https://sciencenode-dll.npub.pro/tag/medical/ https://sciencenode-dll.npub.pro/tag/medical/rss/ episodic Thu, 31 Oct 2024 05:04:26 GMT Thu, 31 Oct 2024 05:04:26 GMT https://sciencenode-dll.npub.pro/tag/medical/ https://nostrcheck.me/media/134743ca8ad0203b3657c20a6869e64f160ce48ae6388dc1f5ca67f346019ee7/2d3d2cdfd2f8f53c00263a9e903e33be483f7ef8ec1137b03c1d5d9de6fd8733.webp Thu, 31 Oct 2024 05:04:26 GMT https://sciencenode-dll.npub.pro/post/note1l6n06444wn3et0dljdjtz759s0c4f6yedvfrdar9htlduxp4zlkqxy6u6p/ https://sciencenode-dll.npub.pro/post/note1l6n06444wn3et0dljdjtz759s0c4f6yedvfrdar9htlduxp4zlkqxy6u6p/ note1l6n06444wn3et0dljdjtz759s0c4f6yedvfrdar9htlduxp4zlkqxy6u6p radiology note1l6n06444wn3et0dljdjtz759s0c4f6yedvfrdar9htlduxp4zlkqxy6u6p npub1m9xycuavmp5dnfstnu95auld5cnwhcaqry94uvw6cvj06qnsx9rsd8yxue #radiology #xray #radiologia #medicine #radiologist #medical #mri #radtech #xraytech #radiographer #doctor #healthcare #radiologytech #imaging #xrays #radiologylife #radiologystudent #ct #ctscan #medicalimaging #ultrasound #hospital #surgery #nurse #medstudent #xraystudent #medicina #medicalstudent #pathology

]]> #radiology #xray #radiologia #medicine #radiologist #medical #mri #radtech #xraytech #radiographer #doctor #healthcare #radiologytech #imaging #xrays #radiologylife #radiologystudent #ct #ctscan #medicalimaging #ultrasound #hospital #surgery #nurse #medstudent #xraystudent #medicina #medicalstudent #pathology

]]> Thu, 31 Oct 2024 05:03:52 GMT https://sciencenode-dll.npub.pro/post/note12f588d83uxrjt0nkxs5ym56mk3e392puacururpldwkkl037gmzqan894f/ https://sciencenode-dll.npub.pro/post/note12f588d83uxrjt0nkxs5ym56mk3e392puacururpldwkkl037gmzqan894f/ note12f588d83uxrjt0nkxs5ym56mk3e392puacururpldwkkl037gmzqan894f medical note12f588d83uxrjt0nkxs5ym56mk3e392puacururpldwkkl037gmzqan894f npub1m9xycuavmp5dnfstnu95auld5cnwhcaqry94uvw6cvj06qnsx9rsd8yxue Common brain lesions on FLAIR MRI

Fluid-attenuated inversion recovery (FLAIR) is an MRI sequence with an inversion recovery set to null fluids. For example, it can be used in brain imaging to suppress cerebrospinal fluid (CSF) effects on the image, so as to bring out the periventricular hyperintense lesions.
The FLAIR sequence analysis has been especially useful in the evaluation and study of CNS disorders, involving:
● Lacunar infarction
● Multiple sclerosis (MS) plaques
● Subarachnoid haemorrhage
● Head trauma
● Meningitis and other leptomeningeal diseases

#medical #clinical #radiology #neurology #doctor

]]> Common brain lesions on FLAIR MRI

Fluid-attenuated inversion recovery (FLAIR) is an MRI sequence with an inversion recovery set to null fluids. For example, it can be used in brain imaging to suppress cerebrospinal fluid (CSF) effects on the image, so as to bring out the periventricular hyperintense lesions.
The FLAIR sequence analysis has been especially useful in the evaluation and study of CNS disorders, involving:
● Lacunar infarction
● Multiple sclerosis (MS) plaques
● Subarachnoid haemorrhage
● Head trauma
● Meningitis and other leptomeningeal diseases

#medical #clinical #radiology #neurology #doctor

]]>