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[人γ干扰素的生物合成与主要生物学特性]

[Biosynthesis and main biological properties of human gamma interferon].

作者信息

Vintukhov A A, Iovlev V I, Stepanov A N, Smorodintsev A A

出版信息

Antibiot Khimioter. 1988 Feb;33(2):99-102.

PMID:3132115
Abstract

Conditions for and regularities of gamma-interferon production were elucidated. High interferon inducing activity of the known inductors such as concanavalin A, phytohemagglutinin and lentil lectin was asserted. It was shown that aqueous and alcoholic extracts of legumes seeds were also able to induce interferon synthesis in cultures of human peripheral blood leukocytes. By physicochemical properties such as stability to acids and liability to heating and by antigenic properties, interferon produced under such conditions was of type 2 (gamma). The maximum yield of interferon was observed in stationary and roller leukocyte cultures at a density of 2.10(6)-4.10(6) cells/ml on commercial rich media (IMDM and Eagle medium). Dynamics of gamma-interferon biosynthesis was determined. The peak of interferon production after the leukocyte induction with plant lectins was recorded in 72-96 hours.

摘要

阐明了γ-干扰素产生的条件和规律。证实了刀豆球蛋白A、植物血凝素和扁豆凝集素等已知诱导剂具有高干扰素诱导活性。结果表明,豆类种子的水提取物和醇提取物也能够在人外周血白细胞培养物中诱导干扰素合成。根据其对酸的稳定性、对加热的敏感性等物理化学性质以及抗原性质,在这种条件下产生的干扰素属于2型(γ型)。在商业丰富培养基(IMDM和伊格尔培养基)上,当静止和旋转白细胞培养物中细胞密度为2×10⁶ - 4×10⁶个细胞/毫升时,观察到干扰素的最大产量。测定了γ-干扰素生物合成的动态变化。在用植物凝集素诱导白细胞后,干扰素产生的峰值出现在72 - 96小时。

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