C-C Chemokine Receptor Seven (CCR7): Coming of Age In Vaccines

C. A. Bill, Olga B Soto, C. Vines
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Abstract

In casual conversation with non-medical individuals, it is common for them to ask: why do we not have a cure for cancer or vaccinations for all diseases? It seems somewhat logical to assume that after so many years of research that cures should be readily available, diseases in general should simply require a pill or jab and that somehow, if scientists are not deliberately hiding these cures, then they must be asleep at the wheel. A typical response to such questions focuses on the complexity of the different cancers/diseases and that there will be no “one cure fits all”. When it comes to vaccinations, there is absolutely no doubt that many vaccines are extremely effective and a multitude of publications can attest to this and cite how many lives have been saved because of our vaccination programs; indeed, vaccinations typically pop up on a list of reasons why humans today are living substantially longer than at any previous time in history.1-3 Nevertheless, there is always an overriding and to some extent embarrassing realization that despite the relative success of vaccines we still do not, for the most part, know how to make consistently effective vaccines and that often it boils down to a trial and error procedure to establish the best vaccine for a given target
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C-C趋化因子受体7 (CCR7):疫苗的成熟
在与非医学人士的随意交谈中,他们通常会问:为什么我们不能治愈癌症或为所有疾病接种疫苗?经过这么多年的研究,治疗方法应该很容易获得,一般的疾病应该只需要一粒药丸或一针注射,这样的假设似乎有些合乎逻辑,如果科学家不是故意隐瞒这些治疗方法,那么他们一定是玩忽职守。对这类问题的典型回答集中在不同癌症/疾病的复杂性上,并且没有“一刀切”的方法。说到接种疫苗,毫无疑问,许多疫苗都是非常有效的,大量的出版物可以证明这一点,并引用我们的疫苗接种计划挽救了多少生命;事实上,疫苗接种通常会出现在当今人类比历史上任何时候都长寿的原因清单上。然而,总有一种凌驾一切的、在某种程度上令人尴尬的认识,即尽管疫苗取得了相对的成功,但在很大程度上,我们仍然不知道如何制造一贯有效的疫苗,而且往往归结为针对特定目标建立最佳疫苗的试验和错误过程
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