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Articles by T. Phromsopha
Total Records ( 3 ) for T. Phromsopha
  Y. Baimark and T. Phromsopha
  Methoxy poly (ethylene glycol)-b-poly (D,L-lactide-co-glycolide) diblock copolymers (MPEG-b-PDLLG) films containing a poorly water-soluble drug were prepared by evaporation method of MPEG-b-PDLLG and drug solution in dichloromethane. Ibuprofen was used as a poorly water-insoluble model drug. Influences of MPEG block length and DLL/G ratio on drug-loaded film character and drug release behavior were investigated. Inhibition of entrapped ibuprofen crystallization in the MPEG-b-PDLLG films was observed from thermal analysis. The drug release rates increased as the MPEG block length increased. Incorporation of G units in the PDLL block also induced the faster drug release rate. The drug had released from the films through diffusion mechanism.
  T. Phromsopha and Y. Baimark
  In the present study biodegradable microparticles of chitosan were prepared by the simple water-in-oil emulsion solvent diffusion method for use as drug delivery systems. Aqueous chitosan solution and ethyl acetate were used as water and oil phases, respectively. Gentamicin sulphate was used as a hydrophilic model drug. Effects of drug content and sodium tripolyphosphate cross-linker on chitosan microparticles and drug release behaviors were investigated. The both drug-free and drug-loaded chitosan microparticles were deflated microparticles and porous structures with 200-400 μm in size. The cross-linking did not affect on microparticle shape and size. The drug release rates decreased as the drug content decreased and the amount of cross-linker increased.
  T. Phromsopha and Y. Baimark
  Biodegradable films of methoxy poly (ethylene glycol)-b-poly (D, L-lactide) diblock copolymers (MPEG-b-PDLL) containing drug were prepared by solution casting of MPEG-b-PDLL and drug in dichloromethane. Ibuprofen was used as a poorly-water soluble model drug. Influences of MPEG-b-PDLL/drug ratio and film thickness on ibuprofen-loaded film characteristics and drug release behaviors were investigated. The hydrogen bonding between MPEG-b-PDLL and drug were detected from FTIR analysis. From FTIR and differential scanning calorimetric results indicated that the ibuprofen was well distributed throughout the MPEG-b-PDLL film matrices. The drug release rates increased as the drug ratio increased and the film thickness decreased. The drug release from the films occurred by drug diffusion mechanism.
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