肉用仔鸡营养浓度课件

1、营养报告 Nutrition Presentation 肉用仔鸡的营养浓度Nutrient Density for Broilers肉用仔鸡的最佳营养Optimum Nutrition for Broilers肉用仔鸡对营养浓度的反应Broiler responses to nutrient density.最佳营养浓度Optimal nutrient density.最佳的生产性能的饲喂方案Feed programmes for optimal performance.最佳的饲料形状Optimal feed form.肉用仔鸡对营养浓度的反应品系与平衡蛋白效应Broiler response

2、 to nutrient density -Strain and Balanced Protein effect.了解肉仔鸡对平衡蛋白（BP）的反应是非常重要的，因为它对日粮配方中的经济成本至关重要。Understanding the response to balanced protein (BP) is important as it is a critical economic cost in diet formulation. 试验证明品系在最佳营养方面存在着着很大的差异。Trial information indicates important differences in opti

3、mum nutrition for different strains.平衡蛋白质Balanced Protein 按安伟捷的建议将可消化氨基酸平衡至理想氨基酸比例。Digestible Amino Acids balanced to an ideal amino acid profile as per Aviagen recommendations.蛋白质和必需氨基酸至少与赖氨酸保持恒定的比例。Protein level with essential amino acids held (at minimum) in constant ratio to lysine.可消化氨基酸Digesti

4、ble Acid育雏Starter育成Grower育肥Finisher精氨酸Arginine105107100异亮氨酸IsoLeucine666768赖氨酸Lysine100100100蛋氨酸Methionine373839蛋胱Met+Cys744678苏氨酸Threonine636466色氨酸Tryptophane171718缬氨酸Va.ine747576试验设计Experimental design两个商品肉鸡品系（A与B ）2 commercial broiler strains (Strain A & B)两种性别（公与母）2 sexes (M & F)在育雏、育肥期采用5个平衡蛋白水

5、平：为建议量的0.8，0.9，1.0，1.1，1.2倍5 Balanced Protein levels (0.8, 0.9, 1.0, 1.1, 1.2 times recommendations) in Starter, Grower and Finisher.每处理90只鸡，4个重复4 replicates of 90 birds per treatment 平衡蛋白与体重Balanced Protein and Liveweight10日龄体重 克日粮平衡蛋白 品系 A： 品系 B：相互作用显著性： Probability of significant interactions:品系x

6、平衡蛋白0.104 StrainxBP0.104 平衡日粮与体重Balanced Protein and Liveweight32日龄48日龄日粮平衡蛋白 日粮平衡蛋白品系 A: 品系 B: 相互作用显著性：Probability of significant interactions:品系X理想蛋白 0.000 0.000StrainxIP平衡蛋白与饲料进食量（10-28天）Balanced Protein and Feed Intake (10-28days)饲料进食量，10-28日龄 克/只 日粮平衡蛋白品系 A: 品系 B:结 论Conclusions对平衡蛋白的反应是明显的。The

7、response to balanced protein (BP) is very significant.两个品系商品肉鸡对平衡蛋白的反应是不同的。The degree of response to BP between two strains of commercial broilers are different.品系间的这些差异将为最佳经济性能做出不同的营养策略。These differences between strains will lead to different nutritional strategies for optimumeconomic performance.最

8、佳营养浓度Optimum nutrient density平衡蛋白对农场和加工厂的利润空间Balanced Protein Farm and Processing Profit Margin 农场利润空间40日龄，公农场利润率仅从活鸡的收益Profitability on the farm revenue from live weight only.加工厂的利润率从白肉、红肉加翅三部分的收益Profitability processor revenue from white AND dark meat + wing portions.加工厂32日龄 ，混养 利润 ，美分/只品系 A: 品系 B

9、: 品系 A: 品系 B:,日粮平衡蛋白日粮平衡蛋白肉鸡饲养中的实际应用Practical implications in Feeding the broiler.根据亚洲的成本与收益价公鸡、母鸡与混养2.5公斤肉用仔鸡的最佳氨基酸浓度（）Optimal amino acid density (%) for males, females and A/H 2.5kg broilers -based on Asian costs and revenues prices. 目标 Objective2.5公斤2.5kg利润 Margin公 M母 F混养 A/H农场Farm1009798.5去内脏胴体E

