Hotez Peter
Departments of Pediatrics, Molecular Virology & Microbiology, Baylor College of Medicine, TX, USA.
Linacre Q. 2024 Aug;91(3):254-264. doi: 10.1177/00243639241245105. Epub 2024 Apr 11.
The central tenets of international scientific collaborations leading to the development, testing, and the equitable distribution vaccines to combat poliomyelitis, smallpox, COVID-19, and other devasting infections, first accelerated in the mid-twentieth century. The genesis of vaccine science diplomacy also coincides with the publication of () shortly after the death of its author, the French Jesuit priest and scientist, Dr. Teilhard de Jardin. Several tenets of Teilhard's posthumous essay, including our collective consciousness, and the "conjugated faces" of science and religion, are relevant to a modern vaccine diplomacy framework, even if Teilhard may not have specifically addressed vaccines in his writings. This could also include the potential for arriving at an "omega point" through international scientific collaboration and joint vaccine development, while simultaneously avoiding the destructive forces of anti-vaccine or anti-science activism. Collaborations between the Vatican, Catholic research universities and institutions; and leaders of the Catholic-majority nations in Africa, Asia, and Latin America in an integrated framework might accelerate these activities as they apply to both pandemic threats and neglected diseases of poverty.
国际科学合作的核心原则是推动疫苗的研发、测试及公平分配,以对抗脊髓灰质炎、天花、新冠疫情及其他毁灭性感染,这一进程在20世纪中叶首次加速。疫苗科学外交的起源也与()的出版相契合,该书作者是法国耶稣会牧师兼科学家德日进博士,在他去世后不久出版。德日进死后文章中的几个原则,包括我们的集体意识,以及科学与宗教的“共轭面”,都与现代疫苗外交框架相关,即便德日进在其著作中可能并未专门论述疫苗。这还可能包括通过国际科学合作和联合疫苗研发达成“欧米加点”的潜力,同时避免反疫苗或反科学激进主义的破坏力。梵蒂冈、天主教研究型大学和机构,以及非洲、亚洲和拉丁美洲天主教占多数国家的领导人在一个综合框架内开展合作,可能会加速这些针对大流行威胁和被忽视的贫困疾病的行动。