cartilage tissue 软骨组织 elastic cartilage 弹性软骨,黄软骨 epiglottic cartilage 会厌软骨 costal cartilage 肋软骨 hyomandibular cartilage 舌颌软骨 aortic cartilage 【医】 主动脉软骨(右第二肋软骨) cariniform cartilage 【医】 龙骨状软骨(马) cartilage bone 【医】 软骨[成]骨 gingival carti...
Articular cartilage is a soft tissue that is found in the contacting ends of the bones in the synovial joints of the human body. From a biomechanical point of view, cartilage layers in synovial joints have a significant load-bearing function. As a result, cartilage mechanics has been an impor...
The invention relates to a method for producing cartilage from pluripotent stem cells (PSCs), the method comprising providing chondrocytes by: 1) providing pluripotent stem cells (PSCs); 2) inducing differentiation of the PSCs into a primitive streak/mesendoderm by culturing the PSCs in hypoxic...
美 英 un.软骨组织 英汉 网络释义 un. 1. 软骨组织 释义: 全部,软骨组织
英文: Research Interest: Skeletal development and the growth plate, extracellular matrix and cartilage tissue engineering, mechanical regulation of cartilage and bone, osteoarthritis and other joint degenerative diseases during aging. 中文: 研究方向:主要涉及骨骼发育和生长板,细胞外基质蛋白,软骨组织工程,软骨...
ED CARTILAGE TISSUE RECONSTITUTED MINERALIZED CARTILAGE TISSUERECONSTITUTED MINERALIZED CARTILAGE TISSUEKandel, Rita
美[ˈkɑrt(ə)lɪdʒ] 英[ˈkɑː(r)təlɪdʒ] n.软骨 网络软骨组织;软骨素;内韧带 复数:cartilages 同义词 n. gristle,tendon,sinew 权威英汉双解 英汉 英英 网络释义 cartilage n. 1. 软骨the strong white tissue that is important in support and especially in joints to ...
Cartilage tissue engineering advances include making scaffold-based and scaffold-free cartilage with robust mechanical properties that might enable implants to survive in the loaded-joint environment. Tissue engineering cartilage implants to survive the inflammatory environment through the use of immunomodulatory...
When implanting tissue‐engineered cartilage, the maturity of the cartilage tissue along with the cultivation period can affect the cartilage repair.doi:10.1111/aor.13329Park, In-SuJin, Ri LongOh, Hyun JuTruong, Minh-DungChoi, Byung Hyune
Current intra-articular drug delivery methods do not guarantee sufficient drug penetration into cartilage tissue to reach cell and matrix targets at the concentrations necessary to elicit the desired biological response. Here, we provide our perspective on the utilization of charge–charge (electrostatic)...