KaRo

rodenacker digital image analysis & metrology

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Ongoing Work

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Quantification of spatial interrelationships of bacteria in the rhizosphere
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Developement of an semi-automized microscope image based water organism counter system in aquatic ecotoxicology (2-d data)
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Analysis of neuronal structures in data from functional nuclear magnetic resonance imaging (fMRI) (4-d data)
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Quantification of nerve bundle cross sections from animals (2-d data)

Quantification of spatial interrelationships of bacteria in the rhizosphere

Rhizosphere in fluorescence

Experimenter:

Michael Rothballer
Anton Hartmann
GSF AMP

Co-Worker:

Burkhard Hense GSF IBB AG3
Uta Jütting GSF IBB AG2

Development of an automized microscope image based water organism counter system in aquatic ecotoxicology (2-d data)

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"Fotoshooting unterm Mikroskop" in gsf journal mensch+umwelt Juli 2004: taken from journal
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Automatic analysis of aqueous specimens for phytoplankton structure and population estimation
Phytoplankton
 

Experimenter:

Burkhard Hense GSF IBB AG3

Co-Worker:

Uta Jütting GSF IBB AG2

Analysis of neuronal structures in data from functional nuclear magnetic resonance imaging (fMRI) (4-d data, 3-d data)

Brain fMRI
 

Experimenter:

Dorothea Auer
(former SFB386 A5)
The University of Nottingham,
Institute of Neuroscience

Co-Worker:

Klaus Hahn GSF IBB AG2



Quantification of nerve bundle cross sections (2-d data)

Nervs Nervs Nervs
 

Experimenter:

K. Matiasek
J. Tanck (see thesis)
A. Fichter
A. Rupp
Institute of Veterinary Pathology
LMU, München

Co-Worker:

Uta Jütting GSF IBB AG2

   ©2017 by Ro •  karo13de(.at.)googlemail.com last modified Tue, 28 Feb 2012 17:49:03 +0100