Review
Copyright ©The Author(s) 2015.
World J Stem Cells. May 26, 2015; 7(4): 691-699
Published online May 26, 2015. doi: 10.4252/wjsc.v7.i4.691
Table 1 Main biochemical and histological characteristics of the four areas of the enthesis[28]
ZoneHistological characteristicsCollagen typeExtracellular matrix composition
Zone 1TendonIDecorin
Zone 2Non-mineralized fibrocartilageII and III ( small amounts of I, IX and X)Aggrecan and decorin
Zone 3Mineralized fibrocartilageII (small amounts of X)Aggrecan and mineral component
Zone 4BoneIMineral component
Table 2 Rotator cuff repair animal models using mesenchimal stem cells
Ref.AnimalType of cellsTendon repair modelMethod of deliveryResults
Gulotta et al[20]RatAllogenic BM-MSCSupraspinatus tendon Acute repairFibrin glue carrierNo differences in structure, composition or strength at the repair site
Gulotta et al[63]RatAllogenic BM-MSCs transduced with MT1- MMPSupraspinatus tendon Acute repairFibrin glue carrierImproved fibrocartilage Improved biomechanical strength
Gulotta et al[64]RatAllogenic BM-MSCs transduced with human BMP-13Supraspinatus tendon Acute repairFibrin glue carrierNo differences in structure, composition or strength at the repair site
Gulotta et al[65]RatAllogenic BM-MSCs transduced with sleraxisSupraspinatus tendon Acute repairFibrin glue carrierImproved fibrocartilage Improved mechanical resistance and stiffness
Shen et al[74]RabbitAllogenic T-MSCsSupraspinatus tendon Acute repairSeeded scaffold (silk-collagen)T-MSCs differentiated into tenocytes Improved collagen content Improved biological environment Less inflammation
Kida et al[62]RatAutologous BM-MSCSupraspinatus tendon Acute repairTransosseous drillingBM-MSCs infiltrated the repaired tendon Improved mechanical resistance
Oh et al[71]RabbitAllogenic A-MSCsSubscapularis tendon Chronic repairInjectionImproved muscle function Improved tendon healing Decreased fatty infiltration