Sentence examples for monitoring of depth from inspiring English sources

Real-time imaging provided intraoperative monitoring of depth of dissection into the paravaginal space.

In this regard, bathymetry and monitoring of depth data especially in real time manner would be very valuable and worthy.

Pupillometric video monitoring of depth of sedation could be beneficial in ICU patients, especially for those under myorelaxant drugs, where no clinical evaluation of sedation is possible.

We introduce a novel index, based on physiologically relevant EEG features, that allows monitoring of depth of sleep using a single EEG channel, designed specifically for the study of sleep in the ICU.

Failures to comply with management or diagnostic guidelines (for example, review of chest x-ray after line insertion or no monitoring of depth of neuromuscular blockade in patients receiving neuromuscular blocking agents) were summarized under the heading of poor practice.

Accurate and noninvasive monitoring of depth of anesthesia (DOA) is taken more and more seriously since it becomes one of the anesthetic techniques that are frequently used in the surgery operation [ 1].

In comparison with MRI, the present ultrasonic approach may allow real-time monitoring of depth-dependent osmotic behaviours by the echo shift and the changes in amplitude.

Although Bi-spectral index may not be accepted by some authors [ 11] as a monitor for depth of anesthesia superior to other methods yet BIS is the most accepted monitor of depth of sedation and anaesthesia in pediatric [ 12– 17].

The use of these cerebral function monitors as objective monitors of depth of sedation in the ICU has not yet been universally embraced.

Findings evidencing a reduction of the cerebral metabolic rate of oxygen as a consequence of anesthetic use in regions that included the prefrontal cortex served as motivation for the study of the sensitivity of the hemodynamic response, as measured by fNIRS, as a monitor of depth of anesthesia.

The lack of a "gold-standard" method for assessing the effects of anesthetics and sedatives on the brain has led to the investigation of electroencephalographic (EEG) signals, auditory evoked potential (AEP), and facial electromyography (EMG) signals as possible monitors of depth of anesthesia.