10、visceratedCarcass10699102.5分割肉Portions110103106.5日粮理想蛋白水平对3公斤公鸡胸肉产量的影响相对胸肉产量平衡蛋白对应于当前肉鸡手册的结 论Conclusions当代肉鸡品系对理想蛋白浓度的增加呈正反应。Modern strains respond positively to increased BP density. 品系之间的生物学和经济学反应是很不相同的。The biological and economicresponses between strains is very different. 这就导致对最佳经济性能的不同营养策略。This

11、 will lead to different nutritional strategies for optimumeconomic performance.对于不同的目标采用不同的理想蛋白。Different BP (balanced protein) levels for different objectives. 能量还是蛋白质？Energy or protein?在一些地区肉用仔鸡日粮的情况是：In some areas broiler diets are: 比较昂贵，如要达到建议的能量和可消化氨基酸水平； more expensive to reach recommended lev

12、els of energy and digestible amino acids. 利用油脂的可能性很小； Less oil available. 谷物的价格上涨减少油脂在配方中的比例或用以取代玉米 Cereal prices are increasing = decreasing oil inclusion or replacing maize.降低能量或平衡蛋白。Reduce energy or balanced protein.能量还是蛋白质？Energy or protein?日粮能量和蛋白水平对35日龄肉鸡体重的影响活重 克蛋白质，能量能量还是蛋白质？Energy or protei

13、n?日粮能量和蛋白质水平对2公斤肉仔鸡饲料转换率的影响饲料转换率能量蛋白质 能量还是蛋白质？Energy or protein? 日粮能量和蛋白质含量对2公斤肉仔鸡胸肉产量的影响胸肉 蛋白质 能量能量还是蛋白质？Energy or protein? 日粮能量和蛋白质含量对46日龄肉鸡红肉产量的影响红肉 Red Meat 蛋白质 能量 能量还是蛋白质？Energy or protein?当日粮能量来源昂贵时提高蛋白水平会比较经济。When dietary energy is expensive to source it is more economical to increase dietary

14、 protein 鸡将以提高进食量来补偿较低的日粮能量； birds will increase feed intake to compensate for a lower dietary energy 但是，当能量降低至最佳水平时，再下降也不会导致 饲料进食量的增加； However, there will be an optimum energy level below which decreasing energy further will not lead to an increase in feed intake 对于饲料的形状与温度没有限制条件。 Non limiting cond

15、itions feed form and temperature. 能量浓度与饲料形状对35日龄肉仔公鸡体重的影响The Effect of Energy Density and Feed Form on Male Broiler Liveweight at 35 days 体重 克 能量浓度（建议量的） 粗颗粒 粉 料能量浓度与饲料形状对肉仔公鸡饲料进食量的影响The Effect of Energy Density and Feed Form on Male Broiler Feed Intake饲料进食量， 克/只 能量浓度（建议量的）破碎料粉 料 能量浓度与饲料形状对肉仔公鸡（2公斤）

16、饲料转换率的影响The Effect of Energy Density and Feed Form on Male Broiler FCRa (2kg) 饲料转换率能量浓度（建议量的）破碎料粉 料为最佳生产性能的饲喂方案Feed Programmes for optimal performance 育雏日粮蛋白质含量对35日龄活重（P=0.000）和饲料报酬(P = 0.000)的影响育成日粮蛋白质含量对35日龄活重（P=0.000）和饲料报酬(P = 0.000)的影响育肥日粮蛋白质含量对35日龄活重（P=0.000）和饲料报酬(P = 0.000)的影响育肥日粮蛋白质水平育成日粮蛋白质水

17、平 育雏日粮蛋白质水平体重 克饲料报酬饲喂方案Feeding Programmes提高育雏日粮中的平衡蛋白将对最少地提高饲料成本有最大的改进。Increasing balanced protein in the starter diet will give biggest improvement in performance for minimum increase in feed cost 在生产中将育雏蛋白水平提高10%将获得一下效果： in the fielda 10% increase in Starter protein levels will give * 10天长10克 10g

18、at 10 days * 35天长30-50克 30 50g at 35 days * 0.2胸肉 0.2% breast meat * 较高的整齐度 better uniformity饲喂方案Feeding Programmes改喂育成料的时间对体重和饲料转换率有反应。Time of change to the Grower diet -Response in liveweightand FCR.平衡蛋白的水平以及改喂育成日粮的时间对35日龄活重的影响The response of BP level and time of change to the grower diet on 35 da

19、y liveweight三个处理对平衡蛋白的增加都有反应，所有年龄段对此也有相似的反应。14日龄换料的活重最高，7日龄的反应较差是由于蛋白水平和饲料形状；21日龄的反应是因饲料形状之故。There is a response to increasing BP across all treatments this is similar across all time transition ages.Best liveweight is at a transition age of 14 days. Poorer response at 7 days is a protein and feed f

