Search Results - "tissue engineering"

Tissue engineering the science, the technology and the industry /

Table of Contents: “…Contents: Historical perspective -- Biomedical devices and diagnostics industry -- Medical implant industry -- Approved tissue products -- Dermagraft -- Tissue engineered skin substitutes -- Cell source -- Matrix -- Immune tolerance -- Off-the-shelf availability -- Embryonic stem cells -- Scaffolds -- Bioreactor technology -- Integration into the living system -- Therapeutic products -- Key industry trends -- Advances envisioned.…”
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Tissue engineering the science, the technology and the industry /

Table of Contents: “…Contents: Historical perspective -- Biomedical devices and diagnostics industry -- Medical implant industry -- Approved tissue products -- Dermagraft -- Tissue engineered skin substitutes -- Cell source -- Matrix -- Immune tolerance -- Off-the-shelf availability -- Embryonic stem cells -- Scaffolds -- Bioreactor technology -- Integration into the living system -- Therapeutic products -- Key industry trends -- Advances envisioned.…”
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Tissue engineering the science, the technology and the industry /

Table of Contents: “…Contents: Historical perspective -- Biomedical devices and diagnostics industry -- Medical implant industry -- Approved tissue products -- Dermagraft -- Tissue engineered skin substitutes -- Cell source -- Matrix -- Immune tolerance -- Off-the-shelf availability -- Embryonic stem cells -- Scaffolds -- Bioreactor technology -- Integration into the living system -- Therapeutic products -- Key industry trends -- Advances envisioned.…”
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Nanotechnology for tissue engineering

Table of Contents: “…Contents: Nanomedicine -- Nanotechnology -- Tissue engineering -- Orthopaedics -- Cartilage -- Vascular -- Bladder -- Central and peripheral nervous system.…”
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Materials for tissue engineering

Table of Contents: “…Contents: Range of materials considered for tissue engineering -- Research into cell-material interaction -- Development of new technologies -- Highly tailored biomaterials: role in guiding cell behaviour and tissue regeneration -- Medical implants -- The use of commonly available clinical bioresorbable polymers -- The use of bioactive materials: Bioglass -- Utilising self-assembling nanoscale fibres, peptide functionalisation and recombinant DNA technology -- Replication of structure and function of natural tissue -- Importance of production techniques to control material macro and nano structure.…”
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Vascular tissue engineering

Table of Contents: “…Contents: Tissue engineering approaches -- Different cell sources for a blood vessel substitute -- Circulating endothelial progenitor cells: their characteristics, their use in a blood cell substitute and recruitment from the host circulating blood -- Differentiation from ES into endothelial cells in vitro and their endothelial-like characterization -- The use of different types of scaffolds -- In vivo and in vitro remodeling -- Engineering immune acceptance -- Clinical applications: EC-seeded ePTFE grafts for peripheral applications and cell-seeded polymer scaffold grafts for pulmonary artery/Fontan procedure.…”
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Nanotechnology for tissue engineering

Table of Contents: “…Contents: Nanomedicine -- Nanotechnology -- Tissue engineering -- Orthopaedics -- Cartilage -- Vascular -- Bladder -- Central and peripheral nervous system.…”
Get full text
Series

Materials for tissue engineering

Table of Contents: “…Contents: Range of materials considered for tissue engineering -- Research into cell-material interaction -- Development of new technologies -- Highly tailored biomaterials: role in guiding cell behaviour and tissue regeneration -- Medical implants -- The use of commonly available clinical bioresorbable polymers -- The use of bioactive materials: Bioglass -- Utilising self-assembling nanoscale fibres, peptide functionalisation and recombinant DNA technology -- Replication of structure and function of natural tissue -- Importance of production techniques to control material macro and nano structure.…”
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Vascular tissue engineering

Table of Contents: “…Contents: Tissue engineering approaches -- Different cell sources for a blood vessel substitute -- Circulating endothelial progenitor cells: their characteristics, their use in a blood cell substitute and recruitment from the host circulating blood -- Differentiation from ES into endothelial cells in vitro and their endothelial-like characterization -- The use of different types of scaffolds -- In vivo and in vitro remodeling -- Engineering immune acceptance -- Clinical applications: EC-seeded ePTFE grafts for peripheral applications and cell-seeded polymer scaffold grafts for pulmonary artery/Fontan procedure.…”
Get full text
Series

Nanotechnology for tissue engineering

Table of Contents: “…Contents: Nanomedicine -- Nanotechnology -- Tissue engineering -- Orthopaedics -- Cartilage -- Vascular -- Bladder -- Central and peripheral nervous system.…”
Get full text
Series

Materials for tissue engineering

Table of Contents: “…Contents: Range of materials considered for tissue engineering -- Research into cell-material interaction -- Development of new technologies -- Highly tailored biomaterials: role in guiding cell behaviour and tissue regeneration -- Medical implants -- The use of commonly available clinical bioresorbable polymers -- The use of bioactive materials: Bioglass -- Utilising self-assembling nanoscale fibres, peptide functionalisation and recombinant DNA technology -- Replication of structure and function of natural tissue -- Importance of production techniques to control material macro and nano structure.…”
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Series

Vascular tissue engineering

Table of Contents: “…Contents: Tissue engineering approaches -- Different cell sources for a blood vessel substitute -- Circulating endothelial progenitor cells: their characteristics, their use in a blood cell substitute and recruitment from the host circulating blood -- Differentiation from ES into endothelial cells in vitro and their endothelial-like characterization -- The use of different types of scaffolds -- In vivo and in vitro remodeling -- Engineering immune acceptance -- Clinical applications: EC-seeded ePTFE grafts for peripheral applications and cell-seeded polymer scaffold grafts for pulmonary artery/Fontan procedure.…”
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Integrating nanomaterials and 3D nano/microfabrication techniques for improved cartilage and bone regeneration

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The aging of mitotic cells regeneration and aging /

Table of Contents: “…Contents: Aging -- Types of mitotic cell aging -- Aging of blood cells in marrow and circulation -- Cell senescence -- Mitochondrial mutations -- Stem cell therapy -- Tissue engineering -- Suicide gene therapy -- Telomere length control -- Allotopic expression.…”
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Integrating nanomaterials and 3D nano/microfabrication techniques for improved cartilage and bone regeneration

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Integrating nanomaterials and 3D nano/microfabrication techniques for improved cartilage and bone regeneration

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New nano biomaterials inspired by biomechanics

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The ethics and regulation of cell and tissue therapies in the UK

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The aging of mitotic cells regeneration and aging /

Table of Contents: “…Contents: Aging -- Types of mitotic cell aging -- Aging of blood cells in marrow and circulation -- Cell senescence -- Mitochondrial mutations -- Stem cell therapy -- Tissue engineering -- Suicide gene therapy -- Telomere length control -- Allotopic expression.…”
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The aging of mitotic cells regeneration and aging /

Table of Contents: “…Contents: Aging -- Types of mitotic cell aging -- Aging of blood cells in marrow and circulation -- Cell senescence -- Mitochondrial mutations -- Stem cell therapy -- Tissue engineering -- Suicide gene therapy -- Telomere length control -- Allotopic expression.…”
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