Whole grains are also linked to lower weight gain over time.
However, greater hay levels in the ration were associated with lower weight gain.
The results showed that all the Fe xCr coatings exhibited significantly lower weight gain than the uncoated substrate.
This results in a lower weight gain during cyclic oxidation than APS YSZ samples at 1000 °C.
The results showed that the PEB/C steels had much lower weight gain than the untreated substrate under isothermal oxidation of 500 °C and 600 °C.
SSA based TBCs showed 65% lower weight gain as compared to conventional YSZ TBCs after oxidation at 1100 °C in air.
Compared with the uncoated substrate, all PEO coatings had a higher corrosion resistance, lower weight gain during autoclave tests and better wear resistance.
In contrast, the diet with 25% protein resulted in significantly (P < 0.05) lower weight gain and higher feed conversion ratios (FCR) than the diets with 30 45% protein.
After exposing oxidation at 600 °C for 100 h, no oxide scales were found either at coating/substrate interface or on coating surface, exhibiting a significantly lower weight gain (0.07 mg/comparedpared with the bare titanium (0.54 mg/cm2).
Results: Compared with AGA controls, significant (P <.05) maternal risk factors for SGA status included single marital status (59% versus 53%), lower prepregnancy weight (144 ± 41 lbs versus 153 ± 40 lbs), lower weight gain during pregnancy (29 ± 15 lbs versus 33 ± 15 lbs), smoking (25% versus 17%), hypertension (14% versus 7%), and multiple gestation (9% versus 2%).
At the 2.2% lysine level, feeding diets containing FDBM and DDBM resulted in significantly lower weight gain than diet supplemented with l-lysine HCl, suggesting that other nutrients may have become more limiting than lysine at high levels (20%) of blood meal.