20、orm response. At 21 days there is a feed form response.活重 克育雏日粮蛋白质 平衡蛋白水平以及改喂育成日粮的周龄对2公斤肉鸡饲料转换率的影响The response of BP level and transition age to the grower on 2kg FCR饲料转换率育雏日粮蛋白质 对蛋白质水平的反应模式取决于改喂育成料的年龄：7日龄换料时雏鸡对平衡蛋白的反应最小，14日龄时的反应比较明朗，而21日龄换料时对平衡蛋白的反应最明显。The pattern of response to protein changes dep

21、ending on transition age. The response to BP is small when changing at 7 days of age. When changed at 14 days of age the response is clearer. When changed at 21 days of age the response to BP is greatest结论饲喂方案Conclusions Feeding Programmes 日粮平衡蛋白的水平对雏鸡尤为重要。 Dietary balanced protein levels particular

22、ly in the Starter are important. 改喂育成或育肥日粮的时间受日粮平衡蛋白的影响。Time of change to grower or finisher diet is influenced by dietary balanced protein content.饲料形状对肉鸡体重的影响The effect of feed form on broiler weight 增重 克表观可消化赖氨酸 (% of CVB) 粉料劣质颗粒优质颗粒 E0507 试验程序E0507 TRIAL PROCEDURES饲料处理Feed Treatments育雏(0 10 日龄)

23、Starter（0-10days）育成(10 34 日龄 ) Grower (10 34 days ) 1. 对照组 Control 破碎料Crumble3毫米颗粒Pellet (3mm)2. 粉料组 Fines粉料Fines粉料Fines3. 混合组. Mix50%颗粒 ：50%粉料50% Pellet:50% Fines50%颗粒：50%粉料50% Pellet:50% Fines4. 交替组 Alternating6日龄前喂粉料/至10日龄前破碎料 Fines to 6 days /Crumb to 10days21日龄前喂粉料/31日龄前颗粒料Fines to 21 days/Pell

24、et to 31 days试验设计：Trial Design: 每栏120只1日龄公雏，三个重复3 replicates of 120 day-old male broilers per pen. 4个营养水平。4 nutritional treatments. 试验结果TRIAL RESULTS处理 Treatment体重至：Liveweight to:10日龄 10d21日龄 21d31日龄 31d1. 对照组 Control29797519722. 粉料 Fines26479715793. 混合组 Mix28791618354. 交替组 Alternating2848121872标准差

25、S.D5.329.8017.65P值 P value0.0160.0000.000试验结果TRIAL RESULTS处理 Treatment饲料转换率至 ：FCR to ：10日龄 10d21日龄 21d31日龄 31d1. 对照组 Control1.391.531.632. 粉料 Fines1.541.671.713. 混合组 Mix1.421.601.694. 交替组 Alternating1.421.651.60标准差 S.D0.02030.02410.0182P值 P value0.0030.0110.008 结 论CONCLUSION 试验结果与更多的最新研究同时表明：较差的物理性状

26、的饲料使肉鸡生产性能显著下降。The results concur with more recent work showing that poor feed physical quality results in a severe reduction in broiler performance.体重下降20%，饲料转换效率4.9%Liveweightreduction of 20% and FCR of 4.9%.1. 对照 （破碎料）2. 粉料饲料形状对肉仔公鸡的影响The Influence of feed form on male broilers生产中饲料物理性状较差是一个问题。Po

27、or feed physical quality is an issue in the field.过去在欧洲进行的饲料形状试验表明较差的物理性状可导致活重下降20%，饲料转换率差5%。Past European feed form trial resulted in a 20% reduction in live weight and a 5% deterioration in FCR.目标是在亚洲环境条件下研究这种反应。 Objective was to investigate this response in an Asian type environment.安伟捷使用泰国BARC 的

28、设施进行试验。Aviagen used the BARC facilities in Thailand.试验设计Trial Design1 种产品 X 1 个性别 X 3 个饲料处理 X 8 栏 24 栏1 products x 1 sex x 3 feed treatments x 8 reps = 24 pens 日粮： Diets：日粮Diet对照Control试验1T 1试验2T 2育雏期Starter (0 to 10)100%破碎料100% Crumb100%粉料100% Fines破碎料/粉料各50%Crumb/Fines育成期Grower (11 28)100%颗粒料100%

