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[利用重组仙台病毒包膜将蛋白质显微注射到单层细胞中]

[Use of reconstructed Sendai virus envelopes for the microinjection of proteins into monolayer cells].

作者信息

Bokhon'ko A I, Zhdanov L V, Orlova T G

出版信息

Vopr Virusol. 1988 Sep-Oct;33(5):600-3.

PMID:2851220
Abstract

It has been shown that biological microinjection, that is, fusion of protein-charged human erythrocytes with monolayer cells may be achieved by means of reconstructed Sendai virus consisting of envelope structures but devoid of nucleoid. Sendai virion envelopes reconstructed by dialysis possessed no infectivity, interferon-inducing, or interfering activities. The use of 125I-IgG demonstrated that erythrocytes are loaded with protein by 35%-40% and that each of the monolayer L929 cells is fused on the average with 4 loaded erythrocytes.

摘要

已经表明,生物显微注射,即带蛋白质的人红细胞与单层细胞的融合,可以通过由包膜结构但无核样体的重组仙台病毒来实现。通过透析重建的仙台病毒粒子包膜没有感染性、干扰素诱导活性或干扰活性。使用¹²⁵I-IgG表明,红细胞的蛋白质负载量为35%-40%,并且平均每个单层L929细胞与4个负载蛋白质的红细胞融合。

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