Harden Conference 2016 Innsbruck AT: Difference between revisions

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::: Β» [https://www.biochemistry.org/Events/tabid/379/View/Programme/MeetingNo/79HDN/Default.aspx Harden Conference 2016 Programme] Β 
::: Β» [https://www.biochemistry.org/Events/tabid/379/View/Programme/MeetingNo/79HDN/Default.aspx Harden Conference 2016 Programme] Β 


:::: '''2016-04-19, 18:30-19:30: Cytochtome redox states andΒ  mitochondrial respiratory control at steady-state levels of hypoxia''' lecture byΒ  Prof. '''[[Gnaiger E| Erich Gnaiger]]''' (Medical University of Innsbruck,Β  OROBOROS INSTRUMENTS). Β 
:::: '''2016-04-19: Cytochtome redox states andΒ  mitochondrial respiratory control at steady-state levels of hypoxia,''' lecture byΒ  Prof. '''[[Gnaiger E| Erich Gnaiger]]''' (Medical University of Innsbruck,Β  OROBOROS INSTRUMENTS). Β 
:::: Session 6 - OEC and CO: Mechanisms Part 2
:::: Session 6 - OEC and CO: Mechanisms Part 2, 18:30-19:30
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Revision as of 17:16, 7 April 2016

Publications in the MiPMap
Innsbruck AT, 2016 Apr 16-20. 79th Harden Conference: Oxygen Evolution and Reduction - Common Principles, Harden Conference 2016 Biochemical Society.JPG

Β» Harden Conference 2016

Biochemical Society (2016-04-16) MitoGlobal

Abstract: 79th Harden Conference: Oxygen Evolution and Reduction - Common Principles, Harden Conference 2016, Innsbruck, AT


Labels:






ORO, 2016, Next 


Programme

Β» Harden Conference 2016 Programme
2016-04-19: Cytochtome redox states and mitochondrial respiratory control at steady-state levels of hypoxia, lecture by Prof. Erich Gnaiger (Medical University of Innsbruck, OROBOROS INSTRUMENTS).
Session 6 - OEC and CO: Mechanisms Part 2, 18:30-19:30



Topics od the 79th Harden Conference: Oxygen Evolution and Reduction - Common Principles:
  • Atomic structures of the oxygen evolving photosystem II
  • Atomic structures of cytochrome c oxidase and related oxidases
  • Reaction cycle mechanisms of oxygen evolution and oxygen reduction
  • Spectroscopic methods to study mechanisms
  • Computational methods to study mechanisms
  • Coupled proton and electron transfer (PCET) within proteins
  • Intraprotein substrate (oxygen, water, proton) pathways
  • Biomimetic systems


Venue

Grauer BΓ€r
UniversitÀtsstraße 5-70
6020 Innsbruck
Austria
Β» Location map


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