Sentence examples for mortem time interval from inspiring English sources

To evaluate the effect of the post mortem time interval in our results of investigations, we retrieved the post mortem time interval from the autopsy records.

The mean ± SD of the post mortem time interval in the autopsy was 384.78 ± 346.23 minute.

These facts indicated that post mortem time interval of the autopsy has no effect on the results of our investigations.

In the present study, there was no significant correlation between the post mortem time interval and right ventricular thickness, as well as the interval and the stenosis rates of pulmonary artery in each pulmonary arterial zone.

And then, the correlation between the post mortem time interval and the right ventricular thickness, stenosis rates of the pulmonary artery in the under 100 μm zone, the rates in the 100 to 300 μm zone, and the rates in the over 300 μm zone were calculated using Pearson's product moment correlation coefficient.

There were no significant differences between the post mortem time interval and the right ventricular thickness, stenosis rates of the pulmonary artery in the under 100 μm zone, the rates in the 100 to 300 μm zone, and the rates in the over 300 μm zone (Pearson's product moment correlation coefficient, P = 0.428, 0.064, 0.107, and 0.104, respectively).

In this study, 3 different post mortem time intervals were examined (24 h, 48 h and 96 h) in addition to the fresh tissue at zero interval.

Criteria for including autopsies were: out-of-hospital death, male sex, age over 18 years, time elapsed post mortem 5 days or less, time interval between death and storage of the body in the mortuary less than 24 hours, intact middle torso and bowel, no signs of bacterial infections or visible wounds or necrosis and no signs or reports of drug addiction.

The sex distribution, mean age, age at onset, duration of the disease, duration of hospitalization, last dose and cumulative dose during the last 10 years of antipsychotic medication in chlorpromazine equivalents (CPE), post-mortem interval (PMI), brain pH and storage time interval are shown in Table  1.

In contrast to studies performed in mice, results obtained from post-mortem human brain tissues may be markedly influenced by the time interval between the patients' death and brain tissue harvesting, due to the relatively short half-lives of some miRNAs (~1 to 3.5 h), as recently reported by Sethi and Lukiw [ 9].

8 30 Every 15-minute time interval has been accounted for.