饲料和添加剂》杂志2023年8月31日

沙门氏菌,属革兰氏阴性肠道菌,导致一种叫做人类沙门氏菌病的疾病。它是一种人畜共患疾病,可以在动物和人之间直接或间接传播。根据欧洲疾病预防和控制中心的沙门氏菌病——2020年度流行病学报告,沙门氏菌病是第二个最常见的胃肠道感染的报道,在欧盟的食源性疾病暴发的主要原因。在2020、169、61例实验室确诊病例沙门氏菌病的报道,其中53例已经死亡。沙门氏菌是一种生活在动物和人类的肠道和粪便排泄,通常是通过受污染的水或食物传播给人。通常是通过食用生的或未煮熟的肉类、鸡蛋、未洗的水果和蔬菜,和未经高温消毒的牛奶。尽管它有时是致命的,它通常的特征是发热、腹泻、腹痛和呕吐。畜牧业具有重要作用在减少这种疾病的患病率。因为通常需要抗生素治疗,这是不可取的,它是必要的,以防止细菌的出现和传播。为此,疫苗接种等措施,符合卫生规定,和喂养动物的方式支持肠道健康和免疫力通常推荐。 Furthermore, another important issue is the safety of the feed given to animals, i.e. hygiene. This is because one of the most important ways Salmonella is transmitted to animals is through contaminated feed.. Last but not least, temperatures above seasonal norms and high humidity significantly increase the prevalence of Salmonella. This is because hot weather and humid environments provide a favorable environment for the growth and spread of Salmonella bacteria. Therefore, it is necessary to pay more attention to food safety, hence feed safety and animal health in hot weather. Keeping animals safe from Salmonella is very important for their health and ours. This issue has a lot of content to give you ideas on how to protect your animals from Salmonella. In addition, we believe that we have also created a rich content for the aquaculture sector, which has a significant potential to feed the growing world population, drawing attention to the relationship between fish health and welfare and nutrition. Enjoy your reading... Hope to see you in the next issue... Publisher Muhammed Akatay(电子邮件保护)负责经理Ozlem Akatay(电子邮件保护)主编Derya Yıldız(电子邮件保护)编辑Bahadır Buyukkılıc Burak Varol(电子邮件保护)设计高山Kandemir(电子邮件保护)网页设计癌症Cem Pulat(电子邮件保护)校对丽莎Atakul(电子邮件保护)循环胺Şengun和数据负责(电子邮件保护)凯末尔圣Metropol伊斯坦布尔Ste。块C1,没有:376 Atasehir,土耳其伊斯坦布尔/电话:+ 90 850 220 5064电子邮件:(电子邮件保护)网站:www.bbuseth.com出版类型:定期(每月)编辑器预防沙门氏菌对人类和动物健康Derya YILDIZ©3 +媒体|版权所有。禁止繁殖,在全部或部分,没有出版商的书面许可。*免责声明:所有的观点和想法表达在该杂志发表的文章反映了作者(年代)的观点,不是主编,编辑,编辑委员会或饲料和添加剂》杂志的出版商。主编、编辑、编辑委员会和出版商承担任何责任或责任在这种情况下。出版商不提供任何保证,表示内容的准确性或完整性和数据在该杂志发表。所有的责任内容、文章和信息发表在该杂志属于作者。出版商和作者不能负责任何损失造成的全部或部分内容的杂志。feedandadditive

Selko提供顾客一个集成和全面的方法专注于饲料、健康和农场,并且提供了一个坚实的基础来保护动物从沙门氏菌和降低其水平和垂直传播到整个生产链。好处沙门氏菌控制完全集成的解决方案适合您支持动物卫生控制沙门氏菌的完整的包从饲料食物了解更多,请访问www.selko.com

CON T E N T S 22个问题焦点28沙门氏菌传播放缓肉鸡Giseli海姆&马科斯Rostagno Selko饲料添加剂40天然抗菌素对主要病原体,包括沙门氏菌大卫·阿里亚斯Diez Biovet S.A.ayx爱游戏官网app实验室24饲料卫生:食品安全的关键和支持家禽性能恩里克博士打算Anitox 35防止沙门氏菌的重要性在蛋鸡Freek博士Thomassen &•迪奥戈T .伊藤,亨德里克斯基因32层碳链脂肪酸自然控制策略减少沙门氏菌大卫。何曼思Agrimprove动物和动物食品中沙门氏菌的风险和控制面试42福利的核心鱼营养加雷思Butterfield嘉吉Aqua营养

CON T E N T S特殊故事新研究评估消化isomaltulose狗10 Kemin先打开试点实验室湿宠物食品13 FEFAC大豆采购指南更新conversion-free大豆标准82 Olmix获得是的Sinergy专业天然添加剂16 UFAC-UK揭示新的大型轧机升级76年红木扩大加工和采购能力80新闻报道全球AQUA饲料市场70 52工具提高原材料的效率和减少排放法比奥Cervellione, G.O.约翰森&路易斯做男管家,dsm-firmenich 58精确营养浮标罗非鱼健康&性能爱德华多Urbinati ADM动物营养47评估风险:虾饲料中霉菌毒素的存在2023年昕薇Koletsi, Alltech 55 F3 -未来的鱼饲料霉菌毒素管理启动磷虾60荷兰合作银行(RABOBANK)替代挑战:软需求和厄尔尼诺现象挑战水产养殖业影响养殖鱼类的营养健康和福利的文章66解开饲料添加剂在提高饲料适口性的意义Kalaiselvan Pandi & Amit野生鱼类营养与饲料技术,62年TNJFU研究员报告减少碳足迹Selko奶牛的饲料添加剂ayx爱游戏官网app

