Sentence examples for dosing and the development from inspiring English sources

The largest gap between perceived current and desired knowledge levels was "dosing" and "the development of treatment plans".

The largest gap between perceived current and desired knowledge levels was identified for dosing and the development of treatment plans (average gap = 1.78) followed by comparison of cannabis, cannabis products and prescription cannabinoids (average gap = 1.70) and knowledge of the regulatory framework (average gap = 1.60).

In IHCA patients, the absence of bystander CPR, a non-shockable rhythm, high epinephrine dose and the development of shock were independently associated with ICU mortality (Additional file 1: Supplemental Tables 2, 6 and 7), but not lymphopaenia (OR 1.319 [0.708–2.458]; p = 0.38).

The aim of this study was to analyse what impact renal function has on renal absorbed dose and the development of haematological toxicity.

More detailed bone marrow dosimetry studies [ 33, 34] have shown no evident correlation between received bone marrow absorbed dose and the development of haematological toxicity.

However, there seems to be no clear relationship between glibenclamide dose and the development of tooth discoloration within our cohort, since patient 2 was on a low dose (0.1 mg · kg−1 · day−1), and no tooth discoloration was noted in a further 62 patients with KCNJ11 diabetes who were successfully managed on similar doses of sulfonylureas.

18, 19 For example, in a retrospective comparison of 20 patients with cervical dystonia who developed antibodies and 22 who did not, a link was found between the mean dose per treatment session, total cumulative dose, and the development of neutralizing antibodies.

Improvements in treatment, including dose intensification and the development of novel therapies, have contributed to increased survival.

The goal is to search for a synergistic effect and thereby reduce the required dose and inhibit the development of resistance.

In the light of these incidents it is evident that understanding the emergence of resistance, the need to quickly develop sufficient doses of vaccine, and the development of new antiviral drugs are vital for the effective control of influenza.

Changes in 3 specific areas in treatment planning and delivery have revolutionized the way we approach breast cancer treatment: the design of radiation fields using computed tomography (CT) data sets, the development of 3-dimensional dose-calculation algorithms, and the development of new methods to modulate the delivery of radiation dose.