home.social

#insula — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #insula, aggregated by home.social.

  1. What roles do #brain regions play in disruption of action control by #Pavlovian biases? @johalgermissen @efouragnan &co show that anterior #insula stimulation reduces learning bias, while #dACC stimulation increases perseveration bias @PLOSBiology plos.io/4tfY8nu

  2. What roles do #brain regions play in disruption of action control by #Pavlovian biases? @johalgermissen @efouragnan &co show that anterior #insula stimulation reduces learning bias, while #dACC stimulation increases perseveration bias @PLOSBiology plos.io/4tfY8nu

  3. What roles do #brain regions play in disruption of action control by #Pavlovian biases? @johalgermissen @efouragnan &co show that anterior #insula stimulation reduces learning bias, while #dACC stimulation increases perseveration bias @PLOSBiology plos.io/4tfY8nu

  4. What roles do #brain regions play in disruption of action control by #Pavlovian biases? @johalgermissen @efouragnan &co show that anterior #insula stimulation reduces learning bias, while #dACC stimulation increases perseveration bias @PLOSBiology plos.io/4tfY8nu

  5. What roles do #brain regions play in disruption of action control by #Pavlovian biases? @johalgermissen @efouragnan &co show that anterior #insula stimulation reduces learning bias, while #dACC stimulation increases perseveration bias @PLOSBiology plos.io/4tfY8nu

  6. How does sensory information construct representations in the human brain? This study shows that a network including prefrontal & posterior #ParietalCortex & anterior #insula has a key role in translating perceptual information to concepts, semantics & action plans #plosbiology plos.io/4lbXN2b

  7. How does sensory information construct representations in the human brain? This study shows that a network including prefrontal & posterior #ParietalCortex & anterior #insula has a key role in translating perceptual information to concepts, semantics & action plans #plosbiology plos.io/4lbXN2b

  8. How does sensory information construct representations in the human brain? This study shows that a network including prefrontal & posterior #ParietalCortex & anterior #insula has a key role in translating perceptual information to concepts, semantics & action plans #plosbiology plos.io/4lbXN2b

  9. How does sensory information construct representations in the human brain? This study shows that a network including prefrontal & posterior #ParietalCortex & anterior #insula has a key role in translating perceptual information to concepts, semantics & action plans #plosbiology plos.io/4lbXN2b

  10. How does sensory information construct representations in the human brain? This study shows that a network including prefrontal & posterior #ParietalCortex & anterior #insula has a key role in translating perceptual information to concepts, semantics & action plans #plosbiology plos.io/4lbXN2b

  11. Cambios en la estructura de la porción anterior de la #ínsula y en el #estriado ventral asociados a la presencia de #psicosis.

    Estos cambios aparentemente están ausentes en otras patologías neuropsiquiátricas (como #autismo y déficit de atención) y en controles sanos.

    #Neurología #Psiquiatría #ResonanciaMagnética #IRM #neurology #psychiatry #MRI #Autism #Adhd #Nature

    nature.com/articles/s41380-024

  12. Cambios en la estructura de la porción anterior de la #ínsula y en el #estriado ventral asociados a la presencia de #psicosis.

    Estos cambios aparentemente están ausentes en otras patologías neuropsiquiátricas (como #autismo y déficit de atención) y en controles sanos.

    #Neurología #Psiquiatría #ResonanciaMagnética #IRM #neurology #psychiatry #MRI #Autism #Adhd #Nature

    nature.com/articles/s41380-024

  13. Cambios en la estructura de la porción anterior de la #ínsula y en el #estriado ventral asociados a la presencia de #psicosis.

    Estos cambios aparentemente están ausentes en otras patologías neuropsiquiátricas (como #autismo y déficit de atención) y en controles sanos.

    #Neurología #Psiquiatría #ResonanciaMagnética #IRM #neurology #psychiatry #MRI #Autism #Adhd #Nature

    nature.com/articles/s41380-024

  14. Ketamine’s acute effects on negative brain states are mediated through distinct altered states of consciousness in humans nature.com/articles/s41467-023 (Hack, et al 2023) #ketamine #psychedelicresearch #psychedelic #depression #insula

  15. Timely synopsis of emerging #neuroimaging evidence linking #loss anticipation in the #insula to #stimulant use relapse by Jennifer Stewart of the Laureate Institute (thanks for the shout-out! #neuroscience, #addiction)...
    sciencedirect.com/science/arti

  16. Another cool seminar from WWN tomorrow (4pm NL time), tune in!

    Dr. Nadine Gogolla | Two sides of emotion expressions: readouts and regulators
    world-wide.org/seminar/8778/

    #neuroscience #systemsneuro #insula #emotion

  17. Another cool seminar from WWN tomorrow (4pm NL time), tune in!

    Dr. Nadine Gogolla | Two sides of emotion expressions: readouts and regulators
    world-wide.org/seminar/8778/

    #neuroscience #systemsneuro #insula #emotion

  18. Another cool seminar from WWN tomorrow (4pm NL time), tune in!

    Dr. Nadine Gogolla | Two sides of emotion expressions: readouts and regulators
    world-wide.org/seminar/8778/

    #neuroscience #systemsneuro #insula #emotion

  19. Another cool seminar from WWN tomorrow (4pm NL time), tune in!

    Dr. Nadine Gogolla | Two sides of emotion expressions: readouts and regulators
    world-wide.org/seminar/8778/

    #neuroscience #systemsneuro #insula #emotion

  20. Another cool seminar from WWN tomorrow (4pm NL time), tune in!

    Dr. Nadine Gogolla | Two sides of emotion expressions: readouts and regulators
    world-wide.org/seminar/8778/

    #neuroscience #systemsneuro #insula #emotion