SP Scientific Logo
  • FTS Lyo
  • FTS Thermal
  • Genevac
  • National Hotpack
  • VirTis
In the News / Efficient pre-concentration of protein solutions...

Efficient pre-concentration of protein solutions...

 
Release Date: 12/16/2009


Using membrane centrifugation valuable sample is often lost due to protein binding to the membrane. By comparison using a miVac sample concentrator ensures complete sample recovery even when taking proteins to very high concentrations.  For protein laboratories that handle large numbers of protein samples - the miVac also offers the benefit of greatly reduced spending on consumables. 

The miVac range has been designed to meet the requirements for speedy, yet careful biological sample concentration. Each miVac sample concentrator is designed to provide very high performance, precise temperature control and ease of use - all within a small benchtop footprint.  miVac sample concentrators are capable of removing water and organic solvents from a variety of sample formats including tubes, micro-plates, and vials.  Built-in stored methods for drying aqueous and alcohol-based samples improve performance and optimize concentration time. 

To request further information on efficient concentration proteins using a miVac sample concentrator please contact Genevac on +44-1473-240000 / +1-845-267-2211 or email salesinfo@genevac.co.uk.

Genevac, an SP Industries brand, was founded in 1990.  Today the company employs around 85 people, with manufacturing, R&D and marketing headquartered in Ipswich, UK. Genevac today offers a comprehensive portfolio of evaporators to suit almost any solvent removal application, purchasing budget or productivity requirement.

RSS Subscribe to this news feed
 



Presenter: Mark Shon

Importance of Controlling Nucleation Temperature During the Freeze Step


23 Feb 2012
9 AM & 2 PM ET

Register Now




Instructor: Dr. Jeff Schwegman

Lyophilization Cycle Development & Optimization:
A Hands On Laboratory Course


Two 2012
Sessions Added!

June 5-8, 2012
Oct 23-26, 2012


Learn More