Sentence examples for more physiologic approach from inspiring English sources

In combination with bolus insulin to cover prandial glucose surges, it facilitates a more physiologic approach to patient management.

An alternative and more physiologic approach is to use a natural source of target mRNA, thereby avoiding the need to make a separate plasmid for each gene of interest while simultaneously correcting for differences in reverse transcription efficiency.

As a more physiologic approach, monitoring FRC and PTP represents an opportunity to individualize the interpretation of lung mechanics and guide development of a ventilator strategy tailored to the specifics of a given patient.

It might also facilitate a more physiologic approach to diabetes management with basal insulin glargine providing a constant level of insulin throughout the day, and bolus insulin being used to provide prandial cover.

In principle, treatment with GHS should offer a more physiologic approach to GH replacement, leading to a pulsatile rather than prolonged elevation in GH and preserving the capability for negative feedback inhibition of GH by rising levels of IGF-I (Merriam et al 2000; Merriam 2002).

While premixed preparations and twice-daily long-acting insulin analogues offer an effective option for intensification of basal insulin, an even more physiologic approach is to add a rapid-acting insulin analogue at one or more mealtimes (or bolus insulin) to basal insulin analogue therapy in the form of an MDI regimen (21, 27, 28).

A recent approach has led to conversion of a formula-driven process to a more critical care approach using more physiologic endpoints such as urinary output and other measurements, so the trend in burn resuscitation is shifting the focus from fluid formulas to adequate endpoint monitoring, edema control and adjuvant therapies [ 12, 15, 16].

The transfusion method of Schochl and colleagues appears to be more physiologic and data driven when compared to the tradition-motivated approach to resuscitation of the severely injured trauma patient in hemorrhagic shock.

A promising new strategy to converge these approaches is the use of tissue engineering to create more physiologic in vitro models, which are controlled and yet also mimic the complex in vivo environment.

More physiologic type of fixation and a good ability to maintain reduction in syndesmosis.

Slow maxillary expansion produces more physiologic response at the mid-palatal suture area.