A new mouse model, that closely mimics fetal brain abnormalities cause by the Zika virus, may help researchers better understand how the infection affects different cells in the developing brain.
A new study reports Zika may be transmitted both sexually and orally.
A new study could help explain why children born to mothers infected by Zika are more likely to have microcephaly.
Researchers believe new study may help improve understanding of the genetic causes of microcephaly and other neurodevelopmental disorders.
Researchers report they have been able to successfully document the abnormal brain development of a fetus following the mother contracting Zika virus during pregnancy.
Researchers discover the Zika virus can persist in the eyes and have identified genetic material from the virus in tears.
A new study reveals molecular differences between how the African and Asian strains of Zika virus infect neural progenitor cells.
Compounds shown to be either effective at stopping the replication of Zika in its tracks or preventing the virus from killing brain cells.
Researchers have identified a new neurological complication associated with Zika infection.
According to researcher, in some genetic cases of microcephaly neural stem cells fail to divide.
Researchers have published a spectrum of imaging findings in babies and fetuses infected with the Zika virus.
A new study reports adult brain cells in areas associated with memory and learning may be vulnerable to the Zika virus.
