Research

Research

Biomaterials science is the next frontier in biotechnology and in medical therapeutics. Innovations in material design have created interventions and composite devices previously unimaginable with materials whose structure and function evolve with time. Our lab has three main areas of research: tissue adhesives, drug delivery and living materials. Research involves the synthesis and characterization of functional polymers with medical applications. This is naturally proceeding to an effort to the development of novel biotechnological innovations based on these materials. We also attempt to gain a critical level of understanding of structure-activity relationship and tissue-biomaterial interactions in the general context of materials science. Current research includes the synthesis of injectable and of stimuli responsive materials, delivery of nutritious for treating gastro and mucosal disorders, self-assembly of polymeric systems and nano-scale particulate systems.



SURGICAL SEALANTS
Two complementary neat (solvent-free) prepolymers that harden upon mixing to yield an elastic biodegradable sealant
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Hot Glue Gun Releasing Biocompatible Tissue Adhesive
Simple and accessible medical hot melt glue gun application
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Microneedles
Minimally invasive apparatus composed of micron-sized needles arranged on a small patch
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Bacteria in thermo-responsive gel to treat fungal infections
Encapsulating and delivering a natural live microbiome population to a fungal diseased organ
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Two component cross-linkable gels for 3D printing
A novel 3D printing technique to form a pre-designed 3D pill
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Stimuli Responsive Materials
Materials that adapt the surrounding environment by changing mechanical and adhesive properties
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Tissue Adhesives
Neat adhesive materials as alternatives to sutures and staples
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A Patch Releasing Antimicrobial Agents for Food Preservation
A novel patch that releases volatile antimicrobial oils to extend shelf life
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