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ID 112405
Veljkovic, Veljko Biomed Protection
Anderson, Danielle E. Duke-NUS Medical School
Wang, Lin-Fa Duke-NUS Medical School
Rossi, Shannan L. University of Texas Medical Branch
Shan, Chao University of Texas Medical Branch
Shi, Pei-Yong University of Texas Medical Branch
Beasley, David W. University of Texas Medical Branch
Bukreyeva, Natalya University of Texas Medical Branch
Smith, Jeanon N. University of Texas Medical Branch
Hallam, Steven University of Texas Medical Branch
Huang, Cheng University of Texas Medical Branch
von Messling, Veronika Duke-NUS Medical School|Paul-Ehrlich-Institute
Paessler, Slobodan University of Texas Medical Branch
Content Type
Journal Article
Zika virus (ZIKV) causes mostly asymptomatic infection or mild febrile illness. However, with an increasing number of patients, various clinical features such as microcephaly, Guillain-Barré syndrome and thrombocytopenia have also been reported. To determine which host factors are related to pathogenesis, the E protein of ZIKV was analyzed with the Informational Spectrum Method, which identifies common information encoded by primary structures of the virus and the respective host protein. The data showed that the ZIKV E protein and the complement component C1q cross-spectra are characterized by a single dominant peak at the frequency F = 0.338, suggesting similar biological properties. Indeed, C1q-specific antibodies were detected in sera obtained from mice and monkeys infected with ZIKV. As C1q has been known to be involved not only in immunity, but also in synaptic organization and different autoimmune diseases, a ZIKV-induced anti-C1q antibody response may contribute to the neurological complications. These findings might also be exploited for the design of safe and efficacious vaccines in the future.
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Scientific Reports
Springer Nature
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© The Author(s) 2018
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Medical Sciences