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City Coventry / / Company United Kingdom (Email / Country United Kingdom / / Currency USD / / / Facility University of Warwick / Mathematical Institute / Mathematics Institute / / IndustryTerm chemical concentration / wound site / The chemical / chemical flux / chemical mediation / time-independent solutions / therapy of fibro-proliferative disorders / fundamental cellular and chemical components / chemical / fibrillar collagen network / steady solutions / conservation law / chemical production term / numerical solutions / Numerical solution / / MedicalCondition gross hypertrophic scars / scar / keloids / continual inflammatory MODEL FOR WOUND HEALING DISORDERS / inflammatory settings / disease / early inflammatory phase / persistent inflammatory component / liver fibroses / severe burn scar contractures / MODEL FOR WOUND HEALING DISORDERS / physical injury / inflammatory growth-factor-mediated fibro-proliferative responses / early inflammatory response / wound healing disorders / contraction / proliferative tissue disorders / MATHEMATICAL MODEL FOR FIBRO-PROLIFERATIVE WOUND HEALING DISORDERS / tissue strain / contraction of the affected tissue / pain / fibro-proliferative disorders / injury / hypertrophic scars / well-documented Dupuytren’s contracture / invasive carcinomas / hypertrophic scar / fibro-proliferative disorder / fibro-contractive diseases / tissue contraction / liver cirrhosis / inflammatory growth-factor mediators / inflammatory growth factors / inflammation / keloid / cataract / disorders / fibromatoses / Dupuytren’s disease / / NaturalFeature Dale et al. / / Organization Mathematical Institute / University of Warwick / Centre for Mathematical Biology / Mathematics Institute / / Person Vande Berg / Rudolph Berg / PHILIP K. MAINI / JONATHAN A. SHERRATI / / / Position uniform steady state representative / / Technology simulation / apoptosis / / SocialTag 
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