LabAutomation 2006 - SLAS
LabAutomation 2006 - SLAS
LabAutomation 2006 - SLAS
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TP37<br />
Donald J. Nagy<br />
California Computer Research, Inc<br />
Lake Arrownead, California<br />
ccrican1@wmconnect.com<br />
<strong>LabAutomation</strong><strong>2006</strong><br />
Co-Author<br />
Tadahiro Kawada<br />
Kawada Indurties Inc.<br />
Automated Specimen Transportation Increases Productivity<br />
The task of moving specimens around the clinical laboratories occupies about 25%-35% of a technologist’s time. Leading edge solutions<br />
from California Computer Research, Inc (CCRI) are designed to increase the technologists’ productivity by moving specimens to and from<br />
various locations without human intervention. In developing this solution - CCRI addressed the following four aspects.<br />
The CCRI RoboCart specimen carrier is used to move the specimens from receiving to processing workbenches. The RoboCarts move<br />
the specimens using the current aisles in the Lab - eliminating the need to redesign the lab. The new CCRI RoboStation workbench is<br />
designed with robot arms to perform specimen transfer into an accumulating ‘work in process’ shelving area. The robot arms - based on<br />
LIS scheduling - transfer specimens to diagnostic units without human intervention. These units are either under autonomous mode or<br />
under remote control mode of an Internet Call Center specialist. The specialist can monitor and control all of the functions including the<br />
review and release of results.<br />
For ‘walk-around-management’ - the Call Center specialist can operate the Kawada Industries Inc of Japan HRP-2 humanoid robot to<br />
inspect and operate specimen processes as if the specialist were on-site. The HRP-2 with dual arms can walk around the clinical lab.<br />
Using the HRP-2’s stereovision - this specialist can attend to ‘exception-to-the-rule’ demands. CCRI, located in California, has these new<br />
units going through clinical testing in the U.S. and foreign countries.<br />
TP38<br />
Johanna Neumayer<br />
Xiril AG<br />
Hombrechtikon,<br />
Switzerland<br />
johanna.neumayer@xiril.com<br />
Co-Author(s)<br />
Ralf Bartl<br />
Thomas Oberholzer<br />
Xiril AG<br />
Franz Bucher<br />
Hans Werhonig<br />
MedicTools AG<br />
Automated Tissue Homogenization – A Novel “Touch-less” Solution for High-<br />
Throughput Tissue Preparations<br />
Many biological processes have been traced back to the molecular level in living cells and high effort has been spent on the analysis of<br />
cellular functions. Significant progress has been made in the isolation and purification of nucleic acids or proteins from cells and tissue<br />
material, but there is still no comprehensive technology known which allows to handle a broad range of cellular or tissue material in an<br />
automated environment.<br />
Xiril introduces a novel solution for tissue homogenization, DispomixR, which will be available as stand-alone and automated platforms.<br />
For both, several outstanding features can be highlighted, such as an absolute contact- and contamination free operation. Mini-mixers are<br />
directly integrated into a disposable device, therefore, a “touch-less” homogenization is guaranteed and the mixers are powerful enough<br />
to handle a broad selection of cellular or tissue material, independent of its origin. The automated platform implements all features of the<br />
stand-alone version, but it will in addition significantly contribute to increase the throughput of the sample preparation.<br />
The novel Xiril platform for Automated Tissue Homogenization will contribute to induce a new generation of solutions for tissue<br />
preparations.<br />
170