omation mbers - Society for Laboratory Automation and Screening

WP062
Norbert Stoll
University of Rostock
Institute of Automation
R.-Wagner-Strasse 31
Rostock18119 Germany
norbert.stoll@uni-rostock.de
Automated Sampling System for Parallel Autoclaves in High Throughput Chemistry
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Co-Author(s)
Wof-Dieter Heinitz
Hans-Joachim Stiller
KerstinThurow
The paper describes a parallel sampling system for autoclaves for application in combinatorial chemistry. For
kinetic investigations a sampling for analytical reasons has to be performed. The system is able to take samples
from 5 / 10 autoclaves under pressures up to 60 bars. Up to 10 samples for every reactin system will be filled into
a gc-vial placed on a base plate in microplate format. The system is fully automated and can be included into
integrated systems.
WP063
Regina Stoll
University of Rostock
Institute of Occupational Medicine
St. Georg Strasse 108
Rostock18055 Germany
regina.stoll@med.uni-rostock.de
Real-time Physical Fitness Validation by Automated Respiratory Analysis
Co-Author(s)
Norbert Stoll
Physical fitness is one of the most important status information about a patient in internal medicine as well as
in occupational and sports medicine. Unfortunately, the most significant parameter VO2max (maximal oxygen
uptake) has to be determined under vita-maxima conditions. To decrease the risk for the patient and to save time
a determinmation of VO2max at submaximum level has to be performed. The paper describes an automated
real-time method on a basis of analytical liearizable functions with regression equations for VO2-P- and VCO2-Pfunctions
for tests under increasing load P conditions. The system has been included into and tested with the data
of an ergospirometry measurement system. The results are shown in relation to other post-run off-line heart rate
based estimation methods and show the advantage of the approach.