动物营养学报
動物營養學報
동물영양학보
ACTA ZOONUTRIMENTA SINICA
2009年
4期
488-492
,共5页
王永军%卢宁%田秀娥%杨靖宇%陈艳瑞%白成斌
王永軍%盧寧%田秀娥%楊靖宇%陳豔瑞%白成斌
왕영군%로저%전수아%양정우%진염서%백성빈
羔羊%系酸力水平%日增重%料重比%养分表观消化率
羔羊%繫痠力水平%日增重%料重比%養分錶觀消化率
고양%계산력수평%일증중%료중비%양분표관소화솔
Lambs%Acid-binding capacity levels%Daily gain%Feed to gain ratio%Nutrient apparent digestibility
为了研究日粮不同系酸力水平对羔羊生产性能和饲料养分消化率的影响,将24只7日龄萨能奶山羊公羔随机分成4组,A组饲喂基础H粮,B、C和D 3个试验组分别饲喂在基础日粮中添加3.0、9.0和15.0 kg/t酸化剂的试验日粮(补饲料系酸力水平分别为30.0、20.0和10.0 mmol HCI/100 g;日粮系酸力水平分别为39.3、35.2和31.1 mmol HCl/100 g),研究日粮系酸力水平对早期断奶羔羊生产性能和养分表观消化率的影响.结果表明:(1)B、C和D组羔羊日增重极显著高于A组(P<0.01),C、D组显著高于B组(P<0.05);(2)饲料酸化可有效改善羔羊健康状况,B、C和D组羔羊腹泻率分别较A组降低了36.36%、28.65%和81.82%;(3)B,C和D组CP、GE表观消化率极显著高于A组(P<0.01),C、D组极显著高于B组(P<0.01);(4)B、C和D组DM表观消化率极显著高于A组(P<0.01),C、D组极显著高于B组(P<0.01),D组显著高于C组(P<0.05).结果提示,降低羔羊日粮系酸力水平,可以显著改善羔羊日增重、料重比和羔羊对日粮主要养分表观消化率,有效改善羔羊健康状况,在本研究条件下以补饲料系酸力水平10.0 mmol HCl/100 g即日粮系酸力水平31.1 mmol HCl/100 g组效果最好.
為瞭研究日糧不同繫痠力水平對羔羊生產性能和飼料養分消化率的影響,將24隻7日齡薩能奶山羊公羔隨機分成4組,A組飼餵基礎H糧,B、C和D 3箇試驗組分彆飼餵在基礎日糧中添加3.0、9.0和15.0 kg/t痠化劑的試驗日糧(補飼料繫痠力水平分彆為30.0、20.0和10.0 mmol HCI/100 g;日糧繫痠力水平分彆為39.3、35.2和31.1 mmol HCl/100 g),研究日糧繫痠力水平對早期斷奶羔羊生產性能和養分錶觀消化率的影響.結果錶明:(1)B、C和D組羔羊日增重極顯著高于A組(P<0.01),C、D組顯著高于B組(P<0.05);(2)飼料痠化可有效改善羔羊健康狀況,B、C和D組羔羊腹瀉率分彆較A組降低瞭36.36%、28.65%和81.82%;(3)B,C和D組CP、GE錶觀消化率極顯著高于A組(P<0.01),C、D組極顯著高于B組(P<0.01);(4)B、C和D組DM錶觀消化率極顯著高于A組(P<0.01),C、D組極顯著高于B組(P<0.01),D組顯著高于C組(P<0.05).結果提示,降低羔羊日糧繫痠力水平,可以顯著改善羔羊日增重、料重比和羔羊對日糧主要養分錶觀消化率,有效改善羔羊健康狀況,在本研究條件下以補飼料繫痠力水平10.0 mmol HCl/100 g即日糧繫痠力水平31.1 mmol HCl/100 g組效果最好.
위료연구일량불동계산력수평대고양생산성능화사료양분소화솔적영향,장24지7일령살능내산양공고수궤분성4조,A조사위기출H량,B、C화D 3개시험조분별사위재기출일량중첨가3.0、9.0화15.0 kg/t산화제적시험일량(보사료계산력수평분별위30.0、20.0화10.0 mmol HCI/100 g;일량계산력수평분별위39.3、35.2화31.1 mmol HCl/100 g),연구일량계산력수평대조기단내고양생산성능화양분표관소화솔적영향.결과표명:(1)B、C화D조고양일증중겁현저고우A조(P<0.01),C、D조현저고우B조(P<0.05);(2)사료산화가유효개선고양건강상황,B、C화D조고양복사솔분별교A조강저료36.36%、28.65%화81.82%;(3)B,C화D조CP、GE표관소화솔겁현저고우A조(P<0.01),C、D조겁현저고우B조(P<0.01);(4)B、C화D조DM표관소화솔겁현저고우A조(P<0.01),C、D조겁현저고우B조(P<0.01),D조현저고우C조(P<0.05).결과제시,강저고양일량계산력수평,가이현저개선고양일증중、료중비화고양대일량주요양분표관소화솔,유효개선고양건강상황,재본연구조건하이보사료계산력수평10.0 mmol HCl/100 g즉일량계산력수평31.1 mmol HCl/100 g조효과최호.
In order to determine effects of acid-binding capacity levels in dietary on performance and nutrient apparent digest-ibility of lambs, 24 Sannen male lambs at 7 days of age were randomly allocated to 4 groups.Lambs in group A were fed bas-al diet and in groups B, C and D were fed three experiment diets with 3.0,9.0 and 15.0 kg/t acidifier addition in the basal diet, respectively (the acid-binding levels of supplementary were 30.0, 20.0 and 10.0 mmol HCl/100 g, respectively; the acid-binding levels of diet were 39.3, 35.2 and 31.1 mmol HCl/100 g, respectively).The feeding experiment and digestibil-ity test were conducted to determine effects of acid-binding capacity levels in diet on performance and nutrient apparent di-gestibility of the early-weaning lambs.The results showed that: 1) weight gain in groups B, C and D were significantly high-er than that of group A (P<0.01).Weight gain of groups C and D were significantly higher than that of group B (P< 0.05); 2) health condition was improved by acidifier inclusion.Diarrhea rate in groups B, C and D were decreased by 36.36%, 28.65% and 81.82% compared with group A, respectively; 3) CP and GE apparent digestibility of groups B, C and D were significantly higher than that of group A (P<0.01).CP and GE apparent digestibility of groups C and D were significantly higher than that of group B (P<0.01); 4) DM apparent digestibility of groups B, C and D were significantly higher than that of group A (P<0.01).DM apparent digestibility of groups C and D were significantly higher than that of group B (P<0.01) and group D was significantly higher than that of group C (P<0.05).The results suggested that the dai-ly gain, feed to gain ratio and apparent digestibility of main nutrition were significantly improved with the decrease of acid-binding levels in dietary.Simultaneously, the healthy condition of lambs was effectively improved.The group that supple-mentary acid-binding level was 10.0 mmol HCl/100 g and diet acid-binding level was 31.1 mmol HCl/100 g had the best effect in this research.