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biomedical sciences research institute - Research - University of Ulster

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Main <strong>research</strong> interests:• Bioengineering pancreatic beta cells• stimulus-secretion coupling mechanisms• beta cell metabolism• ionic modulation <strong>of</strong> islet cell function• signal transduction pathways• apoptosis and mechanisms <strong>of</strong> beta cell demise and destruction• novel beta cell drug targets• actions <strong>of</strong> new insulinotropic antidiabetic agents• insulinotropic drug desensitization.Neville is Co-Founder, Stakeholder and Chief Operating Officer (COO) <strong>of</strong> spinout company Diabetica Limited,driving company development, operations and planning. He has managed an extensive patent portfolio and engagedwith corporate financiers, venture capital groups and major pharmaceutical and biotech companies for exploitation<strong>of</strong> novel IP, negotiating R&D and license agreements (~£23M to date). Neville is a named inventor, and author <strong>of</strong>growing patent estate (comprising 11 national and international patents), has acted as consultant/advisor to number<strong>of</strong> private and public sector clients and organizations, and is strongly committed to entrepreneurship, stimulation <strong>of</strong>enterprise and creativity, wealth creation, and the knowledge-based economy.Neville has been recipient <strong>of</strong> a number <strong>of</strong> awards for <strong>research</strong> and academic enterprise activities and his primary<strong>research</strong> interests are: bioengineering pancreatic islet cells; actions <strong>of</strong> anti-diabetic drugs and drug-induced beta-celldesensitization; tracing novel metabolic and beta-cell secretory pathways; and chronic detrimental beta-cell actions<strong>of</strong> nutrients and the diabetic environment. Neville is author <strong>of</strong> over 50 published scientific papers; invited lecturer,chairperson/facilitator at numerous <strong>research</strong> and business conferences and meetings; and has regularly facilitatedpublic and private sector discussion and education on academic enterprise and in particular R&D for diabetes andobesity.Publications:Liu HK, McCluskey JT, McClenaghan NH, Flatt PR; Streptozotocin-resistant BRIN-BD11 cells possess a wide spectrum<strong>of</strong> toxin tolerance and enhanced insulin-secretory capacity; Endocrine, 32: 20-29, 2007Patterson S, Scullion SM, McCluskey JT, Flatt PR, McClenaghan NH; Prolonged exposure to homocysteine resultsin dimished but reversible pancreatic beta-cell responsiveness to insulinotropic agents. Diabetes Metab. Res. Rev.,23(4):324-334, 2007Liu HK, McCluskey JT, McClenaghan NH, Flatt PR; Iterative exposure <strong>of</strong> clonal BRIN-BD11 cells to ninhydrin enablesselection <strong>of</strong> robust toxin-resistant cells but with decreased gene expression <strong>of</strong> insulin secretory function; Pancreas,36: 294-301, 200847

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