We've updated our Privacy Policy to make it clearer how we use your personal data. We use cookies to provide you with a better experience. You can read our Cookie Policy here.

Advertisement
An image displaying a Newsletter on tablet, laptop & mobile

To continue reading this article, sign up for FREE to

Technology Networks logo


Membership is FREE and provides you with instant access to email newsletters, digital publications, our full content catalogue & more...

Free Samples of CelLuminate™ Intracellular Delivery System

Read time: Less than a minute
UK company Biocompatibles is launching a new product in its CelLuminate™ range of intracellular delivery systems, at EMBO 2009 in Amsterdam on the 29th August – 1st September.

The new CelLuminate™ VPS (Vesicle-forming Polymer System) improves the efficiency of intracellular delivery of bioactive molecules compared to conventional liposomal systems. It can deliver anything from fluorophores to RNA, DNA and proteins – efficiently and with minimal cytotoxic effects.

To celebrate the launch, Biocompatibles is giving away 10 samples of CelLuminate VPS (worth £200 each) in a prize draw. To enter the draw, researchers will need to visit Biocompatibles on Stand 29 at EMBO. Those not attending the conference can enter the draw online at http://www.celluminate.com/embo_prize_draw_terms/. The draw closes at 4pm on Monday 14th September 2009.

CelLuminate is made from proprietary biomimetic copolymer and exploits the natural cellular endocytotic pathways. As the surface chemistry of the vesicles mimics that of cell membranes, the rate and amount of vesicles endocytosed is orders of magnitude higher than conventional liposomal systems. Being pH-sensitive, the CelLuminate vesicles utilise the pH drop in the endosome to deliver the desired payload into the cell cytosol. CelLuminate VPS is designed so that researchers can prepare their own vesicles to encapsulate any bioactive agent and without experience.

CelLuminate VPS, has been developed following requests from researchers using the CelLuminate Red rhodamine-loaded cell staining system, which was launched earlier this year. CelLuminate Red has enabled improved cell fluorescence studies, as cells can live for up to two weeks and fluorescence lasts longer.
Google News Preferred Source Add Technology Networks as a preferred Google source to see more of our trusted coverage.