Zoon K C
Division of Virology, Food and Drug Administration, Bethesda, MD 20892.
Interferon. 1987;9:1-12.
Other relevant areas of research regarding the structure and function of IFNs include the study of IFN fragments and hybrid IFN molecules prepared by recombinant DNA technology, and monoclonal antibodies against IFNs have also made major contributions to our knowledge of IFN structure and function. However, these topics have been addressed in a number of recent reviews (Zoon and Wetzel, 1984; Langer and Pestka, 1985). We are now awaiting the crystal structure of several human IFNs. Once this knowledge has been acquired, we can proceed to envisage at the three-dimensional level how these molecules interact with their receptors to produce their numerous biological activities.
关于干扰素结构与功能的其他相关研究领域包括对通过重组DNA技术制备的干扰素片段和杂交干扰素分子的研究,针对干扰素的单克隆抗体也为我们了解干扰素的结构与功能做出了重要贡献。然而,这些主题在最近的一些综述中已有论述(佐恩和韦策尔,1984年;兰格和佩斯塔卡,1985年)。我们现在正期待几种人干扰素的晶体结构。一旦获得这方面的知识,我们就能在三维层面设想这些分子如何与其受体相互作用以产生众多生物活性。