Schade Rüdiger, Calzado Esteban Gutierrez, Sarmiento Rodolfo, Chacana Pablo Anibal, Porankiewicz-Asplund Joanna, Terzolo Horacio Raul
Institute of Pharmacology and Toxicology, Medical Faculty (Charité) of Humboldt University, Dorotheenstrasse 94, 10117 Berlin, Germany.
Altern Lab Anim. 2005 Apr;33(2):129-54. doi: 10.1177/026119290503300208.
The production of antibodies (Abs) in chickens and the extraction of specific Abs from egg yolk (IgY Abs) are increasingly attracting the interest of the scientific community, as demonstrated by the significant growth of the IgY literature. This review offers detailed and comprehensive information about IgY-technology, including: a) possibilities for hen keeping in accordance with the Three Rs principles; b) new insights into the IgY transfer mechanism from blood to yolk as a biological basis for the technology; c) the comparative characteristics of IgY Abs and IgG Abs; d) the high efficacy of the technique, in view of the extraordinary amount of IgY Ab produced by one hen in one year (between 20 g and 40 g IgY in total); e) comparisons between the efficacies of IgY Abs and IgG Abs (rabbit, sheep, mouse) in several immunological assays; f) immunisation protocols, as well as the most commonly used IgY-extraction procedures; g) new possibilities for application in human and veterinary medicine, including strategies for the treatment of Helicobacter pylori infection or fatal intestinal diseases in children, particularly in poor countries, for reducing the use of antibiotics, and, in Asia and South America, for producing Abs against snake, spider and scorpion venoms; and h) the use of IgY Abs in various fields of research, also taking into consideration recent developments in South America (particularly Argentina and Cuba) and in Asia.
鸡体内抗体(Abs)的产生以及从蛋黄中提取特异性抗体(IgY抗体)越来越吸引科学界的关注,IgY相关文献的显著增长就证明了这一点。本综述提供了有关IgY技术的详细而全面的信息,包括:a)按照3R原则饲养母鸡的可能性;b)对IgY从血液转移到蛋黄的机制的新见解,作为该技术的生物学基础;c)IgY抗体和IgG抗体的比较特征;d)鉴于一只母鸡一年能产生大量的IgY抗体(总计20克至40克IgY),该技术具有高效性;e)在几种免疫学检测中IgY抗体与IgG抗体(兔、羊、小鼠)效力的比较;f)免疫方案以及最常用的IgY提取程序;g)在人类和兽医学中的新应用可能性,包括治疗幽门螺杆菌感染或儿童致命肠道疾病的策略,特别是在贫穷国家,以减少抗生素的使用,以及在亚洲和南美洲生产针对蛇毒、蜘蛛毒和蝎毒的抗体;h)IgY抗体在各个研究领域的应用,同时也考虑到南美洲(特别是阿根廷和古巴)和亚洲的最新进展。