Liste des hashtags les plus populaires par sujet #NEUROIMAGING

THE MOUNT FUJI SIGN ⁣ bilateral subdural accumulation of air causing compression of the frontal lobes⁣ this pattern resembles the silhouette of a volcano, such as Mount Fuji⁣ it is indicative of tension pneumocephalus, which warrants clinical correlation and emergent neurosurgical evaluation⁣ if tension pneumocephalus is confirmed, management includes emergent decompression (drilling of burr holes, craniotomy, needle aspiration) and administration of 100% oxygen⁣ ⁣ Reference: PMID 15286317. #mountfuji #neurosurgeon #neurosurgery #neuroicu #criticalcare #neuroimaging #meded

Son yazımızda bahsettiğimiz yüksek çözünürlüklü MR görüntülerine bir örnek. Link bioda! . . . . . #mri #sinirbilim #science #sciencenews #scientific #bilim #bilimselçalışmalar #araştırma #nörobilim #neurology #neurotransmitters #nöron #nöroloji #nöropsikoloji #neuropsychology #neuroimaging #psychology #psikiyatrist #psikologlar #physiology #psikoloji #psychiatry

Congratulations Dr. @carolinamak! . #Repost @carolinamak . What a joy ride. I started working at the @theneuro_montreal 7 years ago- still a teenager and struggling with my mental health. I remember sitting in the Grandpre auditorium shortly after, attending my first formal #neuroimaging lecture, and being completely in awe of what we could achieve with this amazing non-invasive technology called #MRI. Then I joined forces with a team at the #DouglasInstitute to merge my passion for finding better treatment avenues in psychiatry with advances in brain imaging. Yesterday, I defended my #PhD in the very room that first inspired me to pursue this field. Words cannot express how grateful I am to my supervisors, Martin and Alan, and their respective teams for quite literally raising me and shaping me into the #scientist I am today. Spreading the joy with you all today as Dr Makowski- aka Doktor Dziecko ps yes I’m obsessed with ladybugs. pps I shouldn’t ever be allowed to draw brains #gratitude #phdlife #wedidit #womeninstem

50-year-old man with a history of HTN and DM presenting after an episode of confusion and bowel incontinence. Exam was notable for expressive aphasia and decreased attention. CT head with and without contrast showed multiple ring-enhancing lesions; MRI with and without contrast confirmed the lesions and further characterized them as having diffusion restriction. Labs were remarkable for leukocytosis. The lesions were suggestive of brain abscesses - atypical due to minimal surrounding edema. Further investigation was consistent with tuberculosis. Learn the imaging feature of (atypical) brain abscesses. Assistance from Dr. Ali Ahmad. #infectiousdisease #abscess #brainabscess #neuro #neuroimaging #meded

3D T1 MPRAGE MPR of 0.44mm isotropic resolution on a whole body 7 T MR scanner using a 32-channel receive head coil (from a massive 1.2 GB DICOM dataset). #mri_medical_imaging #mri #neuroscience #neuro #brain #7tesla #7teslamri #brainart #mriart #radiology #radiologist #ultrahighresolution #ultrahighfieldmri #medicalimaging #neuroimaging #medicine #technology #evolution

This image shows the creation of new neurons in an adult brain. (Credit: Mariana Alonso and Pierre-Marie Lledo - Institut Pasteur)

This figure shows two different brains that are aligned to a common template space for comparison. The yellow in the anterolateral entorhinal cortex of the young brain indicates significant activity, something that is absent in the older brain. (Credit: Zachariah Reagh)

Greater deactivation of the posterior cingulate cortex, a brain region associated with processing self-related thoughts, was associated with lower pain and higher trait mindfulness. (Credit: Wake Forest Baptist Medical Center)

Illustration courtesy of: Roland Tuley, Fire and Rain. Imaging studies of euthymic bipolar patients provide evidence of compromised cognitive control, combined with increased responsiveness of limbic and para-limbic brain regions involved in emotional regulation. Brain areas associated with cognitive control, which manifest reduced responsiveness, are labeled blue (dorsal ACC, DMPFC, and DLPFC). By contrast, limbic and para-limbic brain areas involved in emotional regulation, associated with greater responsiveness, are labeled in red (amygdala, VLPFC, and ventral ACC).