please find below our newsletter 03/2015 on the following topics:
Economic Efficiency of Modern Laser Based Plastic Microtomy
In modern university histology labs and CRO’s, quality as well as cost- and time efficiency become more important to compete in the market. Especially the throughput of plastic embedded samples is a time consuming procedure to perform sections with either microtomes or ground sectioning technology. Quality of cutting is limited when it comes to compact hard tissues or implants like metal stents in vessels, as ground sectioning technologies are limited in section thickness.
Using laser based microtomy it is possible to increase the efficiency of lab procedures which results in significant higher sample throughput. Lasermicrotomy reduces the overall processing time per sample and also the effective time a technician has to work on it. Beyond, major savings in material can be achieved. Material loss between two sections is 5-10 µm, this enables to perform serial sectioning. Thin sections of non-decalcified hard tissue for IHC can be generated in adequate thickness as well as thin sections of implanted vessels and heart valves for common stainings using laser based microtomy.
For more information and the whitepaper “Economic Efficiency of Modern Laser Based Plastic Microtomy??? please contact Dr. Heiko Richter (firstname.lastname@example.org).
LLS ROWIAK LaserLabSolutions GmbH presents during the autumn congress season at:
LLS ROWIAK LaserLabSolutions GmbH will show its product and service portfolio referring to histology, 3D-tissue sectioning, and cell manipulation and discuss possible applications with you. In Stuttgart and Freiburg you are cordially invited to our booth for a demo to learn more about the unique capabilities of our laser microtome for sectioning of hard tissue, implanted tissue and biomaterials.
We are looking forward to meet you. For an appointment please contact Dr. Heiko Richter (email@example.com).
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LLS ROWIAK LaserLabSolutions GmbH, Garbsener Landstraße 10, D-30419 Hannover, HRB 210486 , Phone: +49 511 277 2976, Fax: +49 511 277 1766