Investigator / Supervisor details

NameProfessor Sheila MacNeil
Current InstitutionUniversity of Sheffield
Current DepartmentMaterials Science and Engineering
Institution websitehttp://www.shef.ac.uk
Previous InstitutionsCellTran Ltd

Current Awards

No current BBSRC awards

Completed Awards

ReferenceTitleAward RoleValue £Type
96/A3/C/02726 Investigation of ECM induced intracellular signals in keratinocytes Principal Supervisor 31,607 Studentships
BB/C50322X/1 Development of electrospun scaffolds with smart cells for the tissue engineering of skin and oral mucosa Principal Investigator 514,030 Research Grant
BB/C51912X/1 Pre-clinical development of an advanced surface for culture and transfer of limbal epithelium for ocular surface disease. Principal Investigator 195,561 Research Grant
BB/D524983/1 Imaging of 3D Engineered Tissues Co-investigator 184,000 Research Grant
BB/D526788/1 BBSRC Doctoral Traing Grant - 2005 Principal Investigator 216,888 Training Grants
BB/E002676/1 Development of novel light sources to enable non-invasive imaging of cells in 3D tissue constructs and grafts. Co-investigator 704,287 Research Grant
BB/E012981/1 2-Photon Imaging: From Polymeric Materials to Engineered Tissues Co-investigator 241,039 Research Grant
BB/E525977/1 Translating Culture of Human Melanocytes to the Clinic Principal Investigator 79,283 Research Grant
BB/F016840/1 Doctoral Training Grant Principal Investigator 763,459 Training Grants
BB/H020632/1 Biochemical Engineering MSc Co-investigator 370,806 Training Grants
BB/H02087X/1 MSc Biological & Bioprocess Engineering Co-investigator 167,403 Training Grants
BB/J016322/1 Use of Synthetic Biology in the Development of Bacterial Adhesins for Skin Grafting applications Co-investigator 95,174 Research Grant
BBS/B/01162 Bioengineering and tissue engineering of the human cornea Co-investigator 230,530 Research Grant
BBS/S/M/2005/12404 Surface engineered system for human corneal epithelial cells for treatment of diseases for cornea Principal Supervisor 50,003 Studentships
BBS/S/P/2003/10439 Controlling the spatial relationship of cells in coculture using surface bound antibodies Principal Supervisor 44,773 Studentships
E18528 A patterned surface for the combined transplantation of keratinocytes and melanocytes for treatment of vitiligo Principal Investigator 293,768 Research Grant
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