新闻6饲料和添加剂》杂志2023年7月敬意,动物营养举行了破土动工仪式在Njeru其新工厂,乌干达。这种先进设备将成为第一个专用aquafeed饮片植物在乌干达和公司的一个重要的里程碑。满负荷,工厂将有能力每年生产大约5万吨的鱼饲料,在东非市场迎合日益增长的需求。我们很自豪为乌干达的营养和食品安全,为鱼类的饮食中起着至关重要的作用。与野外捕捉停滞不前或下降,人口迅速增长,养殖鱼类已成为至关重要的来满足日益增长的需求。乌干达拥有潜力巨大的水产养殖,巨大的湖泊和有利的支持全年养鱼的水的温度。通过推出这种植物,该公司旨在提供一个积极的推动了水产养殖业在乌干达和周边国家。虽然行业近年来取得不错的增长,它需要负担得起的和可靠的质量发展提要。目前,大多数提要是进口的,但是我们当地工厂将提供更短,更灵活的供应链。”的敬意,我们相信在非洲的潜力,这就是为什么我们投资扩大足迹:在南非,埃及,埃塞俄比亚,最近与现代工厂在加纳和象牙海岸。 And now in Uganda," said Theo Smalbraak, Business Group Director of Africa & Middle East at De Heus. "The impact of this plant goes beyond employment at the facility itself. We anticipate a significant positive effect on employment among fish farmers and our suppliers, as we aim to replace imports and source raw materials such as maize, cassava, soy, and others locally as much as possible." Read more>> De Heus builds its first aquafeed plant in Uganda Cargill and partners announce methane emissions reduction methodology Beef producers are leading the way toward the future of sustainable agriculture and hold the ability to mitigate methane emissions that address climate change. To recognize these efforts and enable reduction value to be quantified, Cargill partnered with TREES Consulting to develop a Gold Standard-approved beef methodology that offers the global beef industry a framework for measuring methane emissions reduction using feed supplements that have been incorporated into beef cattle diets, such as SilvAir™. Gold Standard’s certification process allows climate and sustainable development initiatives to quantify, manage and maximize their impacts toward climate security and requires verifiable impact toward three or more of the United Nation’s Sustainable Development Goals. The new beef methodology defines a set of parameters that beef producers can adopt to quantify reductions in methane emissions, a greenhouse gas (GHG) that is derived from enteric fermentation (digestion process) in cattle through eructation (burping), as well as from manure handling. The new methodology is now available for beef producers worldwide to quantify, audit, and verify methane reductions, enabling them to register their GHG mitigation proj-

新闻FEED和添加剂》杂志2023年7月7日等对黄金标准认证。黄金标准的验证减排(更)可以在碳交易市场,允许信贷购买者直接支持的项目。这些努力也可以认识到在企业价值链,即牛肉生产商和食品公司占供应链减少温室气体排放,这有助于他们t3目标范围。“我们知道行业正在寻找更精确的工具来测量甲烷减少,”乔安娜·夏普说,嘉吉反刍动物的全球可持续性。爱游戏体育官网平台”生产商看看他们目前的生产效率和工作水平向可持续发展的目标,我们致力于寻找方法,以确保他们可以为他们的努力得到认可和奖励。作为我们的甲烷减排重点的一部分,这种方法是一个关键的一步打开新的可能性减少温室气体排放的牛肉供应链。”“改变农业实践可以帮助减少甲烷排放,和这个新方法为牛肉生产商提供了一种可靠地测量这些变化所带来的影响,”玛格丽特·金说,首席执行官的黄金标准。阅读更多> >新加坡本土创业Ento行业获得发展资金从一对ESG-focused私人投资者,达克围涌Te-Ling奈,将加快其搬到一个更大的设施和提高生产能力。通过昆虫的效用称为黑人士兵苍蝇(BSF), Ento行业超额部分食物垃圾生产可持续的,高质量的蛋白质产品,可以被纳入动物饲料的广泛的农场动物和宠物。这个过程也产生昆虫幼虫的粪便是加工成营养丰富的有机肥料用于园艺和种植业。 Supported by local food waste management company, Tiong Lam Supplies, Ento Industries was founded with a mission to resolve their society’s spiraling food-waste problem by expanding the number of food waste streams that can be upcycled and leveraging technologies to process the waste. According to the National Environmental Agency, food waste accounts for 12 percent of all waste generated in Singapore, and the 817,000 tonnes of food waste that was generated in 2021 was a 23 percent increase from 2020. “Our vision is to become the one-stop solution for all kinds of food waste and create a circular economy for our food manufacturing partners," said Nathaniel Phua, Founder and CEO of Ento Industries. With the new facility and proprietary automation system, we can address the growing demand for food waste processing and serve larger clients. The valorization of food waste into insect protein closes the loop on such waste types and addresses the need for more sustainable food sources, particularly for Singapore’s growing aquaculture industry.” Read more>> Ento Industries plans to move to larger facility with new funding

