42T has undertaken a series of expert technical reviews of DLOC’s system design and IP, ensuring their ‘human-on-chip’ system is scalable and well protected – to make drug development faster, cheaper & safer.
Background
DLOC Biosystems is developing the world’s most advanced organ-on-chip technology. Their fully-automated ‘human-on-chip’ system will connect multiple chips of different tissue types together, as a platform for pre-clinical ‘trials-on-chip’ testing of pharmaceuticals.
The new system will enable DLOC to launch a pre-clinical ‘trials-on-chip’ testing service for pharmaceutical companies and contract research organisations, the aim being to reduce the cost of drug development while increasing the safety of human trials.
What we did
42T has strengthened the IP that is protecting DLOC’s core technology at initial and Patent Co-operation Treaty (PCT) application stages.
42T’s ongoing work as selected engineering development partner is confidential, but previous work has included:
Designing review workshops with key 42T subject matter experts in fluidic engineering, high-volume manufacture and automation
Undertaking technical review and system design advice, addressing key development and scale-up risk early in the design process
Developing and evaluating alternative embodiments and advised how to submit strong patent applications offering optimum protection
Pictured: The system connects multiple microfluidic biochips together, such as those shown above, to create accurate biomimetic models of renal, hepatic, mammary and other ductal tissues
“W42 Technology has been the ideal development partner to help boost the intensive system development programme that’s already ongoing within DLOC’s own laboratories and manufacturing facility, and with our university partners. The company’s engineering team is well known for its collaborative approach, as well as having significant expertise in areas such as microfluidics, high-precision mechanical engineering and system design.”
Results for our client
Once launched, DLOC’s ‘human-on-chip’ system will make drug development faster, cheaper and safer.
Project achievements
We also managed to reduce the development and scale-up risk with targeted early expert technical review and system design input.
DLOC’s microfluidic biochips contain proprietary features such as ultrathin porous scaffolds to enable the growth of precise 3D micro-tissues and structures.
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