Benjamin Youngblood, Ph.D., Assistant Professor, Immunology Department, St. Jude Graduate School of Biomedical Sciences, St. Jude Children’s Research Hospital
A rich program of lectures and seminars featuring internal and external speakers help Rockefeller scientists keep abreast of their colleagues’ work and forge fruitful interdisciplinary collaborations.
Congrats to our Erich Jarvis who has received a competitive grant from the W.M. Keck foundation! His lab plans to genetically modify mice to better understand the neural and genetic basis of how we learn and produce new sounds. ow.ly/OZux30l4QSk... See MoreSee Less
All primates communicate, but only humans speak. The Freiwald lab has discovered neural circuitry in the brains of monkeys that may underlie our own singular speech capabilities. #RockefellerScience ow.ly/xlsm30l2WNC... See MoreSee Less
Scientists have known for some time that cancer cells with BRCA1 gene defects can thwart targeted drugs by losing a protein. The de Lange lab has uncovered the mechanism behind this drug resistance. #RockefellerScience ow.ly/F0iz30l0V07... See MoreSee Less
Rockefeller’s newest faculty member, Amy Shyer, studies the physical forces involved in organ development. Shyer has previously studied how loops form in the gut and how feather follicles form in bird skin. ow.ly/dMOX30kZVrC... See MoreSee Less
Congrats to our @erichjarvis who has received a competitive grant from the W.M. Keck foundation! His lab plans to genetically modify mice to better understand the neural and genetic basis of how we learn and produce new sounds. https://t.co/fNoaFCJRCH
All primates communicate, but only humans speak. The #FreiwaldlLab has discovered neural circuitry in the brains of monkeys that may underlie our own singular speech capabilities. #RockefellerScience https://t.co/TovJIbJWYR
A new study from the #deLangeLab helps explain why certain cancers don't respond to treatment, and offers hope for overcoming this deadly resistance. https://t.co/atkIqekkwH
Rockefeller’s newest faculty member, Amy Shyer, studies the physical forces involved in organ development. Shyer has previously studied how loops form in the gut and how feather follicles form in bird skin. https://t.co/1lF7ZjJcpK
