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Rabies Vaccines: Its Role, Challenges, Considerations and Implications for the Global Control and Possible Eradication of Rabies

机译:狂犬病疫苗:其在全球控制和可能消除狂犬病中的作用,挑战,考虑和启示

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This review reports on the rabies vaccines: Its role, considerations and implications for the global control and possible eradication of rabies. Attempts to control human rabies have a long history; animal and human vaccines provide efficient weapons for prevention. Vaccines are one of the m ost effective public health interventions. Vaccines are the basis of the medical and veterinary medical future. Rabies vaccine is made from killed rabies virus. Rabies vaccine can prevent rabies. It is offered to people at high risk of exposure. The primary intention of vaccine is to produce stimulation to the cellular immune system, via the production of antibodies. Methods for Rabies Virus (RABV) manipulation have changed fundamentally from random attenuation to defined modifications. In 2001, WHO issued a resolution for the complete replacement of nerve tissue vaccines by 2006 with cell-culture rabies vaccines? In recent years, purified and concentrated Vero cell rabies vaccines using the 3aG and CTN-1 strains have been developed. The Purified Vero Rabies Vaccines (PVRV), is also being developed to meet the increasing demand for human rabies vaccine. However, for animals, all fixed RABV strains recommended by WHO, such as PVRV, Challenge Virus Standard (CVS), Flury-Low Egg Passage (LEP), High Egg Passage (HEP), Evelyn-Rokitnicki-Abelseth (ERA), and SAD variants, have been successfully used in industrialized countries, where rabies is well controlled. Any potent rabies vaccine will protect against rabies. A vaccine, like any medicine, is capable of causing serious problems, such as severe allergic reactions, though the risk of causing serious harm, or death, is extremely small and very rare. As international concerns increased, several corrective actions have been implemented in many countries since 2005, which aimed at improving vaccination protocols and a consistent vaccination strategy aiming to eliminate the residual focus. However, we should bear in mind that vaccination is still the key to prevent rabies in small animals and transmission to human beings. It is hoped that the various strategies, well coordinated and corrective actions and initiatives for global control of rabies, to make important contributions in stemming the magnitudes, roles and implications of vaccines for global control and possible eradication of rabies and other rabies-related viruses which poses threat to global public health.
机译:这篇综述报告了狂犬病疫苗:其在全球控制和可能消灭狂犬病方面的作用,考虑因素和影响。控制人类狂犬病的历史悠久。动物和人类疫苗为预防提供了有效的武器。疫苗是最有效的公共卫生干预措施之一。疫苗是医学和兽医学未来的基础。狂犬病疫苗是由狂犬病病毒制成的。狂犬病疫苗可以预防狂犬病。它提供给有高暴露风险的人。疫苗的主要目的是通过产生抗体来刺激细胞免疫系统。狂犬病病毒(RABV)操纵方法已从根本上改变为从随机衰减到定义的修饰。 2001年,世卫组织发布了一项决议,要求在2006年前用细胞培养狂犬病疫苗完全替代神经组织疫苗。近年来,已经开发了使用3aG和CTN-1菌株纯化和浓缩的Vero细胞狂犬病疫苗。还开发了纯Vero狂犬病疫苗(PVRV),以满足对人类狂犬病疫苗日益增长的需求。但是,对于动物,世卫组织推荐的所有固定的RABV株,例如PVRV,挑战病毒标准(CVS),低卵通量(LEP),高卵通量(HEP),Evelyn-Rokitnicki-Abelseth(ERA)和SAD变体已在狂犬病得到很好控制的工业化国家中成功使用。任何有效的狂犬病疫苗都可以预防狂犬病。像任何药物一样,疫苗能够引起严重问题,例如严重的过敏反应,尽管引起严重伤害或死亡的风险非常小且非常罕见。随着国际关注的加剧,自2005年以来,许多国家已采取了多项纠正措施,旨在改善疫苗接种规程和旨在消除残留重点的一致疫苗接种战略。但是,我们应该记住,疫苗接种仍然是预防小动物狂犬病和传播给人类的关键。希望采取各种战略,协调一致的纠正措施和全球控制狂犬病的举措,为遏制疫苗对全球控制以及可能消灭狂犬病和其他与狂犬病有关的病毒的规模,作用和影响作出重要贡献。对全球公共卫生构成威胁。

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