Dr. Boettiger鈥檚 obituary can be found below:

It is with great sorrow that the Boettiger family announce the loss of our dear Charlotte Ann Boettiger Cooney, at the early age of 55. Charlotte lost her 8-year courageous cancer battle on March 27, 2025, at her home in Chapel Hill, NC with her loving husband Jeffrey Cooney and children, Fiona and Avery. Charlotte was born in Bellevue WA on November 20, 1969, to Richard and Eileen Boettiger and was a caring and devoted daughter. She graduated from Redmond High School in 1988, obtained her bachelor’s degree at University of California, Berkeley and doctorate degrees at University of California, San Francisco, and enjoyed a profound career as Professor of Psychology and Neuroscience at the University of North Carolina, Chapel Hill. She and Jeff built a wonderful, action-packed loving life together with their two beautiful children and enjoyed many adventures with family and friends. She was a caring, thoughtful, smiling daughter, granddaughter, niece, cousin, wife, mother, friend, mentor, animal lover and bread maker. The name Charlotte means one that encompasses strength, resilience, and determination. This is our Charlotte, she meant so much to so many people and will live in our hearts forever.

Please hold Rick, Eileen, Jeffrey, Fiona and Avery in your thoughts and prayers during this heart-breaking time.

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Recipients of the Distinguished Investigator Grants are full professors at research institutions in the United States and abroad. They were selected by a committee of the BBRF Scientific Council, which is comprised of 192 experts across disciplines in brain and behavior research who review grant applications and recommend the most promising ideas to fund.

The Recipients of the 2025 Distinguished Investigator Grants are as follows:

E. S. Anton, Ph.D., University of North Carolina at Chapel Hill, will investigate signaling molecules and processes (the 鈥渟ignalome鈥�) engaged when the primary cilium of neurons is activated, including how it might be harnessed in the service of neural circuit modulation and correction. The hope is to establish how deregulated primary cilia signaling interferes with neural circuit dynamics and contributes to circuit malfunction.

Flavio Frohlich, Ph.D., University of North Carolina at Chapel Hill, will develop and test a novel non-invasive neurostimulation approach (aperiodic tACS) designed to rapidly reduce depression symptoms in women who are pregnant. tACS, or transcranial alternating current stimulation, has been shown to be safe and effective in major depressive disorder in several pilot trials.

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