123) r for dogs, and horses (42 and 50% F) but lower in mice and cats (34 and 8%, respect |
124) able survival (n = 4) to be significantly lower in multistorey settings. |
125) scar score of patients was significantly lower in pressure glove+functional trainin |
126) toperative pain scores were significantly lower in the ATC group than in the PRN gro |
127) ncy of rescue analgesia was significantly lower in the ATC group than in the PRN gro |
128) ilar between MA and YS groups, but it was lower in the MS. |
129) 1, -0.18], were found to be significantly lower in the TS group compared with the co |
130) acute arterial blood flow velocity of the lower extremity (LE) immediately after a b |
131) t, right upper extremity lift (RU), right lower extremity (RL) and upper and lower e |
132) ere collected from individuals undergoing lower extremity amputation or from autopsy |
133) ring the squat may correlate with risk of lower extremity and trunk pathology. |
134) ears old male patient with pseudotumor of lower extremity combined with protracted i |
135) LPT and APT have the ability to improve lower extremity explosive strength and jum |
136) on after orthopedic internal fixation for lower extremity joint injuries, the treatm |
137) on after orthopedic internal fixation for lower extremity joint injuries. |
138) To assess lower extremity kinematic changes and the |
139) tion: rest, RU, RL and left upper - right lower extremity lift (LURL). |
140) in these studies included those assessing lower extremity power and jump performance |
141) lgarian split squat (BSS) is a unilateral lower extremity strength exercise; however |
142) remity tasks should be performed prior to lower extremity tasks and combined upper a |
143) A 67-year-old male with significant lower extremity weakness and a diagnosis o |
144) es the effect of match-induced fatigue on lower limb biomechanics, in the case of a |
145) 2014 to December 2019, 214 patients with lower limb closed injury were treated in B |
146) ions including digital autoamputation and lower limb critical digital ischaemia have |
147) After 4 months of treatment, the lower limb function score of patients in C |
148) Before treatment, the lower limb function score of patients in R |
149) The lower limb function scores of patients in |
150) bell height positions (25% and 75% of the lower limb height, LLH) in a randomized an |
151) onor and recipient areas, and recovery of lower limb joint function were followed up |
152) to January 2020, sixty-four patients with lower limb motor and balance dysfunction a |
153) d with balance training for patients with lower limb motor and balance dysfunctions |
154) ed with routine training on patients with lower limb motor and balance dysfunctions |
155) joint stretch, continuous passive motion, lower limb muscle strength training, and p |
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