tissue-engineering

Tissue engineering has been a newly developed discipline which represents the new direction of biological medicine engineering.

The study of seeding cells have always been a hot spot in tissue engineering.

Conclusion: The SF is one of holpful seed cells to be used for constructing tissue engineering ACL.

The choice of materials and processing technique of textile scaffold, used for vascular tissue engineering, are introduced too.

Who needs implants ? How tissue engineering and a new kind of stem cell can help the body rebuild itself.

Electrospinning is one of the most effective methods to produce tissue engineering scaffold materials.

For the tissue engineering involved in growing replacement organs, you need to organize specialized cells in particular ways like this.

Tissue engineering (TE) is one of the new interdisciplinary fields which combined biology and material science.

Among the recently developed scaffolds for tissue engineering, polymeric hydrogels have proven satisfactory in cartilage and bone repair.

Objective To investigate the possibility of constructing small caliber artery by means of tissue engineering in rotary cell culture system.

abstract: Objective: To investigate the feasibility of the small intestinal submucosa(SIS) as a scaffold for tissue engineering tendon.

Compound of collagen-calcium phosphate is one of the most significative frame material using in bone tissue engineering.

Tissue engineering is one of the fast developing subjects which aim was reconstruct, repair, and even replace the damaged tissues or organs.

Conclusion: New Zealand rabbit can be used for the study of tissue engineering of bone and cartilage.

Currently, bone marrow derived mesenchymal stem cells (MSCs) are the best available cell population for tendon tissue engineering.

Recently, stem cells attract significant attention in cartilage tissue engineering as an alternative to autologous chondrocytes.

Hydrogels are widely used in tissue engineering due to their high water content, biodegradability and excellent biocompatibility.

Scaffold material plays important role in cartilage tissue engineering, so selection of an appropriate carrier is to be done firstly.

After modification, PPSC-III was expected to be useful for tissue engineering scaffold and drug controlled delivery.

The traditional tissue-engineering paradigm combines isolated cells with appropriate bioactive agents in a biomaterial scaffold.

Fabrication of scaffolds is one of the primary problems in bone tissue engineering.

Tissue engineering material with many advantages has been the direction of the material to repair bone deficiency over twenty years.

Due to outstanding mechanical properties and biocompatibility the BC appears a favourable candidate for tissue engineering applications.

Porous scaffold plays an important role in tissue engineering and polymers are the main materials for manufacturing scaffolds.

Three main approaches to tissue engineering have been pursued: conduction, induction by bioactive factors, and cell transplantation.

Tissue engineering, as an emerging and rapidly growing field, has received extensive attention for nervous system axonal guidance.

To build artificial bone with osteoblast and growth factors is one of popular studies on current bone tissue engineering.

Objective To sum up the research advances of the seed cell and the culture system using in tissue engineering cartilage.

At present, nanocomposite constructs and nanofiber scaffolds are the major materials researched in bone tissue engineering.

Objective: To evaluate whether the renal capsule is a suitable implanting place for tissue engineering of tooth root and periodontal tissue.

With development of modem medicine and tissue engineering, spinal implants have been commonly used in clinic for spinal diseases.

Cardiac tissue engineering offers the prospect of a novel treatment for acquired or congenital heart defects.

As to its low immunity, hyaluronic acid is an excellent biomaterial for tissue engineering.

For the clinical application of cartilage tissue engineering methods to repair articular cartilage defects provide some experimental basis.

The tissue engineering composed of hOECs and fibrin could be used for implantation to repair the injured spinal cord.

Skin replacement products are the most advanced, with several tissue-engineering wound care materials currently on the market worldwide.

With the rapid advancement in the technology of tissue engineering (TE) over the years, TE skin has seen extensive application in clinic.

Conclusion BMSCs could be mass cultured to be differentiated into osteoblast as seed cells for bone tissue engineering.

The scaffold materials for bone tissue engineering should have the properties of support, biocompatibility, osteoconductive.

Based on these results, PVA can be applied in a diversity of areas including tissue engineering, biomimetics, and cellular micropatterning.

Embryonic stem cells have been the focus in tissue engineering, developmental biology, drug development and gene research.

And stem cells, which have been seen as the stars of tissue engineering, play a less significant role than expected.

Silk scaffolds are used as a cell substrate in tissue engineering, providing a three-dimensional environment in which cells can grow.

It is worth noting that this is also the major issue that the myocardial tissue engineering institute is currently facing.

As a bioactive ceramic, Hydroxyapatite has a wide application in research of bone tissue engineering.

