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《猪病防治》是中等职业农业学校畜牧兽医(动物科学与动物医学)学科中兽医(动物医学)专业、兽医卫生检验(动物检验检疫)专业和畜牧兽医(动物科学与动物医学)专业的一门重要专业临床课,是讲述猪病发生、发展的规律以及指导学生掌握如何预防、控制和消灭这些猪病(特别是猪的传染病)方法的学科. 相似文献
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谌澄光 《江西畜牧兽医杂志》1988,(3)
<正> 1.发明的名称:动物的饲养方法 2.专利内容: (1)一种由活性化物质使水活化的工艺及用活化水供动物饮用的优良动物饲养法。 (2)第(1)项中将上述水与饲料混合,供动物采食的动物饲养法。 (3)第(1)项中,以含稀有元素矿石为特征的上述活性化物质的动物饲养法。 相似文献
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畜禽养殖场经营应遵循的法律法规 总被引:1,自引:0,他引:1
<正>1.动物卫生监督机构对动物饲养场实行动物卫生监管工作的法律依据。《中华人民共和国动物防疫法》(以下简称《动物防疫法》)第五十八条;《动物防疫法》第五十九条。2.养殖场应履行的法定义务。(1)符合动物防疫条件,申办《动物防疫条件合格证》。依据《动物防疫条件审查办法》第二条。(2)建立健全防疫制度。依据《动物防疫法》第十九条;《动物防疫条件审查办法》第八、第九条。(3)建立健全养殖档案。依据《中华人民共和国畜牧法》(以下简称《畜牧法》)第四十一条;《畜禽标识和养殖档案管理办法》 相似文献
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随着各类动物养殖场(户)规模的不断扩大,社会养殖数量的不断增加,养殖场(户)对动物疫病的防治越来越重视,对动物诊疗人员的需求数量在不断增多,对动物诊疗技术水平要求越来越高,应对市场需求,从事动物诊疗的人员急剧上升,各类动物门诊纷纷挂牌营业,结果出现了一些不容忽视的问题:(一)不具备相应兽医专业知识、不熟悉法律知识的人员从事动物诊疗活动。(二)不具备消毒、无害化处理等设施条件的动物门诊开业。(三)不具备开展相关化验项目的动物门诊挂着开展“抗体监测、化验”的宣传牌,以欺骗养殖户。(四)不讲职业道德、违法诊疗(包治)国家规定… 相似文献
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<正>动物疫病防控工作的重点在基层,难点在散户,但是,基层和散户动物防疫(诊疗)工作难落实,已成为动物疫病防控工作的"短板",面对国内外动物疫情频发的严峻形势,必须提升基层动物防疫(诊疗)工作的能力和水平。为此,我市积极探索培育和扶持新型基层动物防疫(诊疗)服务组织,积极推进动物疫病防控工作向最基层延伸,有效增强了动物疫病防控能力,维护了社会公共卫生安全。1基本情况新型基层动物防疫(诊疗)服务组织(以下简称 相似文献
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《畜牧兽医科技信息》2021,(9)
正病死动物无害化处理,是将因病死亡的动物尸体按照国家规定进行处理,以保障病死动物本生群体,病死动物以外其他动物群体,人群,人居环境,自然环境的安全健康。目前我区(青岛西海岸新区)的病死动物无害化处理模式由3点构成:(1)畜禽养殖场(户)通过手机App、电话、 相似文献
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吴寿玉 《青海畜牧兽医杂志》2006,36(1)
随着<中华人民共和国动物防疫法>(以下简称<动物防疫法>)的颁布实施,农业部统一制定了五种动物及动物产品检疫合格证明,这为加强对进入流通领域环节的动物及动物产品的动物防疫监督、促进动物及动物产品的合理流动、减少动物疫病的传播、促进和保护养殖业的健康发展起到了积极的作用.但在日常的动物防疫监督检查中,我们却发现进(出)县境的运输有动物或动物产品的货主,除持有按法律规定必须应持有的动物(动物产品)出县境检疫合格证明、动载工具消毒证明外,有的还持有动物(动物产品)产地检疫合格证明、动物免疫证明和格式不一、五花八门的××病非疫区证明.如"禽流感"非疫区证明等.同时,省外有的动物防疫监督检查站的工作人员在查验由循化县运出的动物(动物产品)时,发生了多次对只持有动物(动物产品)出县境检疫××合格证明、运载工具消毒证明、事业性财政收费收据,而没持有××病非疫区证明的货主进行处罚的行为.对此行为,笔者提出如下异议和质疑,供同行商榷. 相似文献
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魏静 《四川畜牧兽医学院学报》2009,(4):28-32
在现代法律秩序中,商会自治规范是制定法的基础和必要的补充,甚至在某些方面替代了制定法;商会自治规范主要包括商会组织规范、行为规范、惩罚规范以及争端解决规范等;其效力仅及于其内部成员;商会自治规范和制定法之间存在冲突,但也存在整合的基础。 相似文献
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本文概述了猪的毛色类型、猪的毛色遗传模式,着重综述了猪毛色基因分子基础的研究进展,指出存在问题并就未来发展方向做了思考。 相似文献
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REASONS FOR PERFORMING STUDY: Centesis of the bicipital bursa using an 8.9 cm long spinal needle has been reported but the alternative of employing a 3.8 cm long hypodermic needle requires validation. OBJECTIVE: To compare the efficacy of 2 different methods of centesis of the bicipital bursa and to evaluate the usefulness of ultrasonographic imaging to determine the location of solution administered when centesis of the bursa is attempted. METHODS: For Trial 1, 6 clinicians, who had no previous experience of centesis of the bicipital bursa, attempted to inject a solution composed of an aqueous radiopaque contrast medium and physiological saline solution (PSS) into the bicipital bursae of 2/12 horses using the previously described distal approach to inject one bursa and a proximal approach to inject the contralateral bursa. The bicipital tendon and bursa were examined ultrasonographically before and after injection; and both shoulders were examined radiographically to identify the location of the medium. In Trial 2, another 6 clinicians, also with no previous experience of centesis, repeated Trial 1, using 6 horses, but the radiopaque contrast medium was mixed with air instead of PSS. RESULTS: Accuracy of centesis using the