Charlene Aaron, PhD, and SIU’s Center for Human and Organizational Potential received the Kenniebrew Equity Awards, in recognition of their efforts to actively promote inclusive excellence and equitable practices.
Charlene Aaron, PhD, and SIU’s Center for Human and Organizational Potential received the Kenniebrew Equity Awards, in recognition of their efforts to actively promote inclusive excellence and equitable practices.
Charlene Aaron, PhD, and SIU’s Center for Human and Organizational Potential received the Kenniebrew Equity Awards, in recognition of their efforts to actively promote inclusive excellence and equitable practices.
Charlene Aaron, PhD, and SIU’s Center for Human and Organizational Potential received the Kenniebrew Equity Awards, in recognition of their efforts to actively promote inclusive excellence and equitable practices.
Charlene Aaron, PhD, and SIU’s Center for Human and Organizational Potential received the Kenniebrew Equity Awards, in recognition of their efforts to actively promote inclusive excellence and equitable practices.
The U.S. Department of Defense has awarded a $1.5 million grant to SIU Medicine scientist Brandon Cox, PhD, to test compounds that are predicted to stimulate regeneration of hair cells used for hearing. The process could illuminate a path to restore human hearing loss.
The U.S. Department of Defense has awarded a $1.5 million grant to SIU Medicine scientist Brandon Cox, PhD, to test compounds that are predicted to stimulate regeneration of hair cells used for hearing. The process could illuminate a path to restore human hearing loss.
The U.S. Department of Defense has awarded a $1.5 million grant to SIU Medicine scientist Brandon Cox, PhD, to test compounds that are predicted to stimulate regeneration of hair cells used for hearing. The process could illuminate a path to restore human hearing loss.
The U.S. Department of Defense has awarded a $1.5 million grant to SIU Medicine scientist Brandon Cox, PhD, to test compounds that are predicted to stimulate regeneration of hair cells used for hearing. The process could illuminate a path to restore human hearing loss.