Additional discussion will focus on a renewed interest in therapeutic angiogenesis by tissue engineering or stem cell-based approaches.

abstract: Materials and forming process are decisive factors of the tissue engineering scaffolds performance.

Ketoprofen and its isopropyl ester were used as model drug for studying the characteristics of tissue engineering skin.

Conclusion PLGA polymer is the safe tissue engineering material, cells and PLGA scaffolds complex could be substitute for bone graft.

Objective: Bone marrow stromal cells are commonly used in bone tissue engineering as osteogenic stem cells.

As a newly emerging technique, tissue engineering provides a new concept and method to treat stress urinary incontinence.

OBJECTIVE: To improve seed cell primary culture technique of vascular tissue engineering and observe the biological characteristics.

In the bone tissue engineering, osteoblasts gain and culture are the foundation and important component element.

Conclusions: Cryopreserved myoblasts could be served as seeding cells in facial muscle tissue engineering.

The authors reviewed the main progress of the NP tissue engineering from cells, scaffolds, growth factor.

Bioceramic is an important part of bioactive frame applied widely in tissue engineering.

Performances of Biodegradable Biomaterials for Tissue Engineering .

OBJECTIVE: To summarize the progress in nerve tissue engineering scaffolds or heterologous nerve grafts for repair of facial nerve defects.

Active programs include tissue engineering models for cardiac muscle, tri-leaflet valves, cell-based cardiac pumps and vascular grafts.

The trachea implant in tissue engineering of the invention can effectively repair the segmental defect of the trachea.

The papers provided an experimental basis for the composite tubular scaffold used as tissue engineering blood vessel.

Discuss computer-aided tissue engineering research and the prospects for the application, with some guidance and forward-looking.

Objective To introduce the research advances of scaffold materials of intervertebral disc tissue engineering.

She also designs and synthesizes polymer biomaterials for tissue engineering and controlled-release drug delivery.

The electrospun scaffolds were applied to the cartilage, bone, blood vessel, heart, and nerve tissue engineering fields.

PLGA-MS may be used in UI tissue engineering as an injectable cell scaffold.

This article will summarize the aspects above, and then introduce the applications of bioreactor in cartilage tissue engineering in brief.

Objective To dis-cuss the selection and manufacture of ideal extracellular supporting materials in bone tissue engineering.

Conclusion HA film complex material has good biocompatibility and could be used as tissue engineering artificial mechanical valve material.

Artifical vessel endothelialization and tissue engineering blood vessel have been especially focused on in recent years.

The study of seeding cells is always a hot spot in tissue engineering.

Methods The recent original articles about the scaffolds in intervertebral disc tissue engineering were extensively reviewed.

Conclusion The results suggest that it is a useful method for study on cultured endothelial cells and tissue engineering.

The tissue engineering of bone is able to repair of bone defect.

OBJECTIVE: To review the application and surface modification of bone tissue engineering matrix materials.

Recent adipose derived MSCs show characteristics of multipotential and may be used as functional cells for tendon tissue engineering.

Fabricating small-diameter tubular scaffold for tissue engineering blood vessel is a hot research currently.

This paper introduced plasma and grafting methods of surface modification of materials and the application in tissue engineering.

Therefore, the composites are promising scaffolds for cartilage tissue engineering.

The present invention discloses the method and apparatus for externally constructing blood vessel tissue engineering.

A literature review was written to introduce the correlation between tumor plastic surgery and tissue engineering.

Scaffolds : The roles and properties of scaffolds for tissue engineering are summarized in this slide presentation.

The chitin film can have wide application prospect in the fields of tissue engineering support material and sewage treatment.

Objective: To prepare the acellular scaffold of parotid gland stroma with the lower antigenity and native structure for tissue engineering.

Mechanical factor is one of the most important factors in cartilage tissue engineering.

At present, there is no ideal tissue engineering skin can meet the requirement of patients with severe skin defect.

It is widely recognized that scaffold architecture can profoundly influence the behavior of cells on tissue-engineering constructs.

It is an urgent task to select suitable scaffolds for Culturing seed cells in bone tissue engineering research.

A novel method for solution spray at a high nitrogen pressure was applied in the preparation of tissue engineering scaffolds.

Bone tissue engineering has provided a promising way to solve this problem, and has become one of the hotspots nowadays.

Objective To provide cells resource for experimental study on vascular tissue engineering.

Objective To investigate the feasibility of mix-seeding constructing tissue engineering skin in vitro.

The invention relates to an orbital margin tissue engineering bone and application thereof.

Porous magnesium has obvious advantages as bone tissue engineering biomaterial .

