cp19

1

Utilization efficiency of Na 、 Mg of CP19 % , DEB250mmol / kg group is lowest .

钠、镁的利用率粗蛋白为19%，DEB为250mmol/kg组最低。
2

The body weight gain , feed intake of one day of CP19 % was higher than CP16 % , but feed conversion ratio is lower .

蛋白质为19%组日增重、采食量高于蛋白质为16%组，饲料转化率低于蛋白质为16%组，但差异不显著（P>0.05）。
3

Osmotic pressure of CP16 % , DEB - 50mmol / kg group is highest , CP19 % , DEB 150mmol / kg group is lowest .

渗透压粗蛋白为16%，DEB为-50mmol/kg组最高，粗蛋白为19%，DEB为150mmol/kg组最低。
4

CP had no significant effect on Na , K , CK Mg , Ca concentration of CP 19 % was significant higher than CP 16 % , P concentration of CP 16 % was significant higher than CP19 % .

蛋白质水平对钠、钾、氯、镁的影响不显著，钙离子浓度CP为19%组显著高于CP为16%组，而磷浓度CP为16%组显著高于CP为19%组。
5

The results of metabolic experiment showed that CP utilization efficiency had significant difference ( P < 0.05 ), CP16 % , DEB 500mmol / kg group is highest ; CP19 % , DEB250mmol / kg is lowest .

代谢试验结果表明：粗蛋白的利用率各组差异显著（P<0.05），粗蛋白为16%，DEB为500mmol/kg组蛋白质利用率最高，粗蛋白为19%，DEB为250mmo/kg组最低。