29、Pellet100%粉料100% Fines颗粒料/粉料各50Pellets/Fines育肥期Finisher (29to42)100%颗粒料100% Pellet100%粉料100% Fines颗粒料/粉料各50Pellets/Fines环境条件Environment温度 Temperature湿度Humidity日龄 Age Period最低 Min最高 Max（）（0-10）26.634.163（11-28）24.929.878(29-35)25.429.388(35-42)25.328.794饲料性状对42日龄肉仔鸡活重与饲料报酬的影响The Effect of Feed Form o

30、n Broiler Liveweight and FCR (42days) 活重 克饲料转换率100%破碎料/颗粒料 50%破碎料/颗粒料 100%破碎料/颗粒料 粉料 粉料饲料形状 Feed Form活重饲料转换率饲料形状对42日龄肉仔鸡累计饲料进食量的影响The Effect of Feed Form on broiler Cumulative Feed Intake to 42 days 饲料转换率 42 天100%破碎/颗粒料 100%粉料 50%破碎料/粉料 饲料类型 Feed Form 结 果Results饲料形状不佳可使体重下降20%。Feed form reduced live

31、 weight by 20%.它对饲料报酬的影响较小；降低了6%。FCR was less severely effected; reduced by 6%.结 论Conclusions 肉用仔鸡在亚洲试验中的反应与过去的研 究结果相似。The broiler response is identical to previous studies. 在亚洲环境下以玉米为基础的日粮以及在欧洲环境下以小麦为基础的日粮，二者对不良饲料形状的反应是相似的。The response to poor feed form is the same on a maize based Asian environmen

32、t as on a wheat based European environment. 三种不同饲料形状下鸡的三小时饮水量 饮水量，克 时间颗粒粉料颗粒/粉料饲料形状Feed Form 颗粒耐久指数 (P.D.I) 提高10%就等于增加1克/日增重An improvement in P.D.I by 10% equates to：Approximately +1g/ADG.提高颗粒耐久指数(P.D.I) 10%=2.1美分/只(￥0.1637元)+10% increased PDI = 2.1(USc) cents/bird (CNY 0.1637) 饲料形状Feed Form 采用破碎料以延

33、长采食时间Use of crumb for extended periods.饲料测定站Feed Stations记录鸡的终生饲料进食量。Record feed intake through the lifetime of the bird.每只鸡的饲料采食资料；即：数量、频率和持续时间。Individual feed consumption data;e.g. quantity, frequency and duration. 饲料形状对采食行为的影响The Effect of Feed Form on Feeding Behaviour 颗粒料 破碎料 饲料进食量（克/只/日）Feed i

34、ntake(g/bird/day)日龄饲料进食量 克饲料形状对采食行为的影响The Effect of Feed Form on Feeding Behaviour 饲料形状对累计采食数量的影响（14-34日龄）The effect of feed form on cumulative number of meals (14 to 34 days of age)饲料Feed 颗粒料Pellets破碎料Crumb累计采食（克）Cumulative number of meals (g)636247饲料形状对采食行为的影响The Effect of Feed Form on Feeding Beh

35、aviour 采食持续时间（秒）Meal duration (seconds)持续时间 日龄 颗粒料 粉 料饲料形状对采食行为的影响The Effect of Feed Form on Feeding Behaviour 每次平均采食量（克）Average meal size (grams)采食量 克 日龄颗粒料粉 料饲料形状对采食行为的影响The Effect of Feed Form on Feeding Behaviour 食位占有率% Occupancy of Feed Places 占有率 日龄颗粒料粉 料对照组粉料组 饲料形状对采食行为的影响The Effect of Feed F

36、orm on Feeding Behaviour 采食破碎料鸡的行为像是吃“正餐”，用较长的时间采食大量饲料，但频率较低。Birds fed crumb tend to behave like dinnerseating larger quantities for longer periods, less frequently.采食颗粒料鸡的行为像是吃“零食”，在较短的时间采食较少，但频率较高。Birds fed pellets tend to behave like snackerseating smaller quantities for shorter periods more ofte

37、n.采食破碎料的鸡在“采食活动”上花费的时间比例较高。Birds fed crumbs spend a higher percentage of time engaged in feeding activity.因此可用于生长的能量较少。Less energy will be available for growth. 饲料形状Feed Form 尽量减少粉末 。Minimize fines.颗粒耐久指数(PDI)每提高10%等于：约1克/日增重。 An improvement in P.D.I by 10% equates to：Approximately +1g/ADG.提高颗粒耐久指数(PDI)10%1.6欧元/只。+10% increased PDI = 1.6cents/bird 1