UNIT I: INTRODUCTION
Definition of polymers and biomaterials, functionality, polymer isomerism
UNIT II: SELECTION OF BIOMATERIALS
Selection criteria, fiber folding, membrane lamination, in situ polymerization
UNIT III: BIOLOGICALLY DERIVED BIOMATERIALS
Polyhydroxialkanoates, polylactides- characterization, synthesis in organism and extraction
UNIT IV: MATERIALS FOR TISSUE ENGINEERING
Case studies with regenerated polymers
UNIT V: TRENDS IN BIOCOMPOSITE
Biodiode , polymer coated blood, polymer precursor synthesis and characterization
UNIT VI: IMPROVED FUNCTIONS OF BIOPOLYMERS
Genetic and molecular Biology aspects of synthesis
UNIT VII: FERMENTATIVE PRODUCTION
Biopolyester, microbial polysaccharides, microbial cellulose, bioadhesive, polyglutamic acid
UNIT VIII: OPTIMIZATION OF PRODUCTION KINETICS, SEPARATION
Statistical optimization of probable variables for production of biomaterials, use of reactors, kinetic analysis for production, separation of Biomaterials by cell digestion and extraction
BOOKS:
1. D. Byrom, Biomaterials –novel materials from biological sources, Stockton press, New York, 1991.
2. J.B.Park, Biomaterials science and engineering, Plenum Pulo, 1984.
REFERENCE BOOK:
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