"The human immune system is very sophisticated, and the way this virus has managed to stealthily integrate into our biology to ensure its own survival is no small feat," said Goodrum, also a member of the UA’s BIO5 Institute.
"CMV is a master of human cell biology. From transcribing DNA into blueprints for proteins to the manufacturing of those proteins, from cell division to cellular metabolism, there is not a process this virus has not tweaked," Goodrum also said.
That mastery, she explained, is the reason the virus is so elusive to vaccine, and there currently is no way to eradicate it. Goodrum noted that with other herpes viruses, like Epstein-Barr or chicken pox, the infection is obvious. But that is not the case with CMV.
"From the perspective of a virus, that is the pinnacle of mastery — to infect without ever making its presence known," Goodrum said.
"To develop more effective antiviral strategies, we must understand the biology of the virus infection and how the virus manages to persist for our lifetimes," she said. "We are trying to understand how our cellular mechanisms are being used by this virus and discover targets for drugs to control it."
In which the herpes virus is actually really clever and well developed, and I have to admire it.