Difference between revisions of "Harden Conference 2016 Innsbruck AT"

Latest revision as of 15:06, 23 January 2019

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COST Action CA15203 (2016-2021): MitoEAGLE
Evolution-Age-Gender-Lifestyle-Environment: mitochondrial fitness mapping

Harden Conference 2016 Innsbruck AT

Innsbruck AT, 2016 Apr 16-20. 79^th Harden Conference: Oxygen Evolution and Reduction - Common Principles, Harden Conference 2016

» Harden Conference 2016

Biochemical Society (2016-04-16) MitoGlobal

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

Labels:

ORO, 2016

Visit us at the Oroboros Instruments exhibition booth. Our team is looking forward to welcoming you.

Programme

» 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 of the 79^th 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 Bär

Universitätsstraße 5-70

6020 Innsbruck

Austria

» Location map

Listed under MitoGlobal Events.

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+{{MITOEAGLE}}
 {{Publication
 |title='''Innsbruck AT''', 2016 Apr 16-20. 79<sup>th</sup> Harden Conference: Oxygen Evolution and Reduction - Common Principles, [https://www.biochemistry.org/Events/tabid/379/MeetingNo/79HDN/view/Conference/Default.aspx Harden Conference 2016] [[File:Biochemical Society.JPG|190px|link=https://www.biochemistry.org/Home.aspx]]
@@ Line 5: / Line 6: @@
 |year=2016-04-16
 |journal=MitoGlobal
-|abstract=79<sup>th</sup> Harden Conference: Oxygen Evolution and  Reduction - Common Principles,  [https://www.biochemistry.org/Events/tabid/379/MeetingNo/79HDN/view/Conference/Default.aspx  Harden Conference 2016], Innsbruck, AT
+|abstract='''79<sup>th</sup> Harden Conference: Oxygen Evolution and  Reduction - Common Principles,  [https://www.biochemistry.org/Events/tabid/379/MeetingNo/79HDN/view/Conference/Default.aspx  Harden Conference 2016], Innsbruck, AT'''
 }}
 {{Labeling
-|additional=ORO, 2016, Next
+|additional=ORO, 2016
 }}
+:::: '''Visit us at the [[Oroboros Instruments]] exhibition booth. Our team is looking forward to welcoming you.'''
+<br/>
 == Programme ==
-:::: » [https://www.biochemistry.org/Events/tabid/379/View/Programme/MeetingNo/79HDN/Default.aspx Harden Conference 2016 Programme]
+::: » [https://www.biochemistry.org/Events/tabid/379/View/Programme/MeetingNo/79HDN/Default.aspx Harden Conference 2016 Programme]
-:::: '''2016 Apr 19, 18:30-19:30,''' Session 6 - OEC and CO: Mechanisms Part 2:
+:::: '''2016-04-19: Cytochtome redox states and  mitochondrial respiratory control at steady-state levels of hypoxia,''' lecture by  Prof. '''[[Gnaiger E| Erich Gnaiger]]''' (Medical University of Innsbruck,  Oroboros Instruments).
-:::: "Cytochtome redox states and  mitochondrial respiratory control at steady-state levels of hypoxia" by  Prof. '''[[Gnaiger E| Erich Gnaiger]]''' (Medical University of Innsbruck,  OROBOROS INSTRUMENTS).
+:::: Session 6 - OEC and CO: Mechanisms Part 2, 18:30-19:30
 <br/> <br/>
-::::'''Topics od the 79<sup>th</sup> Harden Conference: Oxygen Evolution and Reduction - Common Principles:'''
+:::'''Topics of the 79<sup>th</sup> Harden Conference: Oxygen Evolution and Reduction - Common Principles:'''
-::::* Atomic structures of the oxygen evolving photosystem II
+:::* Atomic structures of the oxygen evolving photosystem II
-::::* Atomic structures of cytochrome c oxidase and related oxidases
+:::* Atomic structures of cytochrome c oxidase and related oxidases
-::::* Reaction cycle mechanisms of oxygen evolution and oxygen reduction
+:::* Reaction cycle mechanisms of oxygen evolution and oxygen reduction
-::::* Spectroscopic methods to study mechanisms
+:::* Spectroscopic methods to study mechanisms
-::::* Computational methods to study mechanisms
+:::* Computational methods to study mechanisms
-::::* Coupled proton and electron transfer (PCET) within proteins
+:::* Coupled proton and electron transfer (PCET) within proteins
-::::* Intraprotein substrate (oxygen, water, proton) pathways
+:::* Intraprotein substrate (oxygen, water, proton) pathways
-::::* Biomimetic systems
+:::* Biomimetic systems