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The influence of the kind and quantity of an ancillary ligand or Lewis acids to the activity and access of the metal center has been investigated (2020) to modulate the branching density of alpha olefins also midway during a polymerization. It opened the possibility.
Polymer (Nano)Networks (since 2008)
We have developed the intermolecular chain crosslinking process to give us bulk and nanonetworks (nanosponges). This long-standing interest is being further developed to manipulate parent networks and using other crosslinking techniques. The primary interest in the use in the field of drug delivery and biomedical research.
Metal-Organic Insertion/Light Initiated Radical (MILRad) Polymerization
Thermoplastic elastomers are the most important and widely used polymeric materials to date. We are exploring novel synthetic pathways to afford a more practical and easier access to functionalized and specialized thermoplastics. This research effort involves the investigation of the photoactivation of metal organic catalysts with a variety of monomers also in combination with other […]
Biocompatible materials with tailored functions, biological responses and mechanical properties are investigated. The project involves the investigation of novel polymeric building blocks that are combined with self-assembled materials.
Nanosponge Technology and Nanoparticle Expansion
Nanoparticles are important building blocks towards the development of nanomedical approaches to treat cardiovascular disease and to target areas of inflammation to release suitable therapeutics. Our long standing effort in this area has led us to develop the second generation of nanosponge materials in a more effective synthetic pathway. Photoactivation of crosslinking units in nanonetworks […]
University of Houston
Department of Chemistry
406 STL Building
Labs: 415, 412, 414, 408
phone: (713) 743-6707