255) e exhibited content and face validity and high reliability. |
256) est-retest correlation showed moderate-to-high reliability for all scores (r = 0.40* |
257) ated by tension fracture tests, revealing high resistance to delamination, since fra |
258) Gram-negatives showed quite high resistance to the majority of antibio |
259) Eight women in the 'exposed to high risks' group became involved with chi |
260) Women 'exposed to high risks' were equally able to generate |
261) It had very high specificity, but lacked good sensitiv |
262) exposure assessment allowed us to achieve high specificity, which is crucial for stu |
263) The use of automated, high-throughput technologies to facilitate |
264) t, with converging evidence from multiple high-throughput technologies. |
265) High-grade tumours have significant risk o |
266) idth would correlate with risk for LR and high-grade tumours would require wider HTF |
267) High variability in the discriminating dos |
268) The Ceel-DRB and DQB sequences displayed high variability in exon 2, and most nonsy |
269) n our series and overall satisfaction was high with a mean score of 9.3 (range, 8-10 |
270) NHP use was high, with >90% taking multivitamin/min |
271) differ on conditioned taste aversion to a high (4 g/kg) dose or LiCl or saline inj |
272) w (54.1%) in MNR and that is unexpectedly high (65.4%) in atp8 in both congeneric sc |
273) (control, low-dose-treated (450 ppm) and high-dose (675 ppm) groups) using randomiz |
274) High-calorie (HC) diet contributes to the |
275) t studies on non-targeted effects of both high-linear-energy-transfer (LET) and low- |
276) High (n = 174) and low N/L (n = 348) ratio |
277) High-grade (n = 39) tumours were more |
278) etary survey methods was moderate to very high (r = 0.36 to r = 0.72; P &l |
279) (<1%), intermediate (1% to <5%) and high (≥5%) 10-year risk of cardiovascula |
280) ealthy controls (HC), brain dual-echo and high-resolution 3D T1-weighted images were |
281) The control region contains high A + T (69.9%) and low G (12.0%). |
282) normal brains were analyzed by using the High Angular Resolution Diffusion Imaging |
283) for T, 27.41% for C, respectively, with a high A + T content (57.32%). |
284) neutrophil to lymphocyte ratio (NLR) and high-sensitivity C-reactive protein (hs-CR |
285) Although high CD44+/RANKL+ co-expression was signif |
286) o use energy sources that do not generate high CO2 titers. |
287) ibited nanometeric size (195.3 nm) with high EE (93.9%). |
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