Sentence examples for seizure time from inspiring English sources

The ACM sensors recorded increased activities at the stated seizure time, which clearly differed from everyday movements.

Several types of outcome parameters have been employed: percent seizure reduction, responder rate based on ≥ 50% seizure reduction, seizure-free rate, time to first seizure, time to Nth seizure, adverse events, QOL, retention, and compliance.

No difference was found between Bmf +/+ and Bmf −/− mice in total seizure time, total seizure power, amplitude and frequency.

g. time to first seizure, time to nth seizure, or individual patient-centered outcome criteria including tolerability issues), but clinical studies utilizing these outcome parameters are rarely found and validation for veterinary patients would be required [ 65, 66, 68].

In the original MESS study outcomes were time from randomisation to first seizure, to first tonic-clonic seizure, and to second and fifth seizure; time to two year remission; the proportion of patients seizure-free for two years between one and three years after randomisation and three and five years after randomisation; adverse events; and quality of life.

Delayed hypothermia (n = 17) reduced the number of seizures by 65% (P < 0.001), the number of spikes by 91% (P < 0.0001), cumulative seizure time by 60% (P < 0.01), the time needed to reach an EEG power of twice the preseizure baseline by 94% (P < 0.0001), the time in high‐amplitude discharges by 55% (P < 0.01) during the first 24 h following the initiation of cooling (Table 2).

Main Outcome Measures: Cumulative probability, relative risk, and survival analyses were used to stratify risks for development of late postttraumatic seizures on the basis of demographic factors, etiology of injury, initial GCS, early posttraumatic seizures, time post-TBI, types of intracerebral lesion by CT scan, and number and types of intracranial procedures.

In contrast, the within electrode, temporal analyses showed extremely high correlations for all non-seizure time points, relative to the first epoch at 30 min prior to seizure, and again was highly reproducible between patients (global mean ± 2 SD correlation coefficient from non-seizure epochs for all patients: 0.97 ± 0.004).

This scheme combines "epileptic" and "non-epileptic" seizure descriptions which capture time-specific and brain region-specific mechanisms for seizures.

Heterogeneity in the definition and reporting of outcomes (i.e. 50%% or greater reduction in seizure frequency, time to 12-month remission or time to first seizure) characterizes most of the RCTs, making any meta-analysis of primary studies difficult.

At William's worst point, a night in July 2010, he had a seizure every time he fell asleep, suffering 23 grand mals between midnight and 6 a.m.