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05) increased in the Control group, but not in the N. sativa group. Table 3 Changes in echocardiographic measurements of LV internal dimensions at different treatment durations in the control group and N. sativa group Icotinib compared to their corresponding baseline values Table 4 demonstrates a comparison of all the echocardiographic parameters between the control group and N. sativa group at the baseline, 6 months and 12 months after initiation of treatment. There was no significant difference in any baseline reading for all echocardiographic parameters evaluated. LVIDs at 6th month were significantly (P YES1 (MAP) between baseline, 6 months and 12 months for both the groups. HbA1c was reduced in the N. sativa group at both follow-ups; but, this reduction was only significant at 12 months (P Selleckchem Thiazovivin on cardiac diastolic and systolic functions and LVM in diabetic patients. N. sativa supplementation tended to prevent diastolic dysfunction as well as improve systolic function. In addition, it showed a trend of preventing an increase in the LVM. Cardiac dysfunction in patients with DM manifests as diabetic cardiomyopathy that is characterized by an early diastolic and late systolic dysfunction.[6,7] Diastolic dysfunction has been reported in diabetic animals[19] as well as diabetic patients.[20,21] Transmitral flow (E/A) ratio as a marker of diastolic dysfunction has been found to be impaired in diabetic patients without overt cardiovascular disease.[22,23] In this study, the placebo group showed a trend towards diastolic dysfunction, as E/A ratio was significantly decreased at the end of the study, while in N. sativa group, the diastolic function was preserved. This may imply a protective role of N. sativa against diastolic dysfunction in diabetic patients. Left ventricular systolic dysfunction has been linked to DM as a late manifestation of diabetic cardiomyopathy.