Translational academic research lab specialising in nervous system tissue engineering & regenerative medicine at University College London
London, England
Joined August 2012
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New paper from @poppyosmith reports the production of #EngineeredNeuralTissue using a new automated manufacturing approach. This tissue engineering technology was used to make nerve repair constructs containing stable aligned endothelial cell structures. iopscience.iop.org/article/1…
ALT Equipment set-up for automated gel aspiration and ejection
Many congratulations to these brilliant scientists on their graduation @UCLLifeSciences. Such a pleasure to have been part of their MRes and PhD research journeys @School_Pharmacy @UCL_NerveEng
Activation of PI3Ka opens up exciting new opportunities in regenerative medicine research nature.com/articles/s41586-0…. Very pleased to be part of this great collaboration @CellsigL @UCLTRO @GraceQGong @VickoirR and many others.
Last chance to register for ISPNR (deadline 29th June)! We are looking forward to welcoming the nerve regeneration community to London next week. ucl.ac.uk/healthcare-enginee…
Thanks to @tissuecell and @CDTJointConf for an excellent meeting!
Well done to the @UCL_NerveEng team for their presentations and other contributions to the meeting, it is a pleasure to work with such talented researchers.
Great to work with @melissa_rayner on this book chapter about Advanced Therapy Medicinal Products. ATMPs are a diverse and rapidly evolving class of biopharmaceuticals which include cell and gene therapies and tissue engineering. pubs.rsc.org/en/content/chap…
Excited to share our new book chapter on ATMPs in Specialised Pharmaceutical Formulation @PhillipsLab @RoySocChem pubs.rsc.org/en/content/eboo…
Last few days to submit abstracts for ISPNR: 6th International Symposium on Peripheral Nerve Regeneration (7-8 July in London). Interdisciplinary conference for researchers and medical professionals to share developments in nerve repair and regeneration. ucl.ac.uk/healthcare-enginee…
@RyanTrueman8 presenting his work on electrical stimulation in nerve tissue engineering @transpharmatech @School_Pharmacy.
Potential new way to protect cells after implantation into the CNS, using dual-layer alginate beads that can encapsulate therapeutic cells and release an immunomodulatory compound. @UCL_NerveEng pubs.rsc.org/en/content/arti…
Short 'Industry Perspective' article about #EngineeredNeuralTissue discusses current stage of translation, highlighting opportunities for commercial and clinical development. portlandpress.com/emergtopli…
Aligned endothelial cell structures in #EngineeredNeuralTissue promote peripheral nerve regeneration. @drtanque @VickoirR @UCL_NerveEng sciencedirect.com/science/ar…
