Establishment of a Neonatal Natural Transmission Model for CMV Vaccine Development
Teeba Jihad·Nicholas J. Buchkovich·Paul Liberator·Jessica Goymer·Elie Needle·Jakob Loschko·Isis Kanevsky·Philip R. Dormitzer·Yury V. Matsuka·Mark R. Walter·Kwok Piu Lee·Xinzhen Yang·Kasey Wilson·Kena A Swanson·Camille Robertson·Xiaoyuan S Chi·Zhiqing He·Kathrin U Jansen·Hélène Boigard·Jennifer Obregon·Helen Y.-C. Wang
A human cytomegalovirus vaccine to prevent congenital disease is a public health priority. We previously demonstrated that vaccine-elicited rhesus CMV (RhCMV) neutralizing titers and T cell responses comparable to natural infection failed to protect from RhCMV infection after experimental oral challenge. Consequently, we established a natural transmission model in which newborn rhesus macaques are co-housed with their RhCMV-positive mothers and immunized five times between 0 and 24 months with g
