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. 2013 Apr 19;8(4):e57735. doi: 10.1371/journal.pone.0057735

Table 3. Effect of nanocapsulated quercetin on ROS generation (DCF Fluorescence) in different brain regions of ischemia-reperfusion induced young and aged rats.

Experimental Conditions DCF-Fluorescence (% of normal) of different brain regions of young and aged rats
Young rats Aged rats
Cerebral Cortex Cerebe- llum Hypoth- alamus Hippo campus Cerebral cortex Cere- bellum Hypothalamus Hippo campus
Normal 101.86±0.844 101.65±0.831 103.81±0.836 102.97±0.841 109.8±0.894 106.6±0.671 107.83±0.618 115.88±0.969
Cerebral ischemia reperfused (A) 431.77±0.849* 433.5±0.845* 445.67±0.837* 478.33±0.869 502.7±0.832* 504.3±0.551* 507.89±0.771* 531.72±0.912*
(A)+Free QC treated 427.54±0.824 429.43±0.681 440.79±0.857 466.44±0.776 501.4±0.885 504.3±0.551 505.92±0.662 514.36±0.763
(A)+Empty Nanoparticles 392.54±0.541 397.26±0.621 413.74±0.431 429.37±0.321 443.7±0.667 489.4±0.427 487.57±0.461 477.64±0.459
(A)+Nano capsulated QC treated 110.56±0.808** 108.66±0.809** 108.71±0.809** 112.82±0.875** 113.3±0.823** 111.2±0.859** 114.56±0.860** 125.92±0.979**

Values are mean ± SE of rats. *,P<0.001 significantly different from normal; **, P<0.001 significantly different from ischemia-reperfused rats treated.