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1 uctures and subregions (i.e. free tendon and aponeurosis).
2 muscular free tendon as well as a sheet-like aponeurosis.
3 he posterior lamella of the internal oblique aponeurosis and TAR was associated with reduced tension
4  a series-elastic element to account for the aponeurosis and tendon.
5 he posterior lamella of the internal oblique aponeurosis, and transversus abdominis muscle release [T
6                                  The levator aponeurosis attached to the anterior tarsus in both grou
7 ost-traumatic cases where levator muscle and aponeurosis cannot be dissociated peroperatively.
8 d blepharoptosis which resulted from levator aponeurosis dehiscence with good levator function had go
9 patterns of the turkey lateral gastrocnemius aponeurosis during active and passive force production i
10            We find that the behaviour of the aponeurosis during passive force production is consisten
11 of 20% Achilles tendon entheses, 45% plantar aponeurosis entheses and 89.5% of flexor digiti brevis t
12 CncC and its heterodimer partner Maf (muscle aponeurosis fibromatosis) is sufficient and necessary fo
13                   Advancement of the levator aponeurosis for senile blepharoptosis may be preformed v
14 mellae and tarsal attachments of the levator aponeurosis in particular were examined microscopically.
15 vance an involutional or disinserted levator aponeurosis onto to the superior tarsus approximate that
16 gion of the lateral component of the plantar aponeurosis (PAL), short peroneal muscle (SPM) tendon, a
17  stiffness to the foot, Achilles' tendon and aponeurosis rather than the activated calf muscle fibres
18 aced in a supratarsal location after levator aponeurosis recession.
19 e to disinsertion or thinning of the levator aponeurosis require surgical repair.
20  placed on the pericranial muscles and scalp aponeurosis secondary to the underlying cervical spine d
21 al direction result in an underestimation of aponeurosis stiffness as well as its capacity for elasti
22 itional stiffness in parallel to the plantar aponeurosis, targeting the windlass mechanism.
23 nvolve resections in closer proximity to the aponeurosis than previously thought.