08 September 2015 – 10 September 2015
London, UK
This three day meeting brings together the principles of engineering and life sciences in tissue development and regenerative medicine to discuss scientific research and developments of clinical applications from leading experts in the field. The newest research and developing technology will be discussed in an informal setting with plenty of networking opportunities
This event has CPD accreditation
Who Should Attend
Anyone interested in the use of a combination of cells, engineering and materials methods, and suitable biochemical and physio-chemical factors to improve or replace biological functions would benefit from attending this event
This event has an open abstract session.
Abstracts can be submitted on any subject related to Regenerative Medicine or Tissue Engineering
The Deadline for abstract submissions for oral presentation is June 10th 2015
Abstracts for poster presentation only can be submitted up to two weeks before the event
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You can download the instructions for authors at
A late registration fee applies after July 20th 2015
3D cell culture AMD Amniotic Fluid Stem Cells amniotic membrane Angiogenesis annulus fibrosus annulus fibrosus stem cells Articular cartilage; osteoarthritis; tissue engineering; regenerative medicine; 3-dimensional culture atherosclerosis ATMPs banking Biochemical Engineering; Bioreactors; Bone Regeneration; Cultured Meat; Liver Toxicity Mode Biocompatibility bioengineered skin biomaterial Biomaterials biomechanics bioreactor BMP Bone bone formation Bone graft burn burns Cancer cardiomyocytes career path cell culture cell junctions cell migration Cell Therapies cell therapy cGMP Characterisation Chemical Reprogramming Clay clinical application clinical grade Clinical Trial Partnerships clinician-scientist Conditioned medium constructs Control release Control release scaffold of porous PLGA Corneal regeneration culture CYP p450 cytoskeleton delivery dendritic cells dermal substitute differentiation DNA methylation drug Drug Metabolism dynamic culture Embryonic Embryonic Stem cells Endothelial cell Epithelia epithelia cells ESGRO 2i extracellular matrix eye disease Functional biomaterials glioblastoma GMP heart disease hepatocyte hESC High-throughput efficiency hPCy-MSC human embryonic stem cells human neural stem cells human pluripotent stem cells Hyaluronic acid scaffold Hydrogels Hypoxia in situ models in vivo model Induced pluripotency Induced Pluripotent Stem Cells innervation integrin Intervertebral disc degeneration IPS iPS cells iPSC Iris Iso thermal micro/nano calorimetry liver liver; beta-cell lung macular degeneration Magnetic Resonance Imaging Manufacture manufacturing MAPK mechanics membrane potential mesehnchymal stem cells Micro-environments Microparticles Mouse embryonic stem cell MSC multiple sclerosis nanofabrication Nanog Nanoparticles Nerve neural stem cell neurodegeneration neurogeneration neuronic regeneration neuropeptides osteoinduction pancreas Parkinsons periodontal ligament platelets PLGA microspheres Pluripotency Regenerative Medicine Pluripotency; reprogramming; chromatin signatures; DNA replication timing; histone acetyltransferase p30 pluripotent stem cell Pluripotentcy polymer Polymers Process Protein Engineering Regeneration Regeneration. Burns. Cadaver Mesenchymal Stem Cells. regenerative Regenerative Medicine regenerative medicine conference regulated protein assembly reprogramming respiratory diseases retina retinal pigment epithelium RPE scaffolds scale-up sensory neurons silk skin skin graft skin reconstruction skin substitute Smad somatic spider Spinal cord injury Stable Karyoytpe stem cell stem cell research stem cells STEMCCA Stroke supply chain surface structure therapeutics tissue culture tissue engineering tissue engineering summit translation umbilical cord; cord blood; mesenchymal; biobanking; cell therapy Wnt signalling Wound healing wound repair
