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from MARUZEN
資料 No. 3-2011-006 / Mar 2011
<生体材料>
生体材料全書 全6巻
Comprehensive Biomaterials
Edited by Paul Ducheyne, David Grainger, Kevin Healy and Dietmar Hutmacher
2011 年 10 月刊行 3672 p., Hard
ISBN 978-0-08-055302-3 ..................USD 4130.00 / 通常価¥ 638,581 /特価¥ 574,723〔本体〕+税
生体材料は様々な形で現代医学および治療学に影響を与える、活発で日々変化する
分野です。現代的かつすべてを包括する本書は、この分野における多様性、幅広さ、
特製内容を正確に記しています。
本書は、ポリマーの配合と化学、セラミック・金属と様々な医用生体機器およびイ
ンプラントにおけるそれらの活用、そして臨床的性能と宿主側の反応におよぶ、基本
的科学から臨床的応用まで、生体材料の現代的側面を多数示しています。
将来の生体材料の組成と能力に対する予測に沿って、研究や新しいアイディア、臨床で承認された
新型生体材料が、この分野における多数の専門家によって広く書き記されています。
見計らい承ります
(Pergamon, USA)
Table of Contents
The concept of Biocompatibility
Ceramic films
Biocompatibility and the relationship to standards;
Bioactive Ceramics
meaning and scope of biocompatibility testing
Bioactive glass ceramics
Biomaterials and the innate response
Bioactive Ceramics - physical chemistry
Adaptive immune responses to biomaterials
Calcium phosphate coatings
Leukocyte-biomaterial interactions in vitro
Bioactive layer formation on metals and polymers
Protein interactions with biomaterials
Bioactivity - mechanisms
Bacterial adhesion and biomaterial surfaces
Bioceramics and gene therapy
Anti-inflammatory properties of metals
Bioactive ceramics - cements
Integrin activated reactions to metallic implant surfaces
Composite bioactive ceramics - polymers
Nanostructured surfaces and cell behaviour
Phosphate glasses
Nanoparticles and biocompatibility
Copper doping of calcium phosphate ceramics
Sterilization of biomaterials of synthetic and biologi-
Silicon containing apatites
cal origin
Polymer Fundamentals: Polymer Synthesis
Metals for use in medicine
Structural Biomedical Polymers (Non-degradable)
Electrochemical behavior of metals in biological milieus
Degradable polymers
Shape memory alloys for use in medicine
Polymers at Surfaces
Alumina
Polyurethanes and Silicone Polyurethane Copolymers
Zirconia
Carbohydrate Polymers
Carbons, carbon films and diamond
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丸善株式会社 [学術情報ソリューション事業部 洋書センター 洋書企画グループ]
〒105-0022 東京都港区海岸 1-9-18 国際浜松町ビル 8F
TEL 03-6367-6079 FAX 03-6367-6207 http://www.maruzen.co.jp/
営業部=八王子・大宮・神奈川静岡・筑波/札幌・仙台・盛岡・名古屋・岐阜・金沢・大阪・京都・神戸・
岡山・松山・広島・福岡・長崎・熊本・沖縄/ニュージャージー
Shape-Memory Polymers
Proteomic and Advanced Biochemical Techniques to
Electrospinning and Polymer Nanofibers: I Process
Fundamentals
Study Protein Adsorption
New developments in Synchroton-CT
Fluorpolymers
Fracture mechanics of ceramics as related to bioc-
Stimuli-responsive hydrogels
eramics use
Electroactive Polymeric Biomaterials
Thin
Superporous hydrogels for drug delivery systems
Microindentation
Dynamic Hydrogels
Finite element analysis - bone tissue
Carbon Nanotube and fullerenes materials
Cardiac Mechanics
Nanostructures, topography, block copolymers
Fluid Mechanics - Transport and diffusion analyses
Nanoscale Chemistry for Cell Biology
films - mechanical properties
as applied in biomaterials studies
Bioinspired Adhesives
Computational methods related to reaction chemistry
Biomineralization and New Materials
Molecular Simulation Methods to Investigate Protein
Engineered Viruses for Gene Therapy
Adsorption Behavior at the Atomic Level
Artificial and Natural Protein Polymers - Synthesis
and Characterization
Cell culture systems for biomaterial delivery across
biological barriers
Peptoids - Synthesis, Characterization, and
Histological analysis
Nanostructures
Immunohistochemistry
Self-Assembling Biomaterials
Fluorescence Imaging of cell-biomaterial interactions
Virotronics: Phage viruses as developmental tools for
Molecular Imaging
functional nanomaterials
Microarrays in biomaterials research
Extracellular matrix-like biomaterials
Gene expression and quantitative PCR
Artificial extracellular matrices to functionalize bio-
Infrared and Raman microscopy
materials surfaces
Magnetic Resonance of Bone Micro- and Nanostructure
Materials for artificial stem cell microenvironments
Nanoparticles for biological imaging
Molecularly Imprinted Polymers
Imaging techniques for mineralization
Advanced biophysical methods of analysis
Imaging and diagnosis of biological markers
Bone as a material
Materials to Control and Measure Cell Function
Materials of Biological origin - Overview
BioMEMS devices
Silk
Intracellular Sensing
Elastin Biopolymers
Biosensors based on sol-gel derived materials
Chitosan
Hydrogel based sensors
Hyaluronic Acid
Carbon Nanotube-based Sensor: Overview
Collagen
Conjugated polymers for biosensor devices
Collagen-GAG Materials
Implantable continuous glucose sensors
Fibrin
Engineering surfaces
Extracellular matrix as a biomimetic biomaterial
Biological matrices for tissue regeneration
Decellularized scaffolds
-
Peptide and Protein Modified Surfaces
