240) y of targeted migration of stem cells and functional deficits in stem cell-based the |
241) o severe contour defects and the risk for functional deficits resulting from contrac |
242) postoperative complications or long-term functional deficits. |
243) LCs raises important questions about the functional differences between these subse |
244) led structural brain differences and also functional differences in motor performanc |
245) yramidal neurons, and may help to explain functional differences in their output pro |
246) ed for more than 80 % of the variance in functional impairment. |
247) nce and it is associated with significant functional impairment. |
248) nd causes brain edema, axonal injury, and functional impairment. |
249) ocial support are important moderators of functional improvement after TC among Lati |
250) f blood vessels formed and its associated functional improvement in bone formation a |
251) eport, leading to significant symptom and functional improvement with high patient s |
252) MN), which suggests the impairment of the functional integration in the IPL. |
253) s within which structural convergence and functional integration occurs during devel |
254) l sulcus (STS), which exhibited increased functional integration with inferior parie |
255) The underlying premise is that the functional interactions derived from N-fMR |
256) esent a data-driven approach to exploring functional interactions in the human brain |
257) n responses using N-fMRI by measuring the functional interactions on large-scale bra |
258) If selected current functional movement assessments can be adm |
259) ved dynamic balance, trunk stability, and functional movement quality while potentia |
260) xed martial arts (MMA) athletes using the functional movement screen (FMS) assessmen |
261) However, studies of functional single nucleotide polymorphisms |
262) of the most common stem cell markers, and functional single nucleotide polymorphisms |
263) study to evaluate the genetic effects of functional single nucleotide polymorphisms |
264) Functional status was measured at baseline |
265) Both measures of functional status improved and were sustai |
266) re likely to improve disease activity and functional status. |
267) other relevant aspects, such as premorbid functional status, cognitive function, and |
268) ation and maintenance), disease activity, functional status, depressive symptoms and |
269) effects were found for disease activity, functional status, depressive symptoms or |
270) Further functional studies have shown that loss of |
271) es in each measure that agreed with other functional studies in fMRI and EEG: higher |
272) coli for structural and functional studies. |
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