Temporal proteomic profiling reveals functional pathways in vaccinia-induced cell migration

Viral diseases have alwanys been intricate and persistent issues throughout the world and lack of holistic discoveries of molecular dysregulations of virus-host interactions. The temporal proteomics strategy can identify various differentially expressed proteins and offer collaborated interaction networks under pathological conditions. Herein, temporal proteomics at various hours post infection of Vero cells were launched to uncover molecular alternations during vaccinia virus-induced cell migration. Different stages of infection were included to differentiate gene ontologies and critical pathways at specific time points of infection. The enrichment of functional interaction networks and pathways verified the significances of regulation of actin cytoskeleton and lamellipodia during vaccinia virus-induced fast cell motility. Current results offer the systematic proteomic profiling og molecular dysregulations at different stages of vaccinia virus infection and potential biomedical targets for treating viral diseases.