Unfortunately no, which is a real shame because herpesviruses like EBV are harmful and practically unavoidable. This research is specific to delivering mRNA to white blood cells.
Herpesvirus latency is really complicated, more so than HIV. It hides in more tissues and particularly in nerves, which have some degree (debated) of immune privilege. Every type has different latency. Most types have multiple, very different methods of staying latent and stay more latent than HIV. We understand some of those methods, partially understand many of them, and still don't know a lot about others. A latent infection will probably still remain if too few of these pathways are activated at once.
Herpesvirus latency is really complicated, more so than HIV. It hides in more tissues and particularly in nerves, which have some degree (debated) of immune privilege. Every type has different latency. Most types have multiple, very different methods of staying latent and stay more latent than HIV. We understand some of those methods, partially understand many of them, and still don't know a lot about others. A latent infection will probably still remain if too few of these pathways are activated at once.