In the News
Clinical TMS Society Journal
Transcranial Magnetic Stimulation is the only journal dedicated to clinical and basic studies related to TMS. The journal aims to improve the clinical effectiveness of TMS for brain disorders through articles pertaining to clinical efficacy and effectiveness safety for investigational and FDA-cleared indications; studies focused on TMS mechanisms, biomarkers, technologic advances, parameter space selection, epidemiological, ethical, legal, and safety aspects.
MGB Horizons: Spring 2024
Neurotherapeutics Offer Hope for Treatment Resistant Depression
Brainbox Initiative
The Brainbox Initiative is joined by Young Investigator Award winner 2023, Dr. Joshua Brown for a webinar exploring the underlying mechanisms of TMS.
American Psychological Association
In this presentation the speakers summarize the clinical use of three neurotherapeutic options—transcranial magnetic stimulation (TMS) , electroconvulsive therapy (ECT), and ketamine—and help clinicians identify appropriate patients who may benefit from them.
McLean Hospital
McLean Hospital has launched a novel accelerated transcranial magnetic stimulation (TMS) program utilizing personalized targeting based on brain connectivity to treat depression.
The Journal of Neuropsychiatry and Clinical Neuroscience (JNCN)
Our lab’s “Time for Brain Medicine” #1 “Most Discussed” and #2 “Most Accessed” in 2023 by the Journal of Neuropsychiatry and Clinical Neuroscience.
Clinical TMS Society (CTMSS)
An Update from the Journal Task Force on Transcranial Magnetic Stimulation: A Journal of the Clinical TMS Society
PsyPost
A recent study has raised questions about the impact of chronic caffeine consumption on our brain’s ability to adapt and learn. In a new study published in Frontiers in Psychiatry, scientists found that long-term caffeine users may exhibit decreased brain plasticity, a critical factor in the processes of learning and memory, when subjected to a brain stimulation protocol.
Neuroscience News
The research indicates that regular caffeine users might experience diminished long-term potentiation (LTP), a crucial process for learning and memory. This reduction in brain plasticity suggests that daily caffeine intake could influence cognitive functions and the success of rTMS treatments.
Clinical TMS Society
Meet Dr. Joshua Brown, who joined the Society in 2019 and was recently elected to the Clinical TMS Society Executive Committee as Member-at-Large and to the Board of Directors in 2021. He serves as co-chair of the Research Committee and works on several Task Forces.
Medscape
A group of pre-eminent neurologists and psychiatrists have developed a proposal for a single neurology and psychiatry residency program.
Psychology Today
Practice Improves the Potential for Future Plasticity: The more you attempt to learn skills, the better your brain gets at learning.
MSN Health & Wellness
Practice Improves the Potential for Future Plasticity: The more you attempt to learn skills, the better your brain gets at learning.