Biomaterials science and tissue engineering : principles and methods / Bikramjit Basu.

By:

Material type: Text

TextLanguage: English Series: Cambridge - IISc seriesPublication details: Cambridge, United Kingdom ; New York, NY, USA : Cambridge University Press, 2017. ©2017Description: xxv, 696 pages ; 25 cmISBN:

9781108415156 (hardback : alk. paper)

Subject(s):

DDC classification:

610.28 23 BAS

NLM classification:

QT 37

Contents:

Materials for biomedical applications -- Tissue engineering scaffolds : principles and properties -- Conventional and advanced manufacturing of biomaterials -- Probing structure of materials at multiple length scales -- Mechanical properties : principles and assessment -- Cells, proteins and nucleic acids : structure and properties -- Cell-material interaction and biocompatibility -- Probing cell response, in vitro -- Bacterial growth and biofilm formation -- Probing tissue response, in vivo -- Case study : corrosion and wear of selected Ti-alloys -- Case study : calcium phosphate-mullite composites -- Case study : compression moulded HDPE-based hybrid biocomposites -- Case study : phase stability, bactericidal and cytocompatibility of HA-Ag -- Case study : HA-CaTiO3 based multifunctional composites -- Case study : compatibility of neuronal/cardiac cells with patterned substrates -- Perspectives. Materials for biomedical applications -- Tissue engineering scaffolds : principles and properties -- Conventional and advanced manufacturing of biomaterials -- Probing structure of materials at multiple length scales -- Mechanical properties : principles and assessment -- Cells, proteins and nucleic acids : structure and properties -- Cell-material interaction and biocompatibility -- Probing cell response, in vitro -- Bacterial growth and biofilm formation -- Probing tissue response, in vivo -- Case study : corrosion and wear of selected Ti-alloys -- Case study : calcium phosphate-mullite composites -- Case study : compression moulded HDPE-based hybrid biocomposites -- Case study : phase stability, bactericidal and cytocompatibility of HA-Ag -- Case study : HA-CaTiO3 based multifunctional composites -- Case study : compatibility of neuronal/cardiac cells with patterned substrates --

Summary: "Provides an encyclopedic coverage of biomaterials science which, at the same time, has enough to interest the biomedical scientists and engineers"--

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Holdings
Item type	Current library	Collection	Call number	Status	Date due	Barcode
General Books	CUTN Central Library Medicine, Technology & Management	Non-fiction	610.28 BAS (Browse shelf(Opens below))	Available		36814

Materials for biomedical applications -- Tissue engineering scaffolds : principles and properties -- Conventional and advanced manufacturing of biomaterials -- Probing structure of materials at multiple length scales -- Mechanical properties : principles and assessment -- Cells, proteins and nucleic acids : structure and properties -- Cell-material interaction and biocompatibility -- Probing cell response, in vitro -- Bacterial growth and biofilm formation -- Probing tissue response, in vivo -- Case study : corrosion and wear of selected Ti-alloys -- Case study : calcium phosphate-mullite composites -- Case study : compression moulded HDPE-based hybrid biocomposites -- Case study : phase stability, bactericidal and cytocompatibility of HA-Ag -- Case study : HA-CaTiO3 based multifunctional composites -- Case study : compatibility of neuronal/cardiac cells with patterned substrates -- Perspectives. Materials for biomedical applications --
Tissue engineering scaffolds : principles and properties --
Conventional and advanced manufacturing of biomaterials --
Probing structure of materials at multiple length scales --
Mechanical properties : principles and assessment --
Cells, proteins and nucleic acids : structure and properties --
Cell-material interaction and biocompatibility --
Probing cell response, in vitro --
Bacterial growth and biofilm formation --
Probing tissue response, in vivo --
Case study : corrosion and wear of selected Ti-alloys --
Case study : calcium phosphate-mullite composites --
Case study : compression moulded HDPE-based hybrid biocomposites --
Case study : phase stability, bactericidal and cytocompatibility of HA-Ag --
Case study : HA-CaTiO3 based multifunctional composites --
Case study : compatibility of neuronal/cardiac cells with patterned substrates --

"Provides an encyclopedic coverage of biomaterials science which, at the same time, has enough to interest the biomedical scientists and engineers"--

Includes bibliographical references and index.

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