-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
-
Cosmetic Ingredient
- Water Treatment Chemical
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
For neurologists, imaging examination is an important helper, and mastering the skills of "seeing pictures and talking" will bring great help to clinical work
.
In view of the common problems encountered by neurologists in film reading, this editor has compiled popular articles related to image reading for everyone to learn at any time
.
Compiled and organized by Yimaitong, please do not reprint without authorization
.
Stroke In acute stroke settings, neuroimaging plays an important role: to confirm or exclude the diagnosis of cerebrovascular disease (ischemic or hemorrhagic); to provide evidence of possible stroke pathogenesis (embolic, hemodynamic, etc.
) ); provides important prognostic information based on lesion size and location and vascular status
.
To date, imaging remains the cornerstone of stroke diagnosis
.
➤How much do you know about the imaging examination of posterior circulation ischemic stroke? ➤Graphic and text summary: Encyclopedia of acute stroke MRI examination points ➤The imaging progress of acute and chronic stroke, one article inventory ➤Head CT in patients with cerebral infarction, do you really know how to read it? ➤The imaging characteristics of ischemic stroke in the hyperacute phase, read it in one article ➤The key diagnosis of acute stroke, these 12 pictures, could not be clearer! CT and MRI of intracranial cysts are two magic weapons for neurologists.
They can view the appearance of the nervous system like a mirror.
Except for the core lesions such as bleeding, infarction and mass, intracranial cysts often appear unexpectedly.
In photographs, but sometimes it is not possible to correlate with clinical manifestations, or further histological information cannot be obtained from imaging alone, when the patient asks whether further treatment is required, the decision is easily ambiguous
.
So, how to better understand intracranial cysts from imaging to help make quick decisions? ➤Multiple pictures and multiple tables: It will help you identify the imaging manifestations of intracranial cysts.
The specific causes of intracranial hemorrhage are varied.
Neuroimaging plays a pivotal role in the diagnosis and treatment process because it can help determine the cause of bleeding and understand the bleeding Location and severity can also determine prognosis and guide treatment
.
➤Compendium of imaging manifestations of intracranial hemorrhage ➤Neuroimaging: these signs appear on CT, alert for cerebral hematoma expansion Multiple sclerosis Multiple sclerosis (MS) is a chronic, immune-mediated central nervous system (CNS) disease with pathological features for inflammation, demyelination and eventual axonal loss
.
The diagnosis of MS is based on the concept that the disease is multiple in space and time
.
Although MS can be diagnosed by clinical etiology, magnetic resonance imaging (MRI) can be used to support or confirm the diagnosis and to track disease progression
.
➤7 cases, take you to a comprehensive understanding of multiple sclerosis ➤Multiple sclerosis film reading skills: chart summary to train your eyes on thalamic infarction The thalamus is a part of the diencephalon and functions as a transit center between the cerebral cortex and subcortical area, It also plays an important role in regulating arousal and consciousness levels
.
The lesions of different blood vessels in the thalamus lead to different thalamic infarction syndromes
.
➤Graphic and textual: Clinical and imaging features of thalamic infarction Central vertigo Vertigo is an illusion of movement in which the patient can feel the environment moving or rotating
.
Traditionally, vertigo is divided into two types, central and peripheral, the former is caused by lesions of the central nervous system (CNS), and the latter is caused by lesions of the peripheral nervous system
.
But clinically, vertigo caused by cranial nerve Vll (auditory nerve) lesions is also considered to be central vertigo
.
➤10 pictures to teach you to identify the hidden causes of central vertigo In addition to the above reading, the following articles are definitely worth reading
.
➤ Shocking step by step: How many of these "pits" in neuroimaging have you stepped on? ➤16 MRI imaging signs to help you "conquer" central nervous system demyelinating diseases ➤Can't miss CT images in neurology: can you make the right response? ➤ Be careful of misdiagnosis, this is not simple brain atrophy! Year-end inventory ☟☟☟ The unmissable guidelines and consensus of neurology in 2021 Top 12 classic cases of neurology in 2021, helping you develop clinical thinking Don't miss it! 2021 Neurology FDA-Approved Drug Therapeutics