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文章名     作者     期刊名     摘要     卷     期         如果没有找到您所需要的文献，请点击 ——此处申请     共18条记录   Materials in Regenerative Medicine [作者：Shastri, VP; Lendlein, A,期刊：ADVANCED MATERIALS, 页码：3231-3234 , 文章类型： Editorial Material，,卷期：2009年21-32-33] Knowledge-Based Approach towards Hydrolytic Degradation of Polymer-Based Biomaterials [作者：Hofmann, D; Entrialgo-Castano, M; Kratz, K; Lendlein, A,期刊：ADVANCED MATERIALS, 页码：3237-3245 , 文章类型： Article，,卷期：2009年21-32-33] The concept of hydrolytically degradable biomaterials was developed to enable the design of temporary implants that substitute or fulfill a certain function as long as required to support (wound) healing processes or to ... In Vivo Engineering of Tissues: Biological Considerations, Challenges, Strategies, and Future Directions [作者：Shastri, VP,期刊：ADVANCED MATERIALS, 页码：3246-3254 , 文章类型： Article，,卷期：2009年21-32-33] Moving forward materials-based regenerative medicine faces many challenges to ensure clinical success. Many of these challenges lie at the interface of molecular/structural biology and materials science. This review disc... Perspectives and Challenges in Tissue Engineering and Regenerative Medicine [作者：Langer, R,期刊：ADVANCED MATERIALS, 页码：3235-3236 , 文章类型： Editorial Material，,卷期：2009年21-32-33] Controlled Growth Factor Delivery for Tissue Engineering [作者：Tayalia, P; Mooney, DJ,期刊：ADVANCED MATERIALS, 页码：3269-3285 , 文章类型： Review，,卷期：2009年21-32-33] Growth factors play a crucial role in information transfer between cells and their microenvironment in tissue engineering and regeneration. They initiate their action by binding to specific receptors on the surface of ta... Delivery of Nucleic Acids via Disulfide-Based Carrier Systems [作者：Bauhuber, S; Hozsa, C; Breunig, M; Gopferich, A,期刊：ADVANCED MATERIALS, 页码：3286-3306 , 文章类型： Review，,卷期：2009年21-32-33] Nucleic acids are not, only expected to assume a pivotal position as "drugs" in the treatment of genetic and acquired diseases, but could also act as molecular cues to control the microenvironment during tissue regenerat... Artificial Stem Cell Niches [作者：Lutolf, MP; Blau, HM,期刊：ADVANCED MATERIALS, 页码：3255-3268 , 文章类型： Review，,卷期：2009年21-32-33] Stem cells are characterized by their dual ability to reproduce themselves (self-renew) and specialize (differentiate), yielding a plethora of daughter cells that maintain and regenerate tissues. In contrast to their emb... Progress in the Field of Electrospinning for Tissue Engineering Applications [作者：Agarwal, S; Wendorff, JH; Greiner, A,期刊：ADVANCED MATERIALS, 页码：3343-3351 , 文章类型： Article，,卷期：2009年21-32-33] Electrospinning is an extremely promising method for the prevention of tissue engineering (TE) scaffolds. This technique provides nonwovens resembling in their fibrillar structures those of the extracellular matrix (ECM)... Hydrogels in Regenerative Medicine [作者：Slaughter, BV; Khurshid, SS; Fisher, OZ; Khademhosseini, A; Peppas, NA,期刊：ADVANCED MATERIALS, 页码：3307-3329 , 文章类型： Review，,卷期：2009年21-32-33] Hydrogels, due to their unique biocompatibility, flexible methods of synthesis, range of constituents, and desirable physical characteristics, have been the material of choice for many applications in regenerative medici... Scaffold Design and Manufacturing: From Concept to Clinic [作者：Hollister, SJ,期刊：ADVANCED MATERIALS, 页码：3330-3342 , 文章类型： Review，,卷期：2009年21-32-33] Since Robert Langer and colleagues pioneered the concept of reconstructing tissue using cells transplanted on synthetic polymer matrices in the early 1990s, research in the field of tissue engineering and regenerative me... Injectable Biomaterials for Regenerating Complex Craniofacial Tissues [作者：Kretlow, JD; Young, S; Klouda, L; Wong, M; Mikos, AG,期刊：ADVANCED MATERIALS, 页码：3368-3393 , 文章类型： Review，,卷期：2009年21-32-33] Engineering complex tissues requires a precisely formulated combination of cells, spatiotemporally released bioactive factors, and a specialized scaffold solution, are considered ideal delivery vehicles for cells and bio... Polymer Networks Combining Controlled Drug Release, Biodegradation, and Shape Memory Capability [作者：Neffe, AT; Hanh, BD; Steuer, S; Lendlein, A,期刊：ADVANCED MATERIALS, 页码：3394-3394 , 文章类型： Article，,卷期：2009年21-32-33] A triple functional polymer network system that combines shape-memory capability, biodegradability, and drug release is developed. The choice of network structure and switching segment prevent that drug incorporation sub... Potential and Bottlenecks of Bioreactors in 3D Cell Culture and Tissue Manufacturing [作者：Wendt, D; Riboldi, SA; Cioffi, M; Martin, I,期刊：ADVANCED MATERIALS, 页码：3352-3367 , 文章类型： Review，,卷期：2009年21-32-33] Over the last decade, we have witnessed an increased recognition of the importance of 3D culture models to study various aspects of cell physiology and pathology, as well as to engineer implantable tissues. As compared t... Tissue Engineering Using Laminar Cellular Assemblies [作者：Yang, J; Yamato, M; Sekine, H; Sekiya, S; Tsuda, Y; Ohashi, K; Shimizu, T; Okano, T,期刊：ADVANCED MATERIALS, 页码：3404-3409 , 文章类型： Article，,卷期：2009年21-32-33] As proposed in the late 1980s by Langer and Vacnati, the ultimate goal of tissue engineering is the development of structures that can be used to treat or replace damaged or diseased organs and tissues. For the regenerat... Aldehyde-Amine Chemistry Enables Modulated Biosealants with Tissue-Specific Adhesion [作者：Artzi, N; Shazly, T; Baker, AB; Bon, A; Edelman, ER,期刊：ADVANCED MATERIALS, 页码：3399-3399 , 文章类型： Article，,卷期：2009年21-32-33] The interfacial regions between PEG: dextran-based adhesive sealant and excised rat heart, lung, liver, and duodenum tissues exhibit three distinct domains; target tissue (red and blue), bulk material (green), and an adh... The Elusive Path to Cartilage Regeneration [作者：Hunziker, EB,期刊：ADVANCED MATERIALS, 页码：3419-3424 , 文章类型： Article，,卷期：2009年21-32-33] Numerous attempts have been made to develop an efficacious strategy for the repair of articular cartilage. These endeavors have been undaunted, if not spurred, by the challenge of the task and by the largely disappointin...