| Positions: Director and Professor*, CBR Education Ph.D., 1984, The University of Michigan Email: payne@umbi.umd.edu Voice: (301) 405-8389 Mailing info CBR Faculty Directory | Research OverviewBiomolecular Engineering Biomolecular engineering makes use of the remarkable properties of natural cellular materials, as a means to design and build products that can be used for human purposes. Cells have the amazing ability to enlist renewable materials to create complex structures. Not only do they offer exquisite functional properties, but these natural materials are constructed under mild, physiological conditions and are biodegradable. By coupling Nature-inspired methods with standard fabrication methods, it is possible to create next-generation materials that offer superior performance and safety, while avoiding adverse environmental impacts.
| Research DescriptionResearch Area: Biomolecular and Metabolic Engineering Research Specialties:Biomolecular Engineering, Nanobiotechnology, Biofabrication, Chitosan, Tyrosinase, Transglutaminase, Stimuli-responsive Polymers, Electrodeposition, Soft Tissue Adhesive, Biomimetic Materials BIOMOLECULAR ENGINEERING OF MATERIALS Nature offers an amazing ability to enlist renewable materials to create complex structures that perform precise functions. Examples include, DNA that can store information in a retrievable form, spider silk that is strong yet lightweight, and the water-resistant adhesive that allows mussels to attach to submerged surfaces. Not only do they offer exquisite functional properties, but these natural materials are constructed under mild, physiological conditions and are biodegradable. We are coupling Nature-inspired methods with standard fabrication methods to create next-generation materials that offer superior performance and safety, while avoiding adverse environmental impacts... Complete Information... | Additional Info* Joint Appointment: Professor, Department of Chemical and Biochemical Engineering, University of Maryland, Baltimore County
| Representative PublicationsBiomimetic Soft Tissue Adhesive Chen, T., R. Janjua, M.K. McDermott, S.L. Bernstein, S.M. Steidl, and G.F. Payne. 2006. Gelatin-based Biomimetic Adhesive. Potential for Retinal Reattachment. Journal of Biomedical Materials Research: Part B - Applied Biomaterials , 77 (2): 416-422. Bio-inspired Vesicle Restraint and Mobilization Zhu, C., L.-Q. Wu, X. Wang, J.-H. Lee, D.S. English, R. Ghodssi, S .R. Raghavan, and G.F. Payne. 2006. Reversible Vesicle Restraint in Response to Spatiotemporally-controlled Electrical Signals: A Bridge Between Electrical and Chemical Signaling Modes. Langmuir , In Press. Phenol Reaction Cascades to Confer Mechanical Function Wu, L.-Q., M.K. McDermott, C. Zhu, R. Ghodssi, and G.F. Payne. 2006. Mimicking Biological Phenol Reaction Cascades to Confer Mechanical Function. Advanced Functional Materials , In Press.. Complete Listing... |
|