新闻8饲料和添加剂》杂志2023年7月BioZyme®公司宣布其最新国际合作伙伴之一,子公司公司g . Traikoudis & Co . Ltd .),该公司将作为一个营销伙伴,帮助提供AO-Biotics®组合为客户在希腊。成立于2005年的塞萨洛尼基,g . Traikoudis & co .生产饲料添加剂预混料和交易的是众所周知的。ayx爱游戏官网app“我们很兴奋有一个伙伴在这个地区欧洲帮助扩大我们的AO-Biotic添加剂范围,”Volker Altenbokum说BioZyme国际业务发展主任。“乔治Traikoudis,公司的创始人兼首席执行官是一个高质量的领导者和可持续农业产品和股票许多相同的值作为我们在BioZyme做的。”“我们非常兴奋与BioZyme Inc .,它有着悠久的历史作为一个全球领先的功能性饲料添加剂。ayx爱游戏官网app我们想一起学习和成长BioZyme,”总经理克里斯托Traikoudis表示公司的成员。阅读更多> > BioZyme伙伴g . Traikouidis & co .在希腊进一步支持宠物与胃和皮肤敏感性,帮助创建一个更健康和更可持续的未来,希尔的宠物营养,一个全球领先的科学营养,宣布其大众科学饮食敏感的胃和皮肤组合现在可以与MSC-certified阿拉斯加鳕鱼和昆虫的蛋白质。新的公式功能高质量,跟踪,wildcaught阿拉斯加鳕鱼从海洋管理委员会(MSC)认证的渔业、以及创新的昆虫蛋白(狗配方)。这些新的蛋白质来源代表希尔的关注科学创新,提供宠物不仅基于其营养,还承诺为子孙后代创造一个更美好的世界的宠物。“我们新的科学饮食敏感的胃和皮肤线扩展提供相同的科学,定制的营养和主要优点与原始科学饮食敏感的胃和皮肤产品但现在特性更可持续海鲜,”凯伦·谢诺博士说,美国首席兽医官山的宠物营养。“我们很自豪为宠物的父母提供一个新的、更可持续的方式喂养宠物,利用我们专注于用科学来真正改变生活。” According to the company's statement, the product's benefits include: • Highly digestible recipe that's gentle on the stomach • Vitamin E & Omega-6 fatty acids for skin & coat nourishment • Clinically proven antioxidants, Vitamin C+E, for a healthy immune system • Great taste with a savory fish flavor pets will enjoy Read more>> Hill's Pet Nutrition introduces new products featuring seafood and insect protein

新闻FEED和添加剂》杂志2023年7月9日遵循我们:www.dsm.com/anh如果不是我们,是谁?如果不是现在,更待何时?我们可以减少家畜排放的我们的热情和专业知识关注从奶牛设法减少温室气体排放。我们正在改变动物营养和健康建立一个可持续的未来,负责。

新闻10饲料和添加剂》杂志2023年7月由Lesaffre Phileo著名的巴利亚多利德的新工厂,西班牙。100多农业行业的客户和业务合作伙伴加入Phileo一个下午和晚上的网络和庆祝,后跟一个发人深省的研讨会题为《调和的星球,人们和利润产生积极的影响。可持续发展的一个不可或缺的方面是负责本地采购的原材料和成分。致力于可持续的农业食品工业和回答日益增长的需求,在巴利亚多利德Lesaffre建造一个新工厂的生产Selsaf®, Phileo富含有机硒的营养解决方案,和理想的位置,讨论未来,并检查可用的可持续农业和未来的解决方案。倡议的“170年来,其foundPhileo庆祝可持续农业的新工厂在西班牙一个新系列的体外和体内研究BENEO发起,由Corbee et al,评估isomaltulose的消化,以及狗的血糖和insulinaemic效果,相对于其他相关的碳水化合物来源。研究结果表明isomaltulose是一个合适的低的血糖成分用于狗粮,引发低消费后血糖上升。这个属性使其成为一个特别有趣的解决方案的潜在支持新陈代谢健康和体重管理。总的来说,研究由三个团队在乌得勒支,瓦赫宁根大学。第一,体外研究三只狗的小肠组织样本,评价isomaltulose的小肠水解相比蔗糖,麦芽糖、麦芽糊精、乳糖和ɑ海藻糖。目的是确认如果狗能消化isomaltulose,以及比较它与其他碳水化合物来源。研究结果表明,它可以消化犬肠道酶,酶活性较低与血糖高碳水化合物相比,表明水解的速度较慢。 The second and third studies compared the effects of isomaltulose, sucrose, and maltodextrin in an in-vivo setup. One of the studies assessed the glycaemic effects of the three carbohydrates in nine dogs using a 3x3 Latin square design. After an overnight fast, the blood glycaemia and insulinaemia were measured 0-180 minutes after the administration of a single dose of either isomaltulose, sucrose, or maltodextrin. The results showed that isomaltulose significantly lowered blood glucose and insulin responses in the dogs, compared to maltodextrin or sucrose. Commenting on the findings, Dr. Maygane Ronsmans, Product Manager of Animal Nutrition at BENEO said: “This research is of great importance as it offers the first comprehensive characterization of isomaltulose with respect to its digestibility and metabolic effects in dogs. The low glycaemic properties of isomaltulose already shown in other species, including humans, pigs, and rodents, have now been confirmed in dogs. The combined results of this study suggest that isomaltulose would be a suitable energy source in dog food, which contributes to a more stable blood glucose response, and may improve the dog’s metabolic profile and overall health.” Read more>> New studies evaluate digestion of isomaltulose in dogs

新闻FEED和添加剂》杂志2023年7月11日人路易Lesaffre和路易Bonduelle,集团建立了本身很强的创业精神,关心和不断满足客户的发展需要各领域的专业知识。的就职典礼这一新的selenium-enriched酵母工厂为动物营养部门服务的一个例子Lesaffre的愿望和客户一起发展和成长,合作的精神,”总经理说Brice-Audren富Lesaffre期间他的演讲。事件,Jean Baptiste Dolle研究所环境部门的主管de l 'elevage设置现场气候智能型农业、展示方法和工具如帽的2 r,开发评估气候变化的影响和水污染和评估生物多样性和碳封存的积极贡献牛奶和牛肉生产。一个实际的例子,低碳农业奶制品和牛肉是由Briche, Phileo西欧反刍动物经理数据展示Actisaf®, Phileo酵母益生菌有助于减少牛奶产量的气候影响。爱游戏体育官网平台博士伊丽莎白Santin ISI研究所巴西,公众的注意时,她强调避免氧化应激对动物的重要性,因为它已被证明损害他们的健康状况和导致免疫抑制和减少生产参数。露丝博士Raspoet共享这一愿景,并阐述了如何Selsaf®帮助身体抵抗氧化应激(这是有害的动物性能),在短期内(由于硒代半胱氨酸)和长期(由于硒代蛋氨酸),促进动物的自然防御系统。阅读更多> >颗粒,崩溃,粉和细粉形式。

新闻12饲料和添加剂》杂志2023年7月丹尼斯克动物营养与健康,敌我识别的业务单元,宣布其行业领先的植酸酶,Axtra®PHY黄金,已经授权了饲料中使用欧盟。“我们很高兴,Axtra®PHY黄金已被正式认证为安全有效的用于猪和家禽饲料在这个重要市场,”哈米什·欧文说,全球营销主管丹尼斯克动物营养与健康。“这意味着我们现在可以回应的需要在欧盟生产商证明饲料的解决方案,不仅支持他们的商业目标是更可持续的动物生产的最前沿。“Axtra®PHY黄金是一种高度bioefficacious植酸酶。它工作的速度比其他任何竞争对手的植酸酶分解肌醇六磷酸存在于谷物和其他常用的成分会干扰消化和动物的性能。这种先进模式的行动提高磷的释放和随后的吸收,钙,能量,和氨基酸,减少肌醇六磷酸酯的抗营养作用和交付更大的饲料成本节约。随着行业远离传统的无机磷酸盐(IP)的使用,由于担心环境的影响和波动价格和可用性,生产商需要有效的解决方案,不以牺牲性能或妥协动物福利。Axtra®PHY黄金已被证明方面扮演重要的角色在这个转向更可持续的营养策略通过无机磷酸盐的总替换一个可行的可能性。“在丹尼斯克动物营养与健康,我们致力于创新开发动物生产商更好的解决方案,”欧文说。“Axtra®PHY金证明了这一承诺,加强了我们的领导在植酸酶的酶,使一个现代的、更高级的提供全球动物营养行业。“阅读更多> >IFF introduces industry-leading phytase enzyme in the EU The vital role played by probiotics in maintaining an optimum poultry microbiome balance and the beneficial impact of the patented GO Technology® powered probiotic, Microsaf®, on the successful development of sustainable poultry production were two of the highlights presented to around 100 poultry professionals during a satellite symposium at the 23rd European Symposium on Poultry Nutrition (ESPN) in Italy. Organized by Phileo by Lesaffre, the satellite session featured presentations by Dr. Ralph Rosenbaum, from IRTA Spain; Professor Todd Applegate from the University of Georgia, USA; Dr. Rober Kemperman from Lesaffre Institute of Science and Technology (LIST), and Dr. Alain Riggi, Phileo’s Global Poultry Manager. The keynote message from Dr Rosenbaum centered on the application of a shared holistic strategy and action plan, as designed for the pursuit of sustainable poultry production. Addressing the need to identify the right pathways to achieve a sustainable poultry industry, Dr Rosenbaum took his audience Phileo delegates explore role of probiotics in sustainable poultry production

新闻FEED和添加剂》杂志2023年7月13日通过一系列的场景基于从哪里开始,如果他们要达到很大的影响。教授阿普尔盖特紧随其后回顾最新的研究结果对家禽肠道菌群平衡,是研究有关当前动荡的饲料原料的使用。探索“宏观”在肉鸡营养微生物代谢物的影响;“难消化”的影响肠道微生物反应,和益生菌的影响和作用领域,阿普尔盖特教授把至关重要的关系,特别注意维护之间存在一个平衡的微生物和成功的家禽养殖。Kemperman博士解释的特性和好处Phileo通过Lesaffre专属3-patent萌发优化技术®®(技术),最先进的流程旨在促进更快和更强的芽孢杆菌孢子萌发。走技术®,他告诉聚会,最大化的影响Microsaf®在短的运输时间4 - 6小时,时间框架已被证明适用于大多数鸡。会话结束审查里奇博士的试验结果的广泛关注的影响Microsaf®可持续家禽生产和在这种系统强调益生菌的功效。阅读更多> > Kemin行业,致力于可持续的全球原料制造商将每天的生活质量为80%的世界以其产品和服务,介绍了研究和勘探服务Kemin Nutrisurance,公司的宠物食品和渲染技术业务单元的就职典礼Kemin首次湿宠物食品试点实验室在其全球总部在得梅因,爱荷华州,美国湿宠物食品实验室试验的一个关键特性Kemin Nutrisurance领先的研究方法、开发、和服务,允许业务部门和客户创建、测试和验证宠物食品和糖果,包括粗磨和湿反驳产品,帮助更好地预测大规模的结果。最先进的设备生产能力和检测能力比大多数研发(R&D)实验室,但规模较小的灵活性。Kemin Nutrisurance现在可以扩大其创新的产品与客户和合作伙伴来帮助测试和数据验证其产品的方方面面。 A ribbon cutting was held on July 20 to officially open the new wet pet food pilot lab. The event showcased how Kemin Nutrisurance's Research and Exploration Services will enhance co-creation with customers and assist in replicating pet food formulas for both new and established products. With a dedicated space to develop wet pet food, as well as test dry kibble coating, Kemin Nutrisurance can now provide customers with all-encompassing analyses, from raw meat products to packaging to pet satisfaction. "Our value-added Research and Exploration Services allow customers to speed up product creation and testing," said Dr. Jason Shelton, Vice President of R&D, at Kemin Nutrisurance. "The accuracy and start-to-finish approach of Kemin's testing provides third-party validation of pet food, giving customers assurance that they are meeting regulatory standards and consumer expectations." Read more>> Kemin opens first pilot lab for wet pet food

新闻14饲料和添加剂》杂志2023年7月三个新的家禽研究公布在家禽科学协会(PSA) 2023年年会在费城。新的研究集中在益生菌菌株用于家禽饲养,显示的好处具体挑战的家禽部门:球虫病的挑战,坏死性肠炎的挑战,和鸡蛋和骨矿化在铺设周期延长。奥黛丽Sacy、家禽Lallemand动物营养应用经理说:“我们非常自豪地目前进行的三个试验由于家禽与领先的国际知名专家合作研究电视台如大学在希腊塞萨洛尼基。这已经是我们第三个参与主要家禽国会而不是去年,与研究跨越挑战现代家禽生产的许多领域如球虫病、微生物群,炎症,蛋品质、骨矿化,肠道健康,小母鸡质量、坏死性肠炎的挑战。”"Our poultry research strategy today is to keep investing in main poultry production challenges working with key opinion leaders, while also supporting field trials in commercial conditions close to the end-users. We also focus on developing onfarm practical tools to monitor visible signs in these field trials," she added. Read more>> Addressing poultry farming challenges with probiotics CAT opens Shrimp Genetics Innovation Center The global growth of the shrimp industry is placing significant pressure on producers to enhance efficiency and reduce mortality, presenting them with ongoing challenges. To facilitate research aimed at delivering impactful solutions, The Center for Aquaculture Technologies (CAT) announced the opening of the Shrimp Genetics Innovation Center. This state-of-the-art facility features a cutting-edge genome editing lab and tank space, effectively quadrupling CAT’s shrimp research capacity. The facility’s opening sets the stage for revolutionizing shrimp genetic performance and accelerating next-generation breeding through the application of innovative genome editing techniques. Matt Stone, Facility Manager, looks forward to benefiting clients, stating, “The increase in rearing and research capacity means we are even better prepared to deliver innovations to boost efficiency in the shrimp industry through genome editing. Our team is excited to be working in this new space and looks forward to helping clients achieve their goals.” Dr. John Buchanan, CEO, touched on the broader impacts of this move, stating, “With this investment, we have further solidified our position as a leader in the delivery of impactful genetic solutions to help shrimp producers feed the world more efficiently.” By opening this facility at their San Diego location, the staff of the Shrimp Genetics Innovation Center can benefit from a synergistic relationship with CAT Finfish Genetics Innovation Center. Read more>>

新闻FEED和添加剂》杂志2023年7月15日

新闻16饲料和添加剂》杂志2023年7月VAFO集团完成收购狗&杂种狗,宠物食品英国发展最快的公司之一。、价值百万欧元的协议是一个成功的顶峰两家公司之间的合作,始于2020年当VAFO收购英国公司的少数股权。VAFO集团,狗和小狗的长期生产合作伙伴,在狗和小狗少数股份,2020年增加到2022年的40%,现在已经获得了最后的60%。在VAFO金融和生产的支持下,狗和小狗已经超过400%在过去的几年里,有望营业额£2023年18米。根据公司的声明,狗和小狗的创始人家伙Blaskey,将继续在狗和小狗CVO(有远见的总监)以及继续他的角色VAFO集团的管理团队。狗的日常运行和杂种狗将由医学博士保罗•丹尼森一直在这个角色做一个出色的工作在过去的12个月,狗和小狗一起出色的管理团队。“我们一直的一部分VAFO家庭了几年,它真的感觉像一个家庭。我们都一致做出好质量的产品帮助宠物过上最好的生活,”盖伊Blaskey说。“与许多公司的收购,这不是一个运动效率和削减成本。VAFO支持我们的增长在过去的几年里,在此期间我们工作人员增加了两倍,四足动物我们的营业额,一系列令人惊叹的新产品的开发。 The success is not just about the Pooch & Mutt brand. As part of the VAFO family, we are the UK representatives for all of their manufacturing capabilities, which are the best and broadest in the European pet food market." “Pooch & Mutt’s growth since our first investment has been incredible,” said Petr Kriz, the VAFO Group board member responsible for M&A and strategy. Read more>> VAFO Group completes acquisition of Pooch & Mutt Olmix Group, a global specialist in natural solutions for agriculture, acquired Yes Sinergy, a Brazilian biotech company specializing in natural additives for animal nutrition and welfare. With the acquisition of Yes Sinergy, Olmix Group is pursuing its international development, positioning itself as a major supplier of bio-sourced solutions for agriculture. The Group now generates revenues of more than €200 million, including nearly €150 million in animal nutrition, health, and welfare. The consolidation of the two companies is based on their complementary strengths, both geographical and technological, as well as their shared ambition of combining economic performance with the transition to more sustainable farming models. The operation builds on the companies’ shared values focused on a scientific approach to knowledge and the essential role of innovation based on bio-sourced materials: seaweed for Olmix and sugar-cane yeast for Yes Sinergy. Olmix acquires Yes Sinergy specialized in natural additives

新闻FEED和添加剂》杂志2023年7月17日排名中南美洲的领导人bio-sourced添加剂市场,是的Sinergy生成收入超过€4000万。的组合Olmix是的Sinergy发展的一个新的里程碑Olmix动物保健业务单元。通过这次收购,Olmix集团重申其国际野心和职位本身作为一个领导者在bio-sourced解动物营养、健康和福利。此次收购将提高是的Sinergy的销售、技术和研发资源,使公司实现其增长在欧洲和亚洲市场。同时,Olmix集成的是的Sinergy将加速其发展在拉丁美洲,是世界上最具活力的农业市场,宠物护理市场渗透和补充的牲畜自然的解决方案。Olmix集团首席执行官罗伯特•克拉珀姆说:“生物技术公司的收购是的Sinergy是完全符合动物保健业务单元的发展计划。我确信之旅的领导下鲁阿尔,最近到达的这个业务,两个团队的专业知识和技能相结合,将刺激创新和增长我们的bio-sourced解决方案。“阅读更多> >

新闻18饲料和添加剂》杂志2023年7月由Lesaffre Phileo将举行第二次全球虚拟事件Phileo微生物群天10月3 - 4日,2023年。虚拟会议将提供一个概览的最新科学成果和未来发展相关的微生物群及其对动物健康的重要性。由于去年的成功,Phileo Lesaffre加速其关注微生物群和虚拟行业投资事件发生10月3和4。高水平的主题演讲将由来自学术界的科学家,机构,从欧罗巴和行业,美国和亚洲。其次是著名科学家&关键意见领袖和Phileo的专家,谁将进一步阐述微生物群的形式特定主题。在活动期间,将会有超过28演讲围绕4个主题。4主要议题宣布目前包括以下几点:1。病原体微生物群2的影响。微生物群之间的相互作用和宿主反应3。营养的力量积极影响微生物群4。 Technological tools and strategies for culturing a healthy microbiota. The aim of the Microbiota days is to promote the unifying concept that a balanced microbiota drives animal health and performance. Participants at the Phileo Microbiota days will have two days of live presentations focused on the role of gut and rumen microbiome in animal production and the dynamic and essential role gut health plays. Read more>> Phileo Microbiota Days to be held on October 3-4 Si-Ware Systems, a leading provider of integrated Near Infrared spectroscopy solutions, and Dairyland Laboratories, a renowned agricultural testing laboratory, announced its collaboration in offering an innovative handheld analytical solution tailored for the analysis of feed and feed ingredients, with a specific focus on enhancing operations within feed mills. This comprehensive solution aims to save time, cost, and effort for feed mills, ensuring higher productivity, improved quality control, and easier record management for compliance with FSMA regulations. The partnership leverages Si-Ware Systems' all-inone NeoSpectra platform and Dairyland Laboratories' proficiency in feed testing. By combining their strengths, the two companies have developed a powerful tool that enables feed mills to perform accurate analyses more often and in less time. Kyle Taysom, CEO of Dairyland Laboratories, expressed his enthusiasm about the collaboration, stating, “In a world where quality assurance testing for feed mills required samples to be sent off to a lab, the number of decisions those tests could inform was severely restricted to simple compliance and long-term trend analysis. With NeoSpectra, feed mills now have access to practical real-time analysis which opens completely new decision points and actions that can be taken to improve feed quality and consistency.” Read more>> Si-Ware and Dairyland join forces to provide analytical solutions to feed mills

新闻FEED和添加剂》杂志2023年7月19日注册了!2023年10月3日& 4 th由于去年成功,Phileo加速其关注微生物群和投资于一个虚拟工业事件发生10月3和4,2023。高水平的主题演讲将由来自学术界的科学家,机构,从欧罗巴和行业,美国和亚洲。其次是著名的科学家和关键意见领袖,和我们自己的Phileo专家,谁将进一步阐述微生物群的形式特定主题。超过28演讲围绕四个主题:•病原体对微生物群的影响•微生物群与宿主相互作用响应•营养微生物群积极影响的力量•技术工具和策略培养健康的微生物群。微生物群的目的是促进统一的概念,一个平衡的微生物群驱动动物健康和性能。参与者Phileo微生物群天将有两天的现场演示集中在肠道和瘤胃微生物的作用在动物生产和动态和肠道健康发挥重要作用。完整的项目将提供。微生物群天回来今年10月3和4,2023。Phileo的全球虚拟事件给容易获得高级会谈自己的办公桌。 Our event speakers phileo-microbiota-days.com 3rd & 4th OCTOBER 2023 Prof. S. BLANQUET Université de Clermont-Ferrand. Fr. J.B. DARODES DE TAILLY Phileo by Lesaffre Prof. L.F. CARON Immunova - Brazil Prof. L. BAUMGARD Iowa State University USA Prof. P. TREVISI University of Bologna. Italy Dr. A. ADIB-LESAUX Phileo by Lesaffre Dr. H. DERAKHSHANI University of Manitoba. Canada Dr. R. GUABARIBA INRAe Fr. Dr. M. KOGUT USDA USA Dr. S. KANTI KAR Wageningen Livestock Research - NL Prof. T. OPRIESSNIG University of Edinburgh. UK Dr. A. RIGGI Phileo by Lesaffre Dr. I. RYCHLIK Veterinary Research Inst. of Brno - CZ Rep. Dr. L. RHAYAT Phileo by Lesaffre Prof. G.ROSSI University of Camerino. Italy Dr. E. SANTIN Advisor for R&D and Sustainability - Brazil Prof. G. ANTONISSEN University of Ghent. Belgium Dr. A.T. GONÇALVES SPAROS Portugal Dr. M. TERRA-LONG Phileo by Lesaffre

新闻20饲料和添加剂》杂志2023年7月其产品的环境影响Nor-Feed Nor-Feed措施,发展自然选择基于植物和植物提取物对动物营养和健康自2003年成立以来,宣布进行生命周期分析(LCA)的产品作为企业社会责任的一部分(企业社会责任)策略。的lca Nor-Feed所有主要产品进行了著名的咨询公司的帮助下EVEA。测量NorFeed产品的环境影响,具有第一评估碳排放,水消耗,和农业用地的使用从植物生产到成品。然后,使用Nor-Feed产品的影响在畜牧生产证明,强调Nor-Feed解决方案的兴趣减少畜牧业生产对环境的影响。这项研究由EVEA演示了用合成维生素E的好处与标准化的葡萄提取物,以及使用柠檬提取物的好处减少肉类生产对环境的影响。目前获得的数据可用于Nor-Feed的主要产品,也是科学出版物的主题。阅读更多> > ForFarmers / Tasomix同意Piast Pasze Sp. z.o.o.合并他们的饲料活动。的体积ForFarmers / Tasomix将因此增加410000吨。此外,ForFarmers / Tasomix肉用鸡部门将加强它的位置。交易正在等待批准,波兰竞争权威。 Closing of the transaction is expected to take place in the fourth quarter of 2023. ForFarmers/Tasomix is a large feed producer with over 30 years of experience in the Polish market. The company has a strong position in the poultry sector and also focuses on growing its position in both the ruminant and pig sectors. One of the strategic objectives of ForFarmers/Tasomix is to expand in the attractive Polish agricultural market. The acquisition of Piast is entirely in line with this objective. Pawel Swierkula, Managing Director of ForFarmers/Tasomix, commented: “This cooperation is a great step forward for both parties. Piast and ForFarmers/ Tasomix have similar company cultures and the same attitude toward customers. Working together offers us a larger operating area in centers of growth in our country and will therefore help us to enhance the solid platform to further develop and improve a sustainable future for our business.” Adam Plewiński, co-owner of Piast, stated: “We are very optimistic about the transfer of our feed activities to ForFarmers/Tasomix. This will bring many benefits and new perspectives to our customers who will be able to benefit from the vast experience and knowledge that this international company has. We look forward to working with their management to make this transaction a success.” Read more>> ForFarmers acquires feed producer Piast in Poland

新闻FEED和添加剂》杂志2023年7月21日

问题焦点饲料和添加剂》杂志2023年8月22日沙门氏菌风险和控制动物和动物的食物

问题焦点饲料和添加剂》杂志2023年8月23日碳链脂肪酸自然控制策略减少沙门氏菌殖民大卫。何曼思Agrimprove饲料卫生:食品安全的关键和支持家禽性能恩里克博士打算Anitox沙门氏菌传播放缓肉鸡Giseli海姆&马科斯Rostagno Selko饲料添加剂防止沙门氏菌的重要性在蛋鸡Freek博士Thomassen &•迪奥戈t .伊藤,亨德里克斯遗传学层天然抗菌素对主要病原体,包括沙门氏菌大卫·阿里亚斯Diez Biovet S.A.实验室ayx爱游戏官网app

