东北农业大学学报
東北農業大學學報
동북농업대학학보
JOURNAL OF NORTHEAST AGRICULTURAL UNIVERSITY
2012年
12期
78-85
,共8页
王凯英%鲍坤%徐超%王夕国%岳志刚%刘晗璐%李光玉*
王凱英%鮑坤%徐超%王夕國%嶽誌剛%劉晗璐%李光玉*
왕개영%포곤%서초%왕석국%악지강%류함로%리광옥*
酸化剂%水貂%生产性能%血液生化指标
痠化劑%水貂%生產性能%血液生化指標
산화제%수초%생산성능%혈액생화지표
acidifier%mink%production performance%serum biochemical indice
将健康、体重相近的雄性育成前期短毛黑水貂100只,随机分成10组,每组10只.对照组饲喂基础鲜料,试验组(Ⅱ—Ⅹ组)分别添加0.4%、0.6%、0.8%的磷酸;0.5%、1.0%、1.5%的柠檬酸;0.5%、1.0%、1.5%的乳酸.结果表明,饲料酸化剂能极显著地降低饲料及胃液pH(P<0.01),柠檬酸调节饲料、胃肠道pH能力不如乳酸、磷酸;能显著提高冬毛期水貂生产性能,屠宰体重差异明显,Ⅹ组分别比对照组和Ⅴ组高12.27%和17.84%;体长差异显著(P<0.05),处理Ⅳ最高,对照组最低;鲜皮长、鲜皮重无显著差异(P>0.05),处理Ⅹ最佳;对血清尿素氮(BUN)和IgA等血清生化指标影响显著(P<0.05);对水貂肾重、脾重影响显著(P<0.05).结果显示,水貂饲料中添加1.5%乳酸,能起到调节饲料和胃肠道pH、获得最佳生产性能、保障心肝脾肾等脏器健康的作用,并得到血液生化指标的印证,在该试验范围内是最合理的.
將健康、體重相近的雄性育成前期短毛黑水貂100隻,隨機分成10組,每組10隻.對照組飼餵基礎鮮料,試驗組(Ⅱ—Ⅹ組)分彆添加0.4%、0.6%、0.8%的燐痠;0.5%、1.0%、1.5%的檸檬痠;0.5%、1.0%、1.5%的乳痠.結果錶明,飼料痠化劑能極顯著地降低飼料及胃液pH(P<0.01),檸檬痠調節飼料、胃腸道pH能力不如乳痠、燐痠;能顯著提高鼕毛期水貂生產性能,屠宰體重差異明顯,Ⅹ組分彆比對照組和Ⅴ組高12.27%和17.84%;體長差異顯著(P<0.05),處理Ⅳ最高,對照組最低;鮮皮長、鮮皮重無顯著差異(P>0.05),處理Ⅹ最佳;對血清尿素氮(BUN)和IgA等血清生化指標影響顯著(P<0.05);對水貂腎重、脾重影響顯著(P<0.05).結果顯示,水貂飼料中添加1.5%乳痠,能起到調節飼料和胃腸道pH、穫得最佳生產性能、保障心肝脾腎等髒器健康的作用,併得到血液生化指標的印證,在該試驗範圍內是最閤理的.
장건강、체중상근적웅성육성전기단모흑수초100지,수궤분성10조,매조10지.대조조사위기출선료,시험조(Ⅱ—Ⅹ조)분별첨가0.4%、0.6%、0.8%적린산;0.5%、1.0%、1.5%적저몽산;0.5%、1.0%、1.5%적유산.결과표명,사료산화제능겁현저지강저사료급위액pH(P<0.01),저몽산조절사료、위장도pH능력불여유산、린산;능현저제고동모기수초생산성능,도재체중차이명현,Ⅹ조분별비대조조화Ⅴ조고12.27%화17.84%;체장차이현저(P<0.05),처리Ⅳ최고,대조조최저;선피장、선피중무현저차이(P>0.05),처리Ⅹ최가;대혈청뇨소담(BUN)화IgA등혈청생화지표영향현저(P<0.05);대수초신중、비중영향현저(P<0.05).결과현시,수초사료중첨가1.5%유산,능기도조절사료화위장도pH、획득최가생산성능、보장심간비신등장기건강적작용,병득도혈액생화지표적인증,재해시험범위내시최합리적.
The experiment was conducted to study the effects of phosphoric acid,citric acid and lactic acid levels on the production performance and blood biochemical indices in furring mink, and aimed to discuss a suitable supplemental kind and level of acidifier for the minks. One hundred black male minks were randomly divided into 10 groups, 10 minks per each. The control was fed conventional fresh diet,the testing groups were applied acidifier, respectively, phosphoric acid 0.4%(Ⅱ), 0.6%(Ⅲ)and 0.8%(Ⅳ),citric acid 0.5%(Ⅴ), 1.0%(Ⅵ) and 1.5%(Ⅶ),lactic acid 0.5%(Ⅷ), 1.0%(Ⅸ) and 1.5%(Ⅹ). The results indicated that compared with control group supplement acidifier reduced the pH of diet and gastric juice significantly (P<0.05), and citric acid was the lowest among these three kinds of acidifier in adjustment the pH of diet and gastric juice ability. The slaughter weight in 1.5% lactic acid group was higher than the control and groupⅤ, respectively higher, 12.27%(P>0.05),17.84%(P>0.05). There was clearly different (P<0.05) among each group in the body length,and group Ⅳ was the longest. The length and weight of fresh skin had no significantly different (P>0.05), the group Ⅹ was the best. There were significantly difference in the weight of spleen and kidney (P<0.05), control group and group Ⅳwas the highest, the heart and liver had no (P>0.05). The contents of serum BUN, IgA had significantly difference among groups, the groupⅣ,Ⅰ, andⅩwas the highest, and no significant difference was found in TP (P>0.05), GLU (P>0.05), T3 (P>0.05), T4 (P>0.05), IgG (P>0.05), IgM (P>0.05). The results showed that it could significantly adjust the pH of diet and gastrointestinal tract, improve the production performance and ensure the health of viscera and confirmed by some serum biochemical indices, applied 1.5%of lactic acid during hair growth period in mink diets and it was the best in the experiment.