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You searched for Diabetes in All Content

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Showing: 1-18

Fig. 1

Diabetes-related ED visits per 1000 population with DM.

Fig. 1

Diabetes-related ED visits per 1000 population with DM.

Fig. 1

Urgent coronary angiography in patient with acute STEMI showing an acute subocclusion of LAD and angiography after pPCI on LAD with implantation of BMS.

Fig. 1

Urgent coronary angiography in patient with acute STEMI showing an acute subocclusion of LAD and angiography after pPCI on LAD with implantation of BMS.

Fig. 2

Twelve lead ECG record with ST-segment elevation suggestive of acute re-STEMI of anterior wall.

Fig. 2

Twelve lead ECG record with ST-segment elevation suggestive of acute re-STEMI of anterior wall.

Fig. 3

Urgent coronary angiography in patient with acute re-STEMI of anterior wall showing an acute stent thrombosis of LAD and angiography after repeated pPCI on LAD with catheter thromboextraction and implantation of 2 BMS.

Fig. 3

Urgent coronary angiography in patient with acute re-STEMI of anterior wall showing an acute stent thrombosis of LAD and angiography after repeated pPCI on LAD with catheter thromboextraction and implantation of 2 BMS.

Figure

Study population OHCA, out-of-hospital cardiac arrest.

Figure

Study population OHCA, out-of-hospital cardiac arrest.

Fig. 1

Difference in calcification number between the 2 groups.

Fig. 1

Difference in calcification number between the 2 groups.

Fig. 2

Interobserver variability in length of calcification.

Fig. 2

Interobserver variability in length of calcification.

Fig

The compression spine factures of the young type 1 diabetes subjects.

Fig

The compression spine factures of the young type 1 diabetes subjects.

Figure 2

Time of central diabetes insipidus onset. More than 50% of cases of central diabetes insipidus occurred within 3 days after cardiac arrest.

Figure 2

Time of central diabetes insipidus onset. More than 50% of cases of central diabetes insipidus occurred within 3 days after cardiac arrest.

Figure 3

Kaplan-Meier survival curves demonstrating cumulative survival over time during the 180 days after cardiac arrest in the central diabetes insipidus (CDI) and no CDI groups. A significant difference was seen between the two groups (log-rank test, p < 0.001). The median survival of the CDI and no CDI groups was 15 and 157 days, respectively.

Figure 3

Kaplan-Meier survival curves demonstrating cumulative survival over time during the 180 days after cardiac arrest in the central diabetes insipidus (CDI) and no CDI groups. A significant difference was seen between the two groups (log-rank test, p < 0.001). The median survival of the CDI and no CDI groups was 15 and 157 days, respectively.

Fig. 1

Time course of electrocardiograms. A, Twelve-lead electrocardiogram obtained on admission. B, Twelve-lead electrocardiogram obtained next day after admission (onset) revealed ST-segment elevation in leads V1 to V6. C, Twelve-lead electrocardiogram obtained 7 days later revealed diffuse T-wave inversion. D, Twelve-lead electrocardiogram obtained 24 days later revealed increased T-wave inversion.

Fig. 1

Time course of electrocardiograms. A, Twelve-lead electrocardiogram obtained on admission. B, Twelve-lead electrocardiogram obtained next day after admission (onset) revealed ST-segment elevation in leads V1 to V6. C, Twelve-lead electrocardiogram obtained 7 days later revealed diffuse T-wave inversion. D, Twelve-lead electrocardiogram obtained 24 days later revealed increased T-wave inversion.

Fig. 2

Subcostal long-axis (4-chamber) view obtained next day after admission (onset), showing apical dyskinesis and basal hyperkinesis. LA indicates left atrium.

Fig. 2

Subcostal long-axis (4-chamber) view obtained next day after admission (onset), showing apical dyskinesis and basal hyperkinesis. LA indicates left atrium.

Fig. 1

See text for description.

Fig. 1

See text for description.

Fig. 1

Non-contrast CT scan of abdomen.

Fig. 1

Non-contrast CT scan of abdomen.

Fig. 2

Non-contrast CT scan of abdomen.

Fig. 2

Non-contrast CT scan of abdomen.

Fig. 1

This 12-lead ECG shows a classic sign of systemic hypothermia, QT prolongation with giant-sized Osborn waves at the R-ST junctions (arrows). This finding disappeared on follow-up ECG after successful therapy.

Fig. 1

This 12-lead ECG shows a classic sign of systemic hypothermia, QT prolongation with giant-sized Osborn waves at the R-ST junctions (arrows). This finding disappeared on follow-up ECG after successful therapy.

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