In this article, we review several native biomaterials about its study and application in skin tissue engineering.

Methods The recent original articles about the seed cell and the culture system in tissue engineering cartilage were extensively reviewed.

Making bone scaffold through tissue engineering method presents a new choice for both the patients and the doctors of orthopaedics.

The present paper elucidates the current advances in formation of dentin-pulp complex in vitro with tissue engineering approach.

Over the past decade, Dr. Kaplan's group has focused on biomedical applications in fields like tissue engineering.

The study of scaffold material-cell interactions was the major subject in the field of bone tissue engineering.

Bone tissue engineering has been heralded as the alternative strategy to regenerate bone.

Conclusions The bone density of experimental group increasing by degrees demonstrated the effect of grafts in bone tissue engineering.

Skin presents a minimally invasive, relatively abundant source of fibroblasts for tissue engineering.

With evergrowing researches on the reparation of bone defect by tissue engineering, great success has been achieved in this field.

However, tissue engineering provides a new way for repairing articular cartilage defects.

Tissue Engineering I. Overview: These slides provide an overview of tissue engineering.

The electrospun nanofibers of biopolymers have many potential applications in tissue engineering and wound dressing.

To summarize the application of adipose tissue-derived stem cells in adipose tissue engineering.

According to the origin of germinal layer during embryo development, the applying progress of tissue engineering in medicine is discussed.

can be used in tissue engineering blood vessel research.

The research project in tissue engineering has broad application prospects.

Umbilical cord blood mesenchymal stem cells: The ideal seed cells for bone tissue engineering?

The technology of bone tissue engineering has got rid from autologous bone implant and allograft bone.

This review outlines the advances in the studies of scaffolds in cartilage tissue engineering.

Nowadays tissue engineering technique has been achieved considerable success, but it remains a lot of unsolved problems.

Tissue engineering provides a new way and the revolutionary possibility for curing these diseases.

Gene therapy can further promote osteogenesis in bone tissue engineering.

The research of bone tissue engineering provides new thought and method to repair mass bone defect.

Conclusions: ADMSCs can be induced successfully to osteoblast in vitro and can be used as ideal seed cells for bone tissue engineering.

The tissue engineering appearance, has brought the new hope for orthopedist and the bone damage patient.

Preparation of ideal bone substitutes to repair bone defects has become the focus of medical and tissue engineering field.

Tissue engineering applied in periodontal default has built a new way in periodontal therapy.

Tissue engineering has long held promise for building new organs to replace damaged livers, blood vessels and other body parts.

The current status of tissue engineering in clinical practice of urology is reviewed in this paper.

It follows a logical approach to the various aspects of extracorporeal bone and cartilage tissue engineering.

There are unique comprehensive advantages to construct tissue-engineering tendons using silk fibroin.

Conclusion The PGA coated with FN can be used as scaffolds in cartilage tissue engineering.

The three important elements of bone tissue engineering are seed cells, cytokines and cellular biological scaffolds.

The HA modified chitosan scaffolds has the value of research and development prospect in nervous tissue engineering.

Tissue engineering has being desired to deal with the puzzle.

Tissue engineering blood vessel has been become a hot research currently.

Hydrogel has excellent biocompatibility and degradation, it is increasingly concerned by scholars in the field of tissue engineering.

They are used in the area of drug delivery, drug release, biomaterials and tissue engineering, et al.

Tissue engineering provides a novel pathway for finger joint damage.

Objective To find the possibility of chitin used as scaffolds in tissue engineering.

Further study of DPSCs will likely have a positive impact on dental tissue engineering and tooth regeneration.

The ADSC's culture and induction can satisfy the requirements for seeding cells in adipose tissue engineering.

China just launched a national tissue-engineering center.

Objective: To introduce the use of tissue engineering skin in percutaneous drug absorption.

Ad is an ideal viral vector for tissue engineering.

abstract: The key of bone tissue engineering is selecting good seed cells.

The use of bioreactor in vascular tissue engineering is a newly developed technics in recent years.

CONCLUSION: Insufficiency of mechanical strength in early period of implanting loaded tissue engineering bones has not yet been solved.

This is the webpage of the Department of Molecular Interaction and Tissue Engineering, Kyoto University.

We discuss the effect of telomerase in prevention of seed cell aging in tissue engineering by review of related studies.

Group B : Tissue engineering derma with split skin graft group .

With the development of tissue engineering, tissue engineered epithelial grafts becomes an important donor for corneal transplantation.

Langer has also made innovations in tissue engineering, including synthetic replacement for biological tissues such as artificial skin.

