共查询到17条相似文献,搜索用时 15 毫秒
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《经济动物学报》2008,(5)
耐威克产品耐威克(小型犬)幼犬专用粮钙奶多维(1.2kg)配料:鸡肉,大米,玉米,鸡油(由混合的生育酚保护),奶粉,鱼粉,天然的鸡肉风味物,甜菜渣,干蛋粉,鱼油,酵母,低聚果糖,维生素和矿物质,蛋氨酸,迷迭香提取物。营养分析保证值: 粗蛋白(至少)31%亚油酸(至少)1.5%粗脂肪(至少)19%赖氨酸(至少)1.3%粗纤维(至多)3.0%粗灰份(至多)8%钙(至少)1.2%食盐(至多)1.1%磷(至少)0.9%水分(至多)10%产品特点如下:OMEGA3&6脂肪酸,维生素和矿物质,使皮毛健康亮丽;更高的能量更高的蛋白和营养,保证小型幼犬健康成长;高品质的鸡肉牛奶和维生素 E&C,提高爱犬的免疫力;含有海洋鱼油,提供优质的 DHA 和 EPA,促进爱犬的大脑发育;均衡的钙磷配比和矿物质维生素,帮助爱犬牙齿和骨骼发育;高品质的原料使幼犬能摄取最佳的营养,FOS 和甜菜纤维可滋养肠道细胞,促进肠道健康。 相似文献
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开拓国内蜂产品市场,是蜂业界的热门话题。尤其近年外销不畅,大家更加关注国内市场。此外,各行各业因市场饱和,也看好蜂产品。所以,近二、三年内一些大中城市、各类蜂产品店遍地开花,热闹空前。回顾国内较知名的蜂产品企业,在发展初期,都是些目光远大,有使命感的创业者所启动。而近年的抢滩者们,则来自各行各业,只要看到那一门火了,便一哄而上。许多人缺乏起码的蜂产品知识和经商常识,心态上抱着急功近利,一举成名的打算,行动上普遍选择走降价竞争这一捷径。表现也过于浮躁,以致店门一开“什么话都敢说”、“什么货色都敢卖… 相似文献
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目前全球蛋品消费主要集中在亚洲人口密集地区,在这些地区,蛋品是提供蛋白的主要食物.而且亚洲地区鸡蛋和蛋品生产、加工、市场价格差别很大。 相似文献
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<正>摄食调控是一个极其复杂的过程,总的来说,主要取决于机体能量的需要。动物的能量储存是相对稳定的。动物体首先感觉并整合关于营养状况的复杂而矛盾的信号,然后发出信号调节能量平衡。参与摄食调控的因素有许多,多种神经递质和激素能影响摄食行为,这些递质和激素间又有相互作用。多个中枢部位包括经典的下丘脑、大脑皮层和边缘前脑,以及最近提出的在机体的躯体-内脏整合中发挥重要作用的小脑均参与摄食信息的整合。在将外周摄食信号传入脑,以及将中枢摄食整合信号传出外周的过程中, 相似文献
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黄花鱼(网友):水产品真的存在卖难的问题吗?水产品卖难是流通方面的问题吗?我以为,在我国北方的消费者中,没有消费水产品的习惯。吴湘生:水产品市场确实存在卖难问题,也存在买难问题,从卖到买之间出现的问题,就是流通问题。水产品卖难的问题主要反映出,在现时环境下,水产品属于供大于求的产品。其次,水产品的加工仍属于整个产业链中最薄弱的环节。在水产加工食品中,除去冷冻鱼以外,至今没有走出一条更加广阔的路子。第3,大城市在规划中,出于卫生方面的考虑,往往把农贸市场,这一大众消费群体非常依赖的市场,设在远离城区的地方。而城区内非常… 相似文献
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《饲料广角》2003,(15):48-49
表1马的预期饲料消耗t(以马体孟的%计)’饲草精饲料总计成年马维持母马,妊娠后期母马,妊娠早期母马,泌乳后期役用马轻量级中量级重量级幼马哺乳马驹(3月龄)断奶马驹(6月龄)1岁幼马1岁半幼马2岁马1风干饲料(约90%干物质)。1 .5~2.01 .0~1.51 .0~2.01 .0~2.0 O一0.50 .5一1 .01 .0一2.00 .5一1 .51 .5一2.01 .5一2.02 .0一3.02 .0一2.5 1 .0~2.0 1 .0~2.0075~1.505一1 .00 .75一151 .0一2.0 1 .5一2.51 .75一2.52.0一2.5 00,5一1 .01 .0一1.51 .0一1.51 .0~1.510一201 .5一3.01 .0一2.01 .0一151 .0一1.52 .5一3.52 .0~3.52刀一3.020一2 .52 … 相似文献
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欧盟委员会最近决定除保加利亚和罗马尼亚外,中东欧国家(CEEC)中其余八国将于2004年元月1日以整体形式加入欧盟,但这些国家还需进行必要的入盟谈判。 相似文献
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E. Cha J.-A.L.M.L. Toribio P.C. Thomson P.K. Holyoake 《Preventive veterinary medicine》2009,91(2-4):122-129
Our objectives were to document the biosecurity practices implemented at agricultural shows in Australia and to measure the potential for pigs to consume swill at shows. An observational study was conducted at 6 agricultural shows in 2006 to identify the potential for pigs to consume swill. In addition, a questionnaire on biosecurity practices was distributed to administrative personnel responsible for 64 pig exhibits at 46 agricultural shows in Australia in 2005. A total of 153 feed exposure events were recorded during the 22-day observation period, of which 48 (31.3%) were identified as swill. Health status declarations for incoming pigs were required by 11.7% of exhibits. Exhibitors were solely responsible for monitoring the health of the pigs while at the show in 17 (28.3%) exhibits. Where agricultural show staff were responsible for health monitoring, only 2 of 60 respondents stated their staff had training in disease recognition. In 49 (83.1%) exhibits, pig manure was disposed outside of the showground. Our results demonstrate that current biosecurity practices at pig exhibits at agricultural shows in Australia may allow the introduction and dissemination of exotic diseases, particularly FMD. 相似文献
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Cyanobacteria often produce severe illness and in some cases spectacular fatality on livestock and wildlife world-wide. Heavy cyanobacterial waterblooms usually form patches of dense surface scum, and terrestrial animals drinking such concentrated dirty froth can consume a fatal dose. Surprisingly, animals do not avoid swallowing concentrated microbial scum. Different experiments of drink selection were performed with laboratory mice to determine why animals drink these concentrated scum. These experiments showed that animals elected to consume dense cultures of the toxic cyanobacteria Microcystis aeruginosa in preference to limpid water. When M. aeruginosa cells were supplied ad libitum, mice avidly swallowed these toxic cyanobacteria until this led to their death. Mice were unable to detect the phycotoxin (microcystin). In contrast, mice did not select cultures containing other non-toxic phytoplanktonic organisms. Observations in nature suggest that this preference in the consumption of toxic cyanobacteria is common among other animal species. 相似文献