title=Talk:MitoCom_Network&action=purge#Core_Energy_Metabolism_-_an_interactive_lecture_series|Core Energy Metabolism lecture series]
+== [[Bioblast alert]] [[Bioblast_alert_2013#Bioblast_alert_2013.2801.29:_2013-07-08|2013(01): 2013-07-08]] ==
-'''Core Energy Metabolism''' implies processes such as [[Respiration]] and [[Fermentation]], both of which are involved in ATP production.
+::::* MitoGlobal project: The '''[[Mitochondrial Global Network]] (MitoGlobal)''' initiates a joint publication to review the state-of-the-art terminology in the rapidly expanding field of mitochondrial respiratory physiology. From the [[MitoPedia: Respiratory states|present start]] there is a long way to go, and we invite experts in the field to a joint walk, asking for your suggestions - [mailto:erich.gnaiger@mitophysiology.org Email to Erich Gnaiger].
-Respiration is the process of oxidative phosphorylation, where a chemisosmotic potential drives ATP synthesis.
-Fermentation is the process of substrate-level phosphorylation, whereby ATP derived from internally produced electron acceptors without a chemisomotic gradient.
-Both processes are functionally related to maintain REDOX balance.
-Whereas respiration involving burning of oxygen leads to profound heat production, fermentation is less effective due to lower enthropy.
-In humans, in internal cell respiration, electrons are transferred from Carbon substrates to the final electron acceptor oxygen.
-Aerobic fermentation can proceed in the presence of oxygen.