Evaluation of Anchovy Fish Meal with or without Added Fish Solubles on Nursery Pig Performance

Ethan B. Stas, Joel M. DeRouchey, Mike D. Tokach, Jason C. Woodworth, Robert D. Goodband, Jordan T. Gebhardt
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Abstract

A total of 1,134 pigs (L337 × 1050 PIC; initially 10.4 lb) were used to evaluate anchovy fish meal with or without added fish solubles on nursery pig performance in a commercial environment. At weaning, pigs were allotted to 1 of 3 dietary treatments containing three different specialty protein sources added on an SID Lys basis. Dietary treatments consisted of a control diet containing enzymatically treated soybean meal at 7.0% of the diet, a diet containing 5.1% anchovy fish meal, and a diet containing 5.33% anchovy fish meal with added anchovy fish solubles. Pigs were fed experimental diets in phases 1 and 2 based on feed budget with phase 1 fed at 5 lb/pig and phase 2 fed at 12 lb/pig. Experimental diets were fed for approximately 21 d after weaning. Following experimental diets, all pigs were fed a common corn-soybean meal-based diet until the completion of the study. There were no differences in growth performance throughout the experimental period (d 0 to 21). During the common period (d 21 to 42), pigs previously fed anchovy fish meal with added fish solubles had improved (P < 0.05) feed efficiency compared to pigs fed the control diet, with those fed anchovy fish meal alone intermediate. Overall (d 0 to 42), there was a tendency was observed (P = 0.070) where pigs fed anchovy fish meal with added fish solubles had numerically better feed efficiency compared to the other treatments. In conclusion, feeding pigs anchovy fish meal alone resulted in no differences in growth compared to pigs fed diets with enzymatically treated soybean meal, but utilizing anchovy fish meal with added anchovy fish solubles in early nursery diets improved feed efficiency late in the nursery period.
添加或不添加鱼溶物的凤尾鱼鱼粉对苗猪生产性能的影响
共1134头猪(L337 × 1050 PIC;最初,在商业环境中,使用10.4 lb(约0.45 kg)来评估添加或不添加鱼溶物的凤尾鱼鱼粉对保育猪生产性能的影响。断奶时,猪被分配到3个饲粮处理中的1个,其中3个饲粮处理含有3种不同的特色蛋白质来源,并以SID赖氨酸为基础添加。饲粮处理包括:添加酶处理豆粕(7.0%)的对照饲粮、添加5.1%凤尾鱼鱼粉的饲粮和添加5.33%凤尾鱼鱼粉并添加凤尾鱼可溶物的饲粮。根据饲料预算,第一阶段饲喂5 lb/头猪,第二阶段饲喂12 lb/头猪。断奶后饲喂试验饲粮约21 d。在试验日粮之后,所有猪均饲喂普通玉米-豆粕型日粮,直至研究结束。在整个试验期内(第0 ~ 21 d),生长性能无显著差异。在第21 ~ 42 d期间,饲喂添加鱼溶物的凤尾鱼鱼粉的猪比饲喂对照饲料的猪饲料效率有显著提高(P < 0.05),单独饲喂凤尾鱼鱼粉的猪饲料效率居中。总体而言(d 0 ~ 42),与其他处理相比,在添加了鱼溶物的凤尾鱼鱼粉中饲养的猪具有数值上更好的饲料效率(P = 0.070)。综上所述,与添加酶处理豆粕相比,单独饲喂凤尾鱼鱼粉对猪的生长没有影响,但在苗期早期饲料中添加凤尾鱼鱼粉可提高苗期后期的饲料效率。
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