Combinatorial methods to create designer protein
interfaces
Xenogeneic tissues for the skeletal system
Non-fouling Interfaces
Bacterial cellulose
Patterned Biointerfaces
Surface Analysis and Biointerfaces:
Situ Techniques
Atomic Force Microscopy
UHV and In
Molecular Biomimetic Designs for Controlling Surface Interactions
Surface Engineering using Peptide Amphiphiles
Growth Factor and Protein Modified Surfaces and
Interfaces
Engineered bioactive molecules
Rotating wall vessels for cell culture
Tethered antibiotics
In vivo Bioreactors
Engineering Interfaces for Infection Immunity
Bone Tissue Engineering Concepts
Design Principles in Biomaterials and Scaffolds
Calcium phosphate and bone induction
vaccine/immunotherapy delivery
Tissue Engineering Treatments in Oral, Maxillofacial
Nanoparticles for Nucleic Acid Delivery
Synthetic “Smart” Polymeric Carriers for Intracellular Delivery
Self-Assembled Prodrugs
Delivery by Heparin conjugation
Bioinspired pH-Responsive Polymers for the Intracellular Delivery of Biomolecular Drugs
and Cranial Surgery
Tissue Engineering of the Temporo Mandibular Joint
Autologous, vascularized bone grafts
(Tissue Engineering of) Synovial Joints and Articular
Cartilage
tentative title
Chondrocyte transplantation and selection
Polymeric drugs
Tissue Engineering of Meniscus and Annulus Fibrosus
Sol gel processed oxide controlled release systems -
Tissue Engineering Approaches to Regeneration of
Overview
Anterior Cruciate Ligament
Mesoporous silica materials
Tissue Engineering of muscle tissue
Encapsulation of Cells (Cellular delivery) using sol-
Vascular Tissue Engineering
gel systems
Tissue Engineering of Heart Valves
Layered double hydroxides as controlled release materials
Materials for Cardiac Cell Transplantation
Porous Metal - organic - frameworks as new drug
Cell sheet engineering
carriers
Peripheral nerve regeneration
Hybrid nanoparticles for targeted delivery
Nerve tissue engineering
Silica based nanospheres
Biomaterials for central nervous system regeneration
Gene delivery
Skin Tissue Engineering
Nanofiber for drug delivery
Fibrocartilage regeneration
Cell-demanded Delivery of Growth Factors
Tissue Engineering hollow non-cardiac intrathoracic
Scaffolds
oragans: stage-of-the-art 2010
Scaffolds - Flow Perfusion - Bioreactor design
Adipose tissue engineering
Engineering Scaffold Mechanical and Mass Transport
Finger
Properties
Bioactive ceramics and bioactive ceramic composite
based scaffolds
From tissue to organ engineering
Kidney tissue engineering
Liver Tissue Engineering
Scaffolds and angiogenesis
Organ printing
Effect of material modulus on cell function and dif-
Systems Biology and the relationship to Biomaterials/
ferentiation
Quantifying Integrin-Ligand Engagement and Cell
Phenotype in 3D scaffolds
Tissue Engineering
Intervertebral disc
Current and projected use of joint prostheses
Effect of mechanical stress on cells
Bone Cement
Tissue engineering and selection of growth factors
Polyethylene
and cytokines
Ceramic joint prostheses - clinical results - worldwide
Tissue engineering and selection of cells
Porous Coatings in Orthopaedics
Scaffold materials for hES Cell Culture and Differen-
Wear - Hip joint arthroplasty
tiation
Cell encapsulation
Wear - Knee joint arthroplasty
Effect of wear particulates
Fretting Corrosion
LVAD/Artificial Heart
Metallic dissolution product - Clinical data, relevance
Cardiac Valves: Biologic and Synthetic
Trends in materials for spine surgery
Intravasular Stents: History, overview
Injectable bone cements for spinal column augmenta-
Drug Eluting Stents
tion
- Materials for kyphoplasty / vertebroplasty
Biodegradable Stents
Biomaterials for intervertebral disc regeneration
Vascular Grafts
Nucleus Replacements
Cerebrospinal fluid shunts
Wear - Total intervertebral disc prostheses
Biomaterials for spinal cord repair
Experimental studies in spinal fusion
Corneal Reconstruction with Cell Sheets
Materials in fracture fixation
Artificial Cornea (Keratoprosthesis)
Synthetic bone grafts
Retina Reconstruction
Cellular Selection for Bone Tissue Grafting
Development of Contact Lenses from a Biomaterial
Implant use and infection
Point of View - State of the Art and Future Per-
Materials in Tendon and Ligament Repair
spectives
Materials for use in Oral & Maxillofacial Surgery
Artificial Kidney
Materials in Dental Implantology
Surgical Adhesion and its prevention
Implant Surface Roughness
Suture materials - conventional and stimuli-
Materials in prosthodontics: fillings, crowns, bridges
Dental Graft Materials - all
(light on in situ excavated glass granules)
Cardiac patch (with cells, biological or synthetic)
responsive
Reinforcement of staple lines with buttressing materials
Biomaterials for hernia repair