A Multifactorial Analysis of Ebola Virus Glycoprotein Receptor BindingDomain

J. Weltman
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Abstract

An analysis of the receptor-binding domain (RBD) of the ZEBOV-Makona glycoprotein is presented, based upon the following four factors: information entropy (H), protein conformation, thermal imprint (B factor) and predicted epitope activity (Bepipred Score). It was found that the position of maximum information entropy (Hmax) was located within a helical pentapeptide component of a 31-mer peptide in which H=0 at each amino acid except at the amino acid position where H=Hmax. It is proposed that identification of these RBD peptide components and characteristics can help facilitate efficient design of an anti-Ebola vaccine.
埃博拉病毒糖蛋白受体结合域的多因子分析
基于信息熵(H)、蛋白构象、热印记(B因子)和预测表位活性(Bepipred Score)四个因素,对ZEBOV-Makona糖蛋白的受体结合域(RBD)进行了分析。结果表明,除了H=Hmax的氨基酸位置外,最大信息熵(Hmax)的位置位于31-mer肽的螺旋五肽组分中,其中每个氨基酸的H=0。这些RBD肽成分和特征的鉴定有助于有效设计抗埃博拉疫苗。
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