Sentence examples for supplementation strategy from inspiring English sources

Conclusion: This analysis suggests that the supplementation strategy is cost saving.

Two approaches are provided for the supplementation strategy: adding heat to the waste mass using an external energy source to increase waste temperatures and cooling the waste mass using an external energy source to decrease waste temperatures.

Although the incremental substitution of B. alicastrum with L. latisiliquum negatively affected intake, rumen degradation, digestibility and N balance, results indicate that this foliage mixture, but with no more than 132 g DM/kg diet of L. latisiliquum, could be used as a supplementation strategy to sheep fed low quality forage without negative effects on voluntary intake.

Equivocal results were achieved by feeding 3 g CMH per pig per day for 30 days (maintenance) compared with feeding greater amounts of CMH for short periods; therefore, this supplementation strategy might be most economical if this technology were to be applied.

The in virtuo effort was then refocused on the optimization of HDF-NHK co-culture and the same supplementation strategy was tested.

Accordingly the supplementation strategy for adding HDF to NHKs was next analyzed using the computational model before it was applied to real cell cultures to see to what extent HDFs might differ to irradiated HDFs in supporting keratinocyte colony expansion.

These datum support the use of individualised NaHCO3 supplementation strategies prior to performance to elicit reproducible physiological and performance responses.

Septic patients with very low vitamin D (VD) levels are expected to most benefit from supplementation strategies but few data are available in this specific population.[1].

Here we describe the development of an anisotropic collagen-glycosaminoglycan (CG) scaffold and use of growth factor supplementation strategies to create a 3D platform for tendon tissue engineering.

One focus of current ruminant research is identification of feed supplementation strategies for mitigating enteric CH4 production that do not impair rumen fermentation.

These findings facilitate the design of nitrogen supplementation strategies to achieve higher ARA concentrations, and provide guidance for deciphering the mechanisms of similar aging phenomena in other oleaginous microorganisms.