Difference between revisions of "Bioblast"

Revision as of 22:35, 9 February 2014

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The most popular O2k-Publication and O2k-Abstract in Bioblast

>9,900 views: Bouillaud 2012 Abstract Bioblast

>9,700 views: Pesta 2012 Methods Mol Biol

Popular Bioblast pages have been viewed more than

35,000 times: O2k-Publications

20,000 times: Gentle Science

15,000 times: Q-junction

10,000 times: Mitochondrial Global Network

5,000 times: Mitochondria and bioblasts: Made history

Bioblast alert 2014(01)

MiP2014 - Joint IUBMB/MiP Symposium on Mitochondrial Physiology - a Point/Counterpoint Meeting: This MiPconference will cover genotype/phenotype and structure/function relationships; focus on optimization of experimental protocols, quality control and normalization of mt-function; compare mt-preparations, experimental platforms and tissue/species specific models; extend networking of national/international organizations.
MitoGlobal_Events_2014: Check out this year’s emerging list of world-wide mitochondrial events. Let us know about additional mt-events to be listed. In the spirit of positive feedback, please refer on your website to the Mitochondrial Global Network.
MitoPedia Glossary: Malate as substrate in respirometry – inhibition at higher concentrations. The type and concentration of respiratory substrates is important for the design of substrate-uncoupler-inhibitor titration (SUIT) protocols. 0.5 mM malate saturates CI linked respiration in combination with pyruvate and/or glutamate, whereas 2 mM malate inhibits CII linked (succinate+rotenone) and CI+II linked respiration, as shown in mouse heart (collaboration with the group of Sameh Ali), mouse brain homogenate, beef heart mitochondria, human permeabilized skeletal muscle fibres, dog permeabilized skeletal muscle fibers (IOC84), brine shrimp embryo (Artemia franciscana) mitochondria (collaboration with Steve Hand), fish liver and heart homogenates (post IOC80 training course).

 Bioblast alert: for information purposes, not intended to be an advertisement. Contributions are welcome.

Power-O2k

Multiple O2k-units are offered as a ‘Power-O2k System’ of high-resolution respirometry for high-throughput with high output. Many MiPNet-Laboratories have increased their high-resolution output by multiple O2k-units: Power-O2k.
>1,100 O2k-Publications in the MiPMap (2014-01-24)

 The Bioblast Wiki start page has been accessed >230,000 times (2014-02-01) - What is BIOBLAST?

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-=== [[Bioblast alert|Bioblast alert]] 2013(03) ===
+=== [[Bioblast alert|Bioblast alert]] 2014(01) ===
-* '''MiP2013: Comparative Mitochondrial Physiology''': The Book of Abstracts is available of the 9th MiP''conference'' [[Laner 2013 Mitochondr Physiol Network MiP2013| >>> Open Access]]
+* [[MiP2014|MiP2014 - Joint IUBMB/MiP Symposium on Mitochondrial Physiology - a Point/Counterpoint Meeting]]: This MiP''conference'' will cover genotype/phenotype and structure/function relationships; focus on optimization of experimental protocols, quality control and normalization of mt-function; compare mt-preparations, experimental platforms and tissue/species specific models; extend networking of national/international organizations.
-:: - A MiP''conference'' dedicated to [[Johansen K|Kjell Johansen]] and [[Hochachka PW|Peter Hochachka]] - in the spirit of global networking rooted in the pioneering work of August Krogh;
+* [[MitoGlobal_Events_2014]]: Check out this year’s emerging list of world-wide mitochondrial events. Let us know about additional mt-events to be listed. In the spirit of positive feedback, please refer on your website to the [[Mitochondrial Global Network]].
-:: - contributions by [[Walker 2013 Abstract MiP2013|John E Walker]], [[Skulachev 2013 Abstract MiP2013|Vladimir P Skulachev]], [[Vercesi 2013 Abstract MiP2013|Anibal E Vercesi]], [[Lee 2013 Abstract MiP2013|Hong Kyu Lee]] and [[MiP2013 Abstracts|many more outstanding mitochondrial physiologists]];
+* '''MitoPedia Glossary''': [[Malate]] as substrate in respirometry – [[Talk:Malate|inhibition at higher concentrations]]. The type and concentration of respiratory substrates is important for the design of substrate-uncoupler-inhibitor titration (SUIT) protocols. 0.5 mM malate saturates CI linked respiration in combination with pyruvate and/or glutamate, whereas 2 mM malate inhibits CII linked (succinate+rotenone) and CI+II linked respiration, as shown in mouse heart (collaboration with the group of [[ET Giza Ali SS|Sameh Ali]]), mouse brain homogenate, beef heart mitochondria, human permeabilized skeletal muscle fibres, dog permeabilized skeletal muscle fibers ([http://www.oroboros.at/?IOC84_Alaska IOC84]), brine shrimp embryo (''Artemia franciscana'') mitochondria (collaboration with [[US LA Baton Rouge Hand SC|Steve Hand]]), fish liver and heart homogenates (post [http://www.oroboros.at/?IOC80_schroecken#c3877| IOC80] training course).
-:: - a MiP''session'' on [[MiP2013_Programme#MiPathology_C2:_Tissue_differences_in_diabesity_-_mouse_and_rat_models|"Tissue differences in '''''diabesity''''' - mouse and rat" (MiP''athology'' C2)]].
-* '''MitoPedia news''': '''[[MiPMap]]''' - initiation of a project on mt-properties in cell types, tissues and species:
-:: - [[Comparative MiP publications: Species, tissues, cells|'''Comparative mitochondrial physiology''']] - publications in the MiPMap.
-* '''MitoPedia Glossary''': [[Flux control factor|Normalization of mitochondrial respiration]] - a simple solution to an old problem?
    '''[[Bioblast alert]]''': for information purposes, not intended to be an advertisement. Contributions are welcome.