267) rises 22 canonical transcripts coding for functional enzymes and approximately 150 a |
268) ociety (AOFAS) was used for comprehensive functional evaluation at the last follow-u |
269) ell purification and differentiation, and functional evaluation via flow cytometry. |
270) ent flexibility, hydrophilicity, abundant functional groups, and high conductivity. |
271) The various functional groups, molecular connectivitie |
272) age-related pathologies on structural and functional integrity of the cerebral micro |
273) gical processes change the structural and functional integrity of the cerebrovascula |
274) enic suppressors that define a network of functional interactions among biogenesis f |
275) There is increasing evidence of functional interactions between the chemos |
276) Functional interpretation of the epitransc |
277) However, functional interpretation of these loci is |
278) While functional neuroimaging studies typically |
279) Using structural or functional neuroimaging techniques, five s |
280) ransplanted tissue still eludes us toward functional organ replacement. |
281) ovation aimed at achieving structural and functional organ restitution. |
282) e distribution of ligands influencing the functional outcome of receptor stimulation |
283) of alternative branches and the specific functional outcome strictly depends on loc |
284) C improves biomarkers of neuroprotection, functional outcome, and mortality, these r |
285) dies reported improvements in biomarkers, functional outcome, or both. |
286) of cerebrovascular reactivity with global functional outcomes, cerebral physiologic |
287) f cerebrovascular reactivity, with global functional outcomes, cerebral physiologic |
288) ring and spatial regularization to derive functional phenotypes (FPs) along a contin |
289) ink variants of unknown significance with functional phenotypes using "one-at-a-time |
290) olves with a continuum of cell states and functional plasticity associated with dise |
291) sence of robust neuronal regeneration and functional plasticity. |
292) Functional profile differences between sto |
293) mbination that could explain the receptor functional profile expressed in OLs from t |
294) stic criterion for ALS; moreover, the ALS functional rating scale was the most commo |
295) , structured cognitive tasks (n = 2), and functional rating scales (n = 2). |
296) At the final follow-up, the functional reconstruction of the thumb was |
297) n, psychological recovery, and perhaps in functional reconstruction. |
298) e use was detected throughout, suggesting functional redundancy despite taxonomic ch |
299) most likely with a great degree of mutual functional redundancy. |
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