303) Results of former patient studies and functional imaging studies suggest differe |
304) PET is a powerful in vivo functional imaging tool for investigating |
305) Sialic acids have a pivotal functional impact in many biological inter |
306) Little is known about the functional impact of putative deficits in |
307) Functional integrity of BBB was determined |
308) ata suggest that the liver likely retains functional integrity with acute and sub-le |
309) s strength and flexibility, contribute to functional losses. |
310) rences in physical abilities and risk for functional losses. |
311) e impact, not only on connectivity within functional networks but also on connectivi |
312) and growth trajectories of nine cortical functional networks. |
313) actors interfere with progressive loss of functional neuronal networks becomes essen |
314) ble without affecting its ability to form functional neuronal networks in vitro. |
315) other evidence supports a dorsal-ventral functional organization for processes enga |
316) Less is known about their functional organization in short-term memo |
317) ng endogenous antioxidants, and restoring functional parameters as well as maintaini |
318) etic induction and frequency can modulate functional parameters of different species |
319) As a consequence of its functional roles in cancer cell and absenc |
320) w will extend our understanding about the functional roles of Six1 and suggests oppo |
321) However, the target genes and their functional significance in the senescence |
322) The functional significance of these observati |
323) ough a segregated PFC-S1 pathway suggests functional specialization of PFC subareas |
324) The functional specialization of striated musc |
325) suggests a finer genetic, structural and functional subdivision of the layers which |
326) This suggests a fine-grained functional subdivision of the supragranula |
327) l extent of a space bounded by walls) and functional "clutter" (the organization and |
328) e approaches that allow insights into the functional (re-) organization of the corti |
329) splayed postures were related to either a functional (using) or volumetric (lifting) |
330) mits predictor and/or response data to be functional. |
331) could conceivably be used to predict the functional 2D kinematics of an implanted k |
332) results, establishing BRG1 as a novel and functional ATM substrate, suggest that the |
333) ry was administered and the Short Test of Functional Health Literacy in Adults was u |
334) f Gross Motor Development (TGMD); and the Functional Independence Measure for Childr |
335) Using functional MRI, we explored the neural res |
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