- There is considerable
need and interest to develop tough biodegradable elastomers, which
exhibit mechanical properties similar to that of soft tissue
-
Poly (glycerol–sebacate)
(PGS) is an elastomeric biodegradable polymer
-
PGS is said to be have a
superior biocompati bilitying
in vitro and in vivo when compared to PLGA, as well as demonstrated a
surface degradati on profi le with subsequent superior structural
integrity and form stability -
A tough biodegradable
elastomer, based on the polycondensati on reaction of glycerol and
sebacic acid into a gelled, crosslinked network, designated
poly(glycerol sebacate) (PGS) was described
-
PGS was incorporated into a
scaffold for vascular tissue
engineering and its hemocompatibility in vitro relative to ePTFE, PLGA,
TCP, and glass was evaluated -
PGS Stents for the Heart are
being developed
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Background
Information
- Co polyesters
-
Eco friendly Polyesters
-
Biodegradable Polyol-Based Polymers
-
Biodegradable Elastomeric Polymers
Product Information
- Product Profile
-
Rheology of polyglycerol sebacate
-
Abstracts
-
Mechanical Properties
-
Degradation Kinetics
-
Study of Properties
Applications
- Drug Carrier
-
Surgically implantable
stent
-
Photocurable Elastomers
-
Dental Tissue Engineering
-
Tissue engineering of
cardiac valves
-
Surgical Glue
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Technology
- Biodegradable Polyester Tissue Scaffolds
-
Biofabrication
-
Micro fluidic Scaffolds
-
Biodegradable Microfluidics
-
Amphiphilic block copolymers
-
Hemocompatibility evaluation
-
Evaluation
-
Product deveopment
-
Micro fabricated capillary networks with a
biodegradable and biocompatible elastomer
Research
Scholars
- From USA
-
Scholar
-
Scholar Contact
-
Research Scientist
Patents
- Polyglycerol Polyesters
-
Polyglycerol Sebacate
Peritoneal adhesion prevention barrier
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