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Difference between revisions of "MitoFit-KMP"

From Bioblast
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{{MitoFit page name}}
{{MitoFit page name}}
:::: <big><big>The project MitoFit highlights the benefits of mitochondrial fitness.</big></big>
:::: <big><big>The project MitoFit highlights the benefits of mitochondrial fitness.</big></big>
[[File:MitoFit Work packages.jpg|right|400px|link=MitoFit-O2k#Workpackages|MitoFit Workpackages]]
<br />


<big><big><big>'''WP2'''
:::: '''MitoFit-Knowledge Management Platform'''</big></big></big>


[[Image:MitoFit-O2k.jpg|right|150px|link=http://www.mitofit.org/index.php/MitoFit-O2k|MitoFit-O2k]]
__TOC__
<big>'''MitoFit-Knowledge Management Platform'''</big>
Β 
Β 
== Abstract ==


:::'''Abstract'''
:::: Our goal is to establish an integration and analysis environment for measurements of mitochondrial respiration (O2k-technology) with external data (cell physiology, anthropometry, spiroergometry, lifestyle, genomics) in the context of fitness evaluation and clinical diagnostics. Within the scope of the MitoFit project, a Knowledge Management Platform (MitoFit-KMP) will be established. This KMP will accomplish the integration of all relevant data and provide a presentation platform for mitochondrial functional diagnostics. The MitoFit-KMP will include: a data management system for the current and planned instruments (MitoFit-DMS), and adata base (MitoFit-DB) comprising proprietary and publicly available data that allow researchers to query experimental data and perform integrative analyses. Closely linked to WP1, a strategy will be developed on the transition of the DatLab software from a continuously updated and extended research tool to a component of the O2k as a medical device.
:::: Our goal is to establish an integration and analysis environment for measurements of mitochondrial respiration (O2k-technology) with external data (cell physiology, anthropometry, spiroergometry, lifestyle, genomics) in the context of fitness evaluation and clinical diagnostics. Within the scope of the MitoFit project, a Knowledge Management Platform (MitoFit-KMP) will be established. This KMP will accomplish the integration of all relevant data and provide a presentation platform for mitochondrial functional diagnostics. The MitoFit-KMP will include: a data management system for the current and planned instruments (MitoFit-DMS), and adata base (MitoFit-DB) comprising proprietary and publicly available data that allow researchers to query experimental data and perform integrative analyses. Closely linked to WP1, a strategy will be developed on the transition of the DatLab software from a continuously updated and extended research tool to a component of the O2k as a medical device.


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::: '''Links'''
== Links ==


::::*Β  [[MITOEAGLE|COST MITOEAGLE project]]
:::*Β  [[MITOEAGLE|COST MITOEAGLE project]]


::::*Β  [[MitoFit-O2k#Workpackages|Back to overview]]
:::*Β  [[MitoFit-O2k#Workpackages|Back to overview]]

Revision as of 20:53, 28 February 2016


MitoFit Preprints         MitoFit Preprints        
Gnaiger 2019 MitoFit Preprints
       
Gnaiger MitoFit Preprints 2020.4
        MitoFit DOI Data Center         MitoPedia: Preprints         Bioenergetics Communications


MitoFit-KMP

The project MitoFit highlights the benefits of mitochondrial fitness.
MitoFit Workpackages


WP2

MitoFit-Knowledge Management Platform


Abstract

Our goal is to establish an integration and analysis environment for measurements of mitochondrial respiration (O2k-technology) with external data (cell physiology, anthropometry, spiroergometry, lifestyle, genomics) in the context of fitness evaluation and clinical diagnostics. Within the scope of the MitoFit project, a Knowledge Management Platform (MitoFit-KMP) will be established. This KMP will accomplish the integration of all relevant data and provide a presentation platform for mitochondrial functional diagnostics. The MitoFit-KMP will include: a data management system for the current and planned instruments (MitoFit-DMS), and adata base (MitoFit-DB) comprising proprietary and publicly available data that allow researchers to query experimental data and perform integrative analyses. Closely linked to WP1, a strategy will be developed on the transition of the DatLab software from a continuously updated and extended research tool to a component of the O2k as a medical device.


Links