How does a brain MRI scan help to diagnose epilepsy?
Find out how a brain MRI can help your provider to diagnose epilepsy, learn what the brain changes a MRI can show, and learn about follow-up imaging for epilepsy.
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A 1.5T Wide Bore MRI is a type of medical imaging machine that uses a strong magnetic field (1.5 Tesla) to take detailed pictures of the inside of your body. The “wide bore” part means the opening of the machine is larger at 27 ½” wide, making it more comfortable for people who feel anxious or are larger in size. Many of our 1.5T Wide Bore MRIs feature faster scanning technology to reduce most exams to 15 minutes.
A 16-slice CT scanner is a medical imaging machine that takes detailed X-ray pictures of your body in thin slices, which are then combined to create a complete image. The “16-slice” part means it can capture 16 slices of images at once, allowing for faster and more detailed scans.
A 64-slice CT scanner is a medical imaging machine that takes very detailed X-ray pictures of your body by capturing 64 slices of images at once. This allows for faster scans and even more detailed images, which is useful for diagnosing complex conditions. Our 64-slice CT features innovative technology that automates dose according to your size, weight, and anatomy, providing high-quality images with minimal radiation.
An arthrogram visualizes the inside of a joint, such as the shoulder, knee, hip, or wrist. A contrast dye is injected into the joint to make the joint structures, including ligaments, tendons, cartilage, and the joint capsule, more visible on X-ray or MRI images.
Diffusion Tensor Imaging (DTI) is a special type of MRI technique that helps doctors see the pathways of nerve fibers in the brain. By looking at these images, doctors can better understand how the brain’s wiring works and diagnose conditions like brain injuries, tumors, or diseases that affect these connections.
Faster scanning MRI technology reduces the time patients spend on the table for scans by up to 50% to an average scan time of less than 15 minutes providing a more comfortable imaging experience for anxious patients or anyone in pain. AI technology delivers high quality images with reduced motion artifacts and noise distortions for the diagnostic insights providers need to determine next steps in patient care.
Fluoroscopy uses injected contrast dye and an X-Ray machine to take a continuous series of X-rays instead of individual snapshots. It is most commonly used to evaluate parts of your body that are moving in order to create a short video of your body system in motion. It is particularly useful for observing the digestive, urinary, respiratory, and reproductive systems and their functioning.
Ultrasound, also known as sonography, has a small handheld device called a transducer used to emit high-frequency sound waves into the body making it particularly useful for examining developing fetuses during pregnancy and for imaging soft tissues and organs.
Find out how a brain MRI can help your provider to diagnose epilepsy, learn what the brain changes a MRI can show, and learn about follow-up imaging for epilepsy.
Find out how a knee MRI is used to diagnose a torn ACL, learn what it’s like to get a knee MRI, and discover how an MRI helps your provider to treat your injured knee.
Now that your healthcare provider has recommended you get an MRI scan, you probably have questions about scheduling, insurance, getting ready, and what to expect
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*Some or all of the health care providers performing services at American Health Imaging (AHI) are independent contractors and are not AHI’s agents or employees. Independent contractors are responsible for