17/18 January 2007 Wiener Neustadt - Czelo
17/18 January 2007 Wiener Neustadt - Czelo
17/18 January 2007 Wiener Neustadt - Czelo
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inhibition with minimal drug induced side effects.<br />
The Technology<br />
An essential component of the NovaCaps®- technology is a newly developed method for the encapsulation of<br />
genetically modified live human cells. AUSTRIANOVA has developed this encapsulation technology especially for<br />
the treatment of cancer.<br />
Research and Development<br />
AUSTRIANOVA’s encapsulation technology is an extremely versatile platform that can be applied in diverse<br />
areas: research projects currently in progress are focused on the genetic modification of cells to convert them into<br />
virus producing cells (ViroCaps®). It is planned to use the viruses (NovaVir®) produced from these cells as gene<br />
transfer systems, which are able to target additional tumour types and metastases. This will enable delivery of the<br />
therapeutic gene to the surrounding cancer cells thereby increasing the effect of the previous suicide gene<br />
mediated cancer cell killing effect. Proof of principle for this has already been shown (Saller, et al., Encapsulated<br />
cells producing retroviral vectors for in vivo gene transfer, J Gene Med 2002, 4, 150-160).<br />
For more detailed information see our website:<br />
http://www.austrianova.com/<br />
1. Profile: Reques Measurement and/or visualisation of nanomaterials and nanostructures in<br />
biological systems<br />
DESCRIPTION:<br />
We seek experts with technology to allow us to detect, visualise and/or measure nano- to micro-scaled biological<br />
or synthetic materials under biologically stable conditions. For example, we would like to take high resolution<br />
pictures of 50 - 150 nm sized magentic and/or flourescent particles attached to live retroviral vectors (80 - 120<br />
nm) in order to be able to characterise the interaction. Also, we are very interested to visualise and capture the<br />
movement of micospheres or nano-propellors attached to the rotating subunit of the F1 ATPase biomolecular<br />
motor.<br />
INNOVATIVE ASPECTS:<br />
Working with state-of-the-art nanomaterials e.g. hybrid organic/inorganic NEMS<br />
MAIN ADVANTADGES / BENEFITS:<br />
Publication in scientific journal<br />
Potential for furture translational research<br />
TECHNICAL SPECIFICATIONS:<br />
Open<br />
CURRENT STAGE OF DEVELOPMEN<br />
Some aspects are ready for testing and some require further development<br />
INTELLECTUAL PROPERTY RIGHTS (IPR):<br />
Still collecting data in order to be able to apply for patent<br />
MARKET APPLICATIONS:<br />
human and animal cancer gene therapy<br />
basic and applied research with enveloped viruses<br />
TYPE OF COLLABORATION SOUGH<br />
We are open for all academic research collaborations, R&D projects or technology offers which will allow us to<br />
acheive our goals.<br />
PARTNER PROFILE:<br />
Open<br />
2. Profile: Reques Measurement and/or visualisation of nanomaterials and nanostructures in<br />
biological systems<br />
DESCRIPTION:<br />
encapsulation of genetically modified or non-manipulated human or animal cells<br />
INNOVATIVE ASPECTS:<br />
world wide first GMP compliant cell encapsulation technology, allowing application of encapsulated live cells into<br />
human patients<br />
MAIN ADVANTADGES / BENEFITS:<br />
cells of choice can be placed in situ where required and are fully protected from the patients immune system<br />
due to pores in the capsules small molecules such as nutrients, activated metabolites, hormones etc. can pass<br />
into and out of the capsules and have contact with the encapsulated cells<br />
TECHNICAL SPECIFICATIONS: