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    2021-EACR

    eacr |年度会议

    Visit our virtual booth in June to discover our expanded oncology portfolio.

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    Envigo的职业机会raybetAPP

    如果您想成为塑造我们未来的团队的一部分,那么请访问我们目前的职位空间的职业职业门户。

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    raybetAPPEnvigo的2021产品指南

    Let us help you achieve your unique research goals. Access our 2020-2021 product guide to explore our expanded research models and services.

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    美国癌症研究协会|年度会议
    4月10日至15日和5月17日至21日,2021年AACR年会会议计划涵盖了癌症研究的最新发现 - 从人口科学和预防;癌症生物学,翻译,a ...
    European Association for Cancer Research 2021 | Annual meeting
    6月9日至12日,2021年EACR 2021是一个虚拟的四天大会,致力于宽阔的主题广泛的基本,临床前和翻译癌症研究。它将突出最新的研究并带来tog ...
    预测:肿瘤模型2021
    7月13日至15日,2021年肿瘤模型会议系列致力于探索应用临床前模型的最新进展,以增强从长凳到患者的癌症治疗的翻译....
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    Envigo to acquire research models business unit from Horizon
    允许EngigraybetAPPo是标准研究模型的领先供应商,为其全球客户群地平线转基因模型生成和合同育种专题提供转基因研究模式和相关服务。
    LabCorp and Envigo complete innovative transactions
    LabCorp acquires Envigo’s global nonclinical contract research business, Envigo acquires LabCorp’s Covance Research Products business Burlington, N.C., and Indianapolis, Ind. — June 3, 2019 — LabCorp® (NYSE: LH),...
    LabCorp and Envigo sign innovative agreement to expand Covance's nonclinical drug development capabilities and create an independent research models provider
    Labcorp将购买Envigo的非卷轴合同raybetAPP研究服务业务,扩大Covance非临床药物开发业务Envig雷竞技LOL投注o的研究模型的全球范围和能力......
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    白皮书

    The Negative Impacts of Pinworms in Laboratory Animal Research

    Pinworms are an insidious and common threat to research utilizing laboratory mice and rats. This pest can adversely affect the reproducibility and reliability of research findings. Moreover, the parasitic load and adverse effects caused by pinworms can be even more pronounced in immunodeficient animals.

    Case study

    Cannulock™ Buttons Extend Catheter Patency in Rodents

    Looking to enhance the 3Rs and increase catheter patency at the same time? Cannulock™ Buttons can help. This innovative closed system improves animal and technician welfare while increasing catheter patency.

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    PDX, CDX and Allograft Growth in the R2G2® Mouse

    最近的三项研究明确说明:R2G2®鼠标非常适合产生PDX,CDX和同种异体型模型的临床前癌症研究。与NSGTM小鼠和可耐受性雌激素补充剂相比,R2G2®鼠标表现出降低的放射敏感性,并合理地良好地进行了三种护理疗法化疗药物。此外,与其他传统使用的免疫缺陷菌株相比,R2G2®小鼠具有更高的采取率和更有利的肿瘤生长。

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