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An analytical estimation of the ultimate failure load is obtained.
However, there were statistically significant differences among the groups in ultimate failure load.
Mean ultimate failure load was increased in hydrogels augmented with PRP group at 2 weeks.
Ultimate failure load and stiffness at 5 mm/ min were also analyzed.
It is found that the double-lap joint has the highest ultimate failure load.
Second, measure the ultimate failure load and calculate the structural reserve.
Interestingly, compared with that of the hollow suture, the ultimate failure load of the meniscal repair with FWRM was significantly higher, although the ultimate failure load of the hollow suture was almost the same as that of the FWRM.
The FWRM may have two potential advantages in addition to its high ultimate failure load and stability after cyclic loading.
At 4 weeks, hydrogel alone reached a similar mean ultimate failure load to hydrogels augmented with PRP and ADSCs.
The three groups were compared in terms of widening after the cyclic load, ultimate failure load, stiffness, and failure mode.
Increasing the protrusion density significantly increased the ultimate failure load, joint extension and hence absorbed energy.
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