Millipore (UK) Ltd

Millipore (UK) Ltd
Address: Units 3 & 5, The Courtyards, Hatters Lane, Watford, Hertfordshire, UK WD18 8YH
Tel: 08709004645 Fax: 08709004644
Web: www.millipore.com Email: H2O@millipore.com
Contact: MW

Company Profile
Millipore Bioscience is a market leader in fluid separation and purification technologies. Millipore technologies are used in a diverse range of applications from protein sample preparation and vaccine sterilization to monoclonal antibody production. Millipore also offers a diverse range of water purification systems, designed to respond to laboratory needs for purified water. Purified water quality can be critical in analytical applications such as HPLC, ICP-MS and TOC analysis, or in molecular biological applications, such as cell culture or electrophoresis. Millipore’s water purification systems employ a variety of complementary technologies (reverse osmosis, electrodeionization, activated carbon adsorption, microfiltration, ultrafiltration, UV photo-oxidation, etc.) to optimise water quality for specific application needs, with systems available producing several litres to those producing several thousand litres per day

Products from Millipore (UK) Ltd

RNA-protein binding

Millipore Corporation has launched its new Magna RIP RNAbinding
protein immunoprecipitation (RIP) kit, which is the first
to provide a complete solution for the entire RIP workflow.
With this kit, any researcher, even those inexperienced in RNA
purification, can investigate the dynamics of ribonucleoprotein
assembly as it occurs inside the cell. Cells respond to stimuli by
altering gene expression, and RNA-protein complexes drive
almost all processes regulating gene expression at the posttranscriptional
level, including splicing, nuclear export, mRNA
stability, and translation. Therefore, understanding gene regulation
depends on characterising the changes in RNA binding in
these various processes. Traditionally, RNA-protein interactions
have been identified by screening libraries in yeast, bacteria, or
by in vitro selection, all confounded by system limitations, biases,
or artifacts. In contrast, data obtained from RIP show increased
biological relevance, enabling researchers to achieve their goals
more quickly.

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Date added: 01 October 2009