Wael Kamel

This study defines the molecular architecture of Influenza A virions using structural and compositional approaches, revealing unique features of filamentous virions.

This study identifies 104 cellular RNA-binding proteins within HIV-1 particles, revealing their role in viral gene expression and infectivity through interactions with HIV-1 genomic RNA.

This study shows that SFTSV NSs protein is essential for viral replication in tick cells by suppressing the tick's RNAi response through depletion of virus-derived siRNAs.

This study identifies 283 RNA-binding proteins whose activity changes in tick cells infected with Uukuniemi virus, revealing new host-virus interactions and a method to silence gene expression in tick cultures.

This study identifies RNA-binding proteins regulated by type I IFN, revealing a new layer of antiviral response involving post-translational regulation of RNA binding.