#<p><i>P</i>-value >0.1, mean that there was no significant difference between adjacent groups.</p>*<p><i>P</i>-value <0.05, mean that there was significant difference between adjacent groups.</p>&<p>0.1><i>P</i>-value >0.05, mean that there was difference between adjacent groups, but the difference was not significant.</p
Non-heme iron is a vital metabolic cofactor for many core processes of brain development including m...
<p>Iron densities from different layers of the 17 control cortices are shown together with densities...
<p>The iron enhancement values for the iron-present groups (<0 HU) were significantly different from...
#<p><i>P</i>-value >0.1, mean that there was no significant difference between adjacent groups.</p>*...
<p>The Pearson’s correlations are shown between iron deposition in the L/R-head of the caudate nucle...
<p>Iron deposition in the bilateral lenticular nucleus increased with age, reaching a plateau at 40 ...
<p><i>p</i> values <0.001. This suggests that both iron deposition in the head of the caudate nucleu...
Aim: To quantify age-dependent iron deposition changes in healthy subjects using Susceptibility Weig...
AIM: To quantify age-dependent iron deposition changes in healthy subjects using Susceptibility Weig...
<p>(A) Upper: R2* vs. iron concentration, and (B) lower: phase vs. iron concentration. Pearson corre...
<p><b>A</b>. Bar plots of the average iron concentration with standard deviations for each ROIs of (...
Purpose: To assess a recently developed magnetic resonance imaging (MRI) technique called magnetic f...
<p>Forrest plot of the difference on MRI for myocardial iron concentration between DFP group and DFO...
Purpose: In the human brain, minerals such as iron and calcium accumulate increasingly with age. ...
<p>The structures were scored for their intensities of iron deposition in the range of + (normal asp...
Non-heme iron is a vital metabolic cofactor for many core processes of brain development including m...
<p>Iron densities from different layers of the 17 control cortices are shown together with densities...
<p>The iron enhancement values for the iron-present groups (<0 HU) were significantly different from...
#<p><i>P</i>-value >0.1, mean that there was no significant difference between adjacent groups.</p>*...
<p>The Pearson’s correlations are shown between iron deposition in the L/R-head of the caudate nucle...
<p>Iron deposition in the bilateral lenticular nucleus increased with age, reaching a plateau at 40 ...
<p><i>p</i> values <0.001. This suggests that both iron deposition in the head of the caudate nucleu...
Aim: To quantify age-dependent iron deposition changes in healthy subjects using Susceptibility Weig...
AIM: To quantify age-dependent iron deposition changes in healthy subjects using Susceptibility Weig...
<p>(A) Upper: R2* vs. iron concentration, and (B) lower: phase vs. iron concentration. Pearson corre...
<p><b>A</b>. Bar plots of the average iron concentration with standard deviations for each ROIs of (...
Purpose: To assess a recently developed magnetic resonance imaging (MRI) technique called magnetic f...
<p>Forrest plot of the difference on MRI for myocardial iron concentration between DFP group and DFO...
Purpose: In the human brain, minerals such as iron and calcium accumulate increasingly with age. ...
<p>The structures were scored for their intensities of iron deposition in the range of + (normal asp...
Non-heme iron is a vital metabolic cofactor for many core processes of brain development including m...
<p>Iron densities from different layers of the 17 control cortices are shown together with densities...
<p>The iron enhancement values for the iron-present groups (<0 HU) were significantly different from...