The seed cell, scaffold and growth factors are combined to build vascularized tissue engineering bone.

The study showed some of the complex implications of tissue engineering.

Objective Horizontal rotating bioreactor is a kind of advanced bioreactor, which is the basic and important facility in tissue engineering.

Based on these features, stem cells are widely utilized in gene therapy, cell therapy and tissue engineering.

The investigation and utilization of biomimetic nano-materials will promote the development of tissue engineering effectively.

Finally, the future researches and applications of biological porous media were forecasted by view of tissue engineering.

Tissue engineering provides urologists a new way to fix or reconstruct the impaired organs.

The design and fabrication of bone tissue engineering scaffolds are overviewed as we.

Objective To review the literature about the development of the periodontal tissue engineering.

The technical development of stem cell, tissue engineering and nano material has promoted the study on artificial organ.

The BMSCs have biocompatibility with CTCP, and CTCP could be used as vector for BMSCs in tissue engineering.

The study of DPSCs presents important significance in dental tissue engineering, such as dental restoration and dental pulp regeneration.

Currently the researchers in the field of bone tissue engineering fully pay attention to the method of analysis and experiment.

The development of tissue engineering cast a new light to the treatment of organ disfunction.

With the development of cartilage tissue engineering, how to achieve ideal scaffolds is becoming a hot spot in this field.

There is significant progress has been made in corneal tissue engineering.

They called it 3-D bioprinting, and it is a red-hot branch of the burgeoning field of tissue engineering.

With the development of tissue engineering of peripheral nerve, study on Schwann cells are payed attention to more important position.

Objective: To study the morphological changes of tissue engineering synovialized tendon after transplanted within the flexor digital sheath.

Objective: To study the feasibility of biodegradable artificial esophagus developed by tissue engineering.

Objective To study feasible application of collagen-chitosan 3-dimensional (3-D) scaffolds to tissue engineering blood vessel research.

The experimental study of morphogenesis of cartilage tissues by means of tissue engineering techniques

Study of a Novel Dissoluble Adhesive and Its Application in Tissue Engineering

The study of the surface modification of biomaterials in tissue engineering

The Experimental Study of Repair of the Articular Cartilage Defects in Allogenic Rabbits by Applying Tissue Engineering Technology

Experimental study on ePTFE vessel used for tissue engineering scaffold material in rabbits

Optimal accumulation of seeding cells for articular cartilage tissue-engineering by means of collagenase digestion

Fabrication of a blood vessel scaffold with a combined polymer for tissue engineering

A tissue engineering biomaterial used to repair injured nerve and its biocompatibility

Experimental study of in vitro culture of chondrocytes combined with injectable calcium alginate gel for neo- cartilage tissue engineering

Preparation of an Experimental Chinese Caprine Model of Tibia Diaphyseal Defect Used in Tissue Engineering

An Experimental Study of Demineralized Bone Matrix to Repair Bone Defects as a Scaffold of Tissue Engineering

Application of radiology in the long-term follow-up of repairing large bone defects of goats with tissue engineering technique

Histological Observation of Reconstructing Mandible Defect with Prefabricated-mineralized Inducing Bone Tissue Engineering Scaffold Material

Microarchitectural and mechanical characteristics of biomimetic bone tissue engineering scaffolds fabricated by rapid prototyping technique

Elasticity modulus determination and its clinical significance of tissue engineering composite material

Preliminary study of urethra construction with rabbit bladder transitional cells by tissue engineering

Marrow stromal cells application: Reconstruction of the bladder of New zealand white rabbits by tissue engineering techniques

Heparin sulfate combined with collagen protein in preparation of a new repairing material for nerve tissue engineering

Feasibility of taking poly hydroxybutyrate-polymer of lactic acid as the filling materials of tissue engineering in augmentation rhinoplasty

Fabrication of laryngeal cartilage by means of tissue engineering technique

Researching progress of the bioreactor used to the culture of tissue engineering

Percutaneous penetration of ketoprofen and ketoprofen isopropyl ester through a tissue engineering skin reconstructed with HaCaT cells

Experimental study of formatting tissue engineering bone with different densities of seeding cells in vitro

The explore of the effects of the cyclic pressure on constructing of tissue engineering cartilage and its mechanisms

Preliminary study of application of tissue engineering scaffolds in the repair of acutely injured canine spinal cord

Construction of a tissue engineering dermis without heterologous scaffold

Research Interests: biomaterials; tissue engineering; orthopedic implant design and manufacturing

Fabrication of customized anatomical-shaped bone tissue engineering scaffolds with reverse engineering and rapid prototyping technology

