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Mind to molecules: Does brain s electrical en

Brain waves carry information. A new “Cytoelectric Coupling” hypothesis posits that fluctuating electric fields optimize brain network efficiency and stability by shaping the brain’s molecular infrastructure.

United kingdomJohns hopkinsEarlk millerDimitris pinotsisUs office of naval researchPicower institute forMethod of researchUniversity of londonUnited kingdom researchJohns hopkins universityPicower professorPicower instituteAssociate professorProfessor gene fridmanNaval research

From molecular to whole-brain scale in a simple animal, study reveals serotonin s effects | MIT News

An MIT study demonstrates how serotonin acts within a whole, living animal brain to produce behavior. By illustrating important properties and interactions among serotonin receptors, the study highlights some important complexities facing developers or serotonin-targeting psychiatric drugs.

Jungsoo kimSteve flavellCassi estremIjeoma nwabudikeMatthew gomesZiyu wangSarah puglieseAdam atanasEmma towlsonEric buenoNational institutes of healthDepartment of brainPicower institute forPicower instituteAlfredp sloan foundationCognitive sciences

New Model Explores Nervous System Form, Function, and Evolution

New Model Explores Nervous System Form, Function, and Evolution
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Brandon brady weissbourdDepartment of biologyPicower institute forPicower institute

Cytoelectric Coupling: Electrical Fields Fine-Tune Brain Functioning

Scientists present a hypothesis dubbed "Cytoelectric Coupling" suggesting electrical fields within the brain can manipulate neuronal sub-cellular components, optimizing network stability and efficiency.

United kingdomDavid orensteinEarlk millerDimitris pinotsisJohns hopkinsJohns hopkins universityUs office of naval researchUniversity of londonPicower institute forUnited kingdom researchCytoelectric couplingPicower institutePicower professorAssociate professorProfessor gene fridmanNaval research

Mind to molecules: Does brain s electrical encoding of information tune sub-cellular structure?

Brain waves carry information. A new Cytoelectric Coupling hypothesis posits that fluctuating electric fields optimize brain network efficiency and stability by shaping the brain s molecular infrastructure.

United kingdomDimitris pinotsisJohns hopkinsEarlk millerUs office of naval researchPicower institute forJohns hopkins universityUnited kingdom researchCity university of londonPicower professorPicower instituteAssociate professor dimitris pinotsisProfessor gene fridmanNaval research