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Hydrogels [electronic resource] :Biological Properties and Applications / by Rolando Barbucci.

by Barbucci, Rolando [author.]; SpringerLink (Online service).
Material type: materialTypeLabelBookPublisher: Milano : Springer Milan, 2009.Description: XI, 197 p. online resource.ISBN: 9788847011045.Subject(s): Chemistry | Biochemical engineering | Chemical engineering | Biomaterials | Chemistry | Chemistry/Food Science, general | Biochemical Engineering | Industrial Chemistry/Chemical Engineering | BiomaterialsDDC classification: 540 Online resources: Click here to access online
Contents:
Hydrogels and Tissue Engineering -- Structure-Property Relationships in Hydrogels -- Water and Surfaces: a Linkage Unexpectedly Profound -- Polysaccharide Based Hydrogels for Biomedical Applications -- Hydrogels for Healing -- Stereocomplexed PEG-PLA Hydrogels -- Hybrid Hydrogels Based on Poly(vinylalcohol)-Chitosan Blends and Relevant CNT Composites -- Poloxamine Hydrogels: from low Cell Adhesion Substrates to Matrices with Improved Cytocompatibility for Tissue Engineering Applications -- Biohydrogels for the In Vitro Re-construction and In Situ Regeneration of Human Skin -- Chitosan-Based Beads for Controlled Release of Proteins -- Synthesis of Stimuli-Sensitive Hydrogels in the ?m and sub-?m Range by Radiation Techniques and their Application -- Stimuli-Sensitive Composite Microgels -- Novel pH/Temperature-Sensitive Hydrogels Based on Poly(?-Amino Ester) for Controlled Protein Delivery -- On-Off Switching Properties of ultra thin Intelligent Temperature-Responsive Polymer Modified Surface.
In: Springer eBooksSummary: The studies on Biohydrogels have had a rapid, exponential evolution in the last decades. Starting from one of the first applications of hydrogels in surgery, polyvinylalcohol crosslinked with formaldehyde under the trade name of Ivalon, we passed through PolyHema hydrogels as contact lens materials, hydrophilic polyurethanes (HPU), biodegradable hydrogels for both reconstructive surgery and pharmaceutical delivery systems, and finally more recently, one decade old, the thermoreversible and transient network hydrogels. Of course all these classes of hydrogels have been always and continuosly studied, improving their performance and field of applications. Recently, most of them have been used as scaffolds for cells, even stem ones, for regenerative applications (tissue engineering). Nevertheless hydrogels are odd materials and many studies still have to be carried out to fully understand their behaviour from mechanical, physicochemical and biological point of view.
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Hydrogels and Tissue Engineering -- Structure-Property Relationships in Hydrogels -- Water and Surfaces: a Linkage Unexpectedly Profound -- Polysaccharide Based Hydrogels for Biomedical Applications -- Hydrogels for Healing -- Stereocomplexed PEG-PLA Hydrogels -- Hybrid Hydrogels Based on Poly(vinylalcohol)-Chitosan Blends and Relevant CNT Composites -- Poloxamine Hydrogels: from low Cell Adhesion Substrates to Matrices with Improved Cytocompatibility for Tissue Engineering Applications -- Biohydrogels for the In Vitro Re-construction and In Situ Regeneration of Human Skin -- Chitosan-Based Beads for Controlled Release of Proteins -- Synthesis of Stimuli-Sensitive Hydrogels in the ?m and sub-?m Range by Radiation Techniques and their Application -- Stimuli-Sensitive Composite Microgels -- Novel pH/Temperature-Sensitive Hydrogels Based on Poly(?-Amino Ester) for Controlled Protein Delivery -- On-Off Switching Properties of ultra thin Intelligent Temperature-Responsive Polymer Modified Surface.

The studies on Biohydrogels have had a rapid, exponential evolution in the last decades. Starting from one of the first applications of hydrogels in surgery, polyvinylalcohol crosslinked with formaldehyde under the trade name of Ivalon, we passed through PolyHema hydrogels as contact lens materials, hydrophilic polyurethanes (HPU), biodegradable hydrogels for both reconstructive surgery and pharmaceutical delivery systems, and finally more recently, one decade old, the thermoreversible and transient network hydrogels. Of course all these classes of hydrogels have been always and continuosly studied, improving their performance and field of applications. Recently, most of them have been used as scaffolds for cells, even stem ones, for regenerative applications (tissue engineering). Nevertheless hydrogels are odd materials and many studies still have to be carried out to fully understand their behaviour from mechanical, physicochemical and biological point of view.

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