Cardiovascular Regeneration Therapies Using Tissue Engineering Approaches

Experimental studies on the biocompatibility of spongy PLGA-collagen membrane as a tissue-engineering dermal scaffold

The feasibility study of nano - HAp - collagen applying on the periodontal tissue engineering

Preliminary study of fabricating homologous tissue-engineering heart valve in vitro

Hydrogels Used for Tissue Engineering

Knowledge and understanding of clinical rehabilitation, tissue engineering, and regenerative medicine

Biocompatibility estimation of peripheral nerve tissue engineering biomaterials

An experimental study of the transplantation of tissue engineering synovialized tendon

Prefabricating tissue engineering bone scaffold for repairing craniomaxillofacial bone defect

Experimental study of bioactive glass ceramics used as scaffold of bone tissue engineering in vitro

Cooperative function and best effect of various growth factors in cartilage study of tissue engineering

Experimental research using human bone marrow mesenchymal stem cells as the seed cells for bone and cartilage tissue engineering

Experimental study of bone marrow stromal cells combined with calcium alginate gel for osteochondral tissue engineering

Platelet-rich plasma gel as the carrier of tissue engineering observed under a scanning electron microscope

Ultrastructure of Vascularization During Osteogenesis by Tissue Engineering Technique

Application of Biodegradable Polyhydroxybutyrate in Tissue Engineering

Experimental study of healing corneal ulcer by tissue engineering corneal stroma

Reconstruction of the guided tissue regeneration membrane combined with cultured cells by tissue engineering

Engineering: reproduction and clone--Reproductive, clone and tissue engineering enlightened by in vitro fertilization

Methodologies with Modifications on Fabrication of Porous Aliphatic Polyesters Scaffolds for Tissue-engineering

Experimental Study of Cardiac Muscle Tissue Engineering in Bioreactor

Experimental study on constructing the wall of blood vessel by tissue engineering approach

Present study of tissue engineering on the multiple biological activity of defensins

Study on the Physicochemical Properties of Small Intestinal Submucosa as a Scaffold for Tissue Engineering

Developement in the basic and application study of cartilage tissue-engineering seed cells

Study of reconstruction of dog urinary bladder with tissue engineering technique in nude mice

Immunogenicity of acellular nerve basal membrane conduit as a vector in the peripheral nerve tissue engineering

Tissue Regeneration of Chronic Periodontal Defects Using Tissue Engineering Approaches in a Dog Model

Experimental study on hypodermic implantation of biodegradable polymer scaffolds for tissue engineering heart valve

Cartilage tissue engineering and tissue engineered cartilage in otorhinolaryngology

Progress and strategy study of facilitating tissue engineering and blood vessel of bone

Novel segmental scaffolds for bone tissue engineering: Structure design, fabrication, and co-culturing with human osteoblasts

Study of Fabricating Tissue Engineering Method for Artificial Nerve

Advances in Preparation Technologies of Tissue Engineering Three-dimensional Porous Scaffold Materials

Research Progress of Biodegradable Scaffolds in Constructing Tissue Engineering Cartilage

Construction of the Tissue Engineering Skin Model for Assessing the Dermal Corrosivity Potential of Chemicals

Effect of different sterilization techniques on degradation and mechanical properties of tissue engineering scaffolds

A study of injectable autologous tissue engineering cartilage

Preliminary research on preparation of porcine bladder acellular matrix graft for tissue engineering applications

Study of Adipose Tissue Engineering with Human Preadipocytes;

Establishment of New Tissue Engineering Scar Fibroblast Three-dimensional Culture System

Experimental study on three-dimensional culture of bone marrow stromal cells in vitro and significance for periodontal tissue engineering

Tissue Engineering and Biodegradable Macromolecular Scaffold

Musculoskeletal Regenerative Medicine and Tissue Engineering

Study of development of Schwann cells culture system for three-dimensional modeling with tissue engineering

Construction of the tissue engineering skin model for assessing the dermal irritation potential of chemicals

Experimental research on tissue engineering for cellular reconstitution on pericardial fibrous scaffold in vitro

Application of Biodegradable Macromolecular Materials in Bone and Cartilage Tissue Engineering

Preparation of tissue engineering scaffold material and research of its pore property

Tissue Engineering Technique Combined with Early Rehabilitation to Repair Articular Cartilage Defect

Influential factors of intervertebral disc degeneration and gene therapy with tissue engineering combining gene

Construct trachea epithelium tissue in vitro using tissue engineering techniques for trachea tissue engineering

Mechanical analysis and its computing model of tissue engineering scaffolds