proximal approach was 39% and that of the distal approach 28%. Ultrasonographic examination of the shoulder allowed the location of solution and air to be accurately predicted in all 12 shoulders examined. CONCLUSIONS: Clinicians who have had no previous experience performing centesis of the bicipital bursa are unlikely to be successful in centesis using either approach. Radiographic examination after injecting a radiopaque contrast medium may be necessary to assess the success of centesis especially if bursal fluid is not obtained during centesis. Injecting air along with the radiopaque contrast medium provides more accurate ultrasonographic confirmation of centesis and better radiographic definition than does injection without air. 相似文献
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以国际标准强毒R株人工感染非免疫产蛋鸡,定时扑杀,分别从鼻窦、眶下孔、气管、肺、气囊、卵巢和输卵管分离MG,并收集感染鸡所产蛋分离MG。结果表明,人工感染48小时后上、下呼吸道及肺已被全面感染,96小时气囊已被感染,120小时输卵管已能分离到MG,卵巢始终分离不到MG。人工感染鸡自144小时便能在其所产蛋中分离出MG。药物治疗能在72小时内消除感染,油乳剂苗则需24天后逐渐降低蛋内MG分离率,药物卵内注射、种蛋药浴、高温处理均能杀死卵内MG,但以研制的种蛋浸泡剂药浴效果为最好。 相似文献
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Effects of size of ingestively masticated fragments of plant tissues on kinetics of digestion of NDF
Ingestively masticated fragments were collected and sized via sieving. Different sizes of esophageal masticate and ruminal digesta fragments, and ground fragments of larger masticated pieces were incubated in vitro, and undigested NDF remaining at intervals of up to 168 h of incubation was determined. The ruminal age-dependent time delay (tau) for onset of digestion of NDF was positively correlated (P < 0.004) with the mean sieve aperture estimated to retain 50% of the fragments between successive sieve apertures (MRA). Degradation rate of potentially degradable NDF (PDF) and level of indigestible NDF were not related (P > 0.10) to MRA of masticated and ground fragments. Estimates of tau were positively related to MRA, with slopes of bermudagrass < corn silage < ruminal fragments of corn silage. It was concluded that fragment size-, and consequently, ruminal age-dependent onset of PDF degradation of a mixture of different fragment sizes results in an age-dependent rate of degradation of the more rapidly degrading of two subentities of PDF. Models are proposed that assume a tau before onset of simultaneous degradation of PDF from two pools characterized as having gamma-modeled age-dependency and age-constant rates. The ruminal age-dependent pool seems to be associated with the faster-degrading pool, and its rate parameter increases with range in MRA in the population of fragments. Conceptually, the ruminal age-dependent rate parameter for PDF degradation seems to represent a composite of several effects: 1) effects of the size-dependent tau; 2) range in MRA of the population of ingestively masticated fragments; and 3) subentities of PDF that degrade via more rapid age-dependent rates compared with subentities of PDF that degrade via age-constant rates. The estimated fractional rates of ruminative comminution of ingestively masticated fragments (0.060 to 0.075/h) were of a magnitude similar to the mean fractional rates of PDF digestion (0.030 to 0.085/h), which implies that ruminative comminution may be first-limiting to fractional rate of PDF digestion. The in vivo roles of ingestive and ruminative mastication of fragments on PDF degradation must be considered in any kinetic system for estimating PDF digestion in the rumen. These results and others in the literature suggest that the rate of surface area exposure rather than intrinsic chemical attributes of PDF may be first-limiting to degradation rate of PDF in vivo. 相似文献