
• Surface modification of natural occurring nano-particles for controlled-release of drugs
• UV Curable Membranes for Biosensor Application
• Photoinitiator-free Photocuring of Hydrogels
• Biomedical and Agricultural Applications of Hydrogels
• Kinetic Studies in Photocuring Processes using PhotoDSC
Competitive External Grants in the last 5 years:
Ameliorating soil sodicity using calcium salt incorporated hydrogels
Period: 2008/2009
Funding Body: NSW Environmental Trust
Surface modification of nanoparticles as pH-sensitive carriers for drug delivery studies
Period: 2008
Funding Body: Australian Academy of Science and Japan Society for the Promotion of Science
Synthesis of Novel Biomaterial for Drug Delivery
Period: 2003-2005
Funding Body: Australian Research Council
Industry Partner: Merck Sharp & Dohme
Projects supported by UWS Research Grant Scheme:
Intelligent Hydrogel Membranes for Controlled-release of Drugs
Period: 2005
Synthesis of hydrogels, a special class of biocompatible polymers for biomedical applications using the novel photoinitiator-free ultra violet (UV) radiation technique
Period: 2003
Invited Professor, Department of Applied Chemistry, Osaka Prefecture University, Japan, January – March, 2008.
Selected Publications
Journal Articles
Ng, L-T., Yuba, E., and Kono, K., (2009) Modification of Liposome Surface with pH-Responsive Polyampholytes for the Controlled-release of Drugs, Res. Chem. Intermediates.
Ng, L-T., and Ng, K-S., (2008) Photo-cured pH-responsive polyampholyte-coated membranes for controlled-release of drugs with different molecular weights and charges, Radiat Phys and Chem, 77, 192-199.
Ng, L-T., and Swami, S., (2008) NMR and texture analyses in relation to swelling kinetics of 2-hydroxyethyl methacrylate/N-Vinylpyrrolidinone hydrogels, Macromol. Symp., 264, 1-7.
Ng, L-T., and Swami, S., (2006) Copolymers of acrylic acid with NVP and HEMA as pH responsive hydrogels synthesized through photoinitiator-free photopolymerization technique, Polymer International, 55, 535 – 544.
Ng, L-T., Swami, S., and Gordon-Thomson. C., (2006) Hydrogels synthesized through photoinitiator-free photopolymerisation technique for delivering drugs including a tumour-tracing porphyrin, Radiat Phys and Chem, 75, 604-612.
Ng, L-T., and Swami, S., (2005) Novel IPNs based on chitosan with NVP and NVP/HEMA synthesised through photoinitiator-free photopolymerisation technique for biomedical applications, Carbohydrate Polymers , 60, 523 – 528.
Ng, L-T., Nakayama, H., Kaetsu, I., and Uchida, K., (2005) Photocuring of stimulus responsive membranes for controlled-release of drugs having different molecular weights, Radiat Phys and Chem, 73, 117 – 123.
Ng, L-T., Nguyen, D., and Adeloju, S., (2005) Photoinitiator-free UV grafting of styrene, a weak donor, with various electron-poor vinyl monomers to polypropylene film, Polymer International, 54 202-208.
Ng, L-T., Swami, S., and Jönsson, S., (2004) Kinetics study of the photopolymerisation of donor/acceptor pairs using the differential photocalorimetric technique and the relation of the kinetics data to hydrogels formation, Radiat Phys and Chem, 69, 321 – 328.
Jonsson, S., Kalyanaraman, V., Lingren, K., Swami, S., and Ng, L-T., (2003) Photopolymerization of maleimide/N-vinylpyrrolidone hydrogels, Polymer Preprints, 44 (1), 7.
Ng, L-T., Jönsson, S., Swami, S., and Lindgren, K., (2002) Synthesis of hydrogel for drug delivery utilizing photoinitator-free photopolymerisation process based on the donor/acceptor pair, NVP and hydroxypentyl maleimide., Polymer International, 51, 12, 1398-1403.
Ng, L-T., Nguyen, D., Swami, S., and Zilic, E., 2002 CT complexes in radiation polymerisation processes including grafting, curing and hydrogel formation, Radiat. Phys. and Chem., 63, 459 - 463.
Book Chapters
Ng, L-T., and Ng, K-S., (2009) Photoinitiator-free Photopolymerization Technique for Hydrogel Syntheses. In Hydrogels: Properties, Preparation and Applications, Nova Science Publishers, Inc., New York (in press).
Conference Articles
Ng, L.-T., Yuba, E., and Kono, K., (2009) Liposome Surface Modification with pH-Responsive Polyampholytes for the Controlled-release of Drugs, 36th Annual Meeting of Controlled Release Society, in press.
Ng, L-T., and Swami, S., (2006) Anionic pH Responsive Synthesized Through Photoinitiator-Free Photopolymerization Technique, 28th Australasian Polymer Symposium & Austrlasian Society for Biomaterials 16th Annual Conference Proceedings, 29.
Ng, L-T., and Swami, S., (2005) Photoinitiator-free photopolymerisation of Hydrogels for drug delivery including a cancer-tracing agent, 32nd Annual Meeting of Controlled Release Society, p409.
Ng, L-T., and Swami, S., (2004) Chitosan-NVP IPN hydrogels synthesized through photoinitiator-free photopolymerisation, 31st Annual Meeting of Controlled Release Society’, p349-350.
Ng, L-T., Arsenin, A., and Nguyen, D., (2003) Comparative studies of swelling and controlled-release on photopolymerised polyampholyte and neutral hydrogels, Proc. RadTech Asia 2003, p669-672.
Swami, S., Ng, L-T., and Jönsson, S., (2003) Kinetics studies of photopolymerisation initiated by donor/acceptor pair systems based on NVP with a series of N-hydroxy alkylmaleimides and hydrogels formation via these systems, Proc. RadTech Asia 2003, p677-680.
Membership of Professional Societies:
• Royal Australian Chemical Society
• The Controlled-Release Society, USA
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