问题焦点24饲料和添加剂》杂志2023年8月饲料是最昂贵的家禽养殖的和有影响力的因素。成功的家禽养殖的质量很大程度上取决于喂鸟,它允许他们表达他们的遗传潜力。高品质的饲料是动物卫生和食品安全的一个至关重要的方面。微生物负载饲料质量的一个重要方面。提要源病原体影响家禽健康和生产力,以及人类的食品安全,可以在饲料和饲料原料生长和繁殖,也与主机争夺营养。生物安全措施是为了防止各级提要源的介绍和传播病原体的生产过程。所有这些措施,包括限制访问、疫苗接种、清洁和消毒的设施,水环境卫生、垃圾管理、啮齿动物和害虫防治的目的是建立行分离鸟类和外面的潜在污染来源。由于饲料的重要卷和集中的性质,可以达到在很短的时间,大量的农场饲料病原体的控制是一个基本块在每个生物安全程序。研究表明,一个数组的病原体,如沙门氏菌、梭状芽胞杆菌,可以在饲料加工厂和设备和传播通过饲料和饲料原料,使用它们作为运营商访问卡车、筒仓、馈线系统,和鸟类下游。提要是系统在生产链每日反复传播,使其成为最重要的生物安全程序的关键控制点。 FEED SANITATION IS AN EFFECTIVE STRATEGY FOR SALMONELLA CONTROL Salmonella control is important in food and feed production, as it is a pathogen of significance for animal and human health. As one of the most extensively researched feed-source pathogens it has been clearly evidenced that Salmonella can be present in the raw materials, the finished feed, and even in the equipment used for processing, leading to serious consequences such as product recalls and financial losses. Over 500 publications have linked Salmonella to animal feeds and feed ingredients. “Salmonella control is important in food and feed production, as it is a pathogen of significance for animal and human health. As one of the most extensively researched feed-source pathogens it has been clearly evidenced that Salmonella can be present in the raw materials, the finished feed, and even in the equipment used for processing, leading to serious consequences such as product recalls and financial losses.” FEED SANITATION: KEY TO FOOD SAFETY AND SUPPORTING POULTRY PERFORMANCE Dr. Enrique Montiel Global Director of Nutrition and Live Production Anitox

问题焦点饲料和添加剂》杂志2023年8月25日铣和生活生产过程可以创建为沙门氏菌的繁荣提供了理想的环境。饲料加工生成热量和水分,促进沙门氏菌的生长。另外,沙门氏菌可以在饲料粉碎机机械、卡车和其他领域与饲料生产,从而导致污染的饲料。这可能导致重复曝光的农场和羊群沙门氏菌通过受污染的饲料。研究表明沙门氏菌感染率最高的是原料接收、经过制片机后减少,但增加了之前的消费。最近的文献综述表明,饲料占4.8%,沙门氏菌的发生在家禽生产系统(王等人,2023)。尤其应该引起关注,因为饲料有独特的能力在胃肠道中引入病原体的动物,然后增加细菌的患病率在粪便和垃圾,最终导致更多的繁殖和生长设施内的横向传播,一个概念没有广泛的探索。尽管大多数钢厂协议来防止沙门氏菌饲料生产的引入,这些协议可能导致生产力下降,由于额外的停机时间和成本去污过程和损害的声誉和合同。生活生产中控制沙门氏菌是最好通过减轻其进入系统。饲料卫生处理涉及使用杀菌化合物减少微生物污染和提供长期病原体的控制。 Studies have shown that Termin-8®, a formaldehyde-based feed sanitizer, is effective at reducing Salmonella contamination in feed and preventing recontamination. More recently, a formaldehyde-free feed sanitizer, Finio®, was found to control Salmonella more effectively than organic acid blends. To safeguard your feed from being contaminated by Salmonella, it is crucial to understand the microbial load at various stages of feed production, including before and after production. While Salmonella is a primary concern pertaining to food safety, evaluating the overall microbial profile can be a better indicator of feed quality and safety. Effective feed pathogen control can help to strengthen biosecurity, protect the entire food chain and improve poultry performance. Product (A to D) and concentration (kg per metric tonne) Untreated A (0.5) A (1.0) A (1.5) A (2.0) A (2.5) B (3.0) B (6.0) C (3.0) C (6.0) D (3.0) * * * * * * * D (6.0) Mean log count (CFU per gram) Figure 1. Finio®, Anitox Feed Sanitizer depicted as product A, shows a clear dose-response achieving 98.5% Salmonella reduction at 2.5 kg/MT. (Source: Gosling et. al., 2021)

问题焦点饲料和添加剂》杂志2023年8月26日控制家禽饲料微生物负载支持性能家禽的健康和性能深受健康的肠道微生物组。保持这种平衡是至关重要的保护肠道组织和预防疾病。变量内的微生物负荷饲料可以挑战微生物,导致微生物种群和生态失调的转变。高微生物负载在饲料可以造成严重的健康和性能问题,为肠道内杯状细胞增殖并产生粘液,所需的能量来克服挑战。沙门氏菌、大肠杆菌和梭状芽胞杆菌是常见的病原体在饲料,发现高的和相关的微生物负载。控制微生物负载饲料可以帮助提高性能。例如,perfringens梭状芽胞杆菌是一种微生物,可以引起严重的健康问题时异常增生在肠道菌群失衡。正在进行的研究的初步结果表明,减少饲料微生物负载可以支持一个健康的微生物区系的发展,降低病变的严重程度和死亡率,提高增重和饲料转化率在肉鸡的坏死性肠炎的挑战。这些发现说明减少微生物负载和减少输入提要源病原体流行支持烤焙用具卫生和性能。然而,进一步的研究是需要了解饲料卫生直接影响微生物和肠道健康。 Feed sanitizers, such as Termin-8® % NE Mortality D7-35 % M&R D7-35 20.08% 12.85% 25.76% 21.88% 48.11% 39.58% Control Diet Feed Sanitized (D0- D17) Feed Sanitized (D0- D35) Figure 2. Compared to broilers fed a control diet, broilers fed sanitized feed had lower NE-related mortality as well as mortality and removal (M&R) in a NE challenge model. CFU/g (Log10) 6 5 4 3 2 1 0 Control Feed Sanitized Feed Total Aerobic Bacteria Enterobacteriacaeae Yeast and Molds C. Perfringens Figure 3. Feed Sanitizer, Termin-8®, Reduces Feed Microbial Loads Compared to Control Feed (Source: Avila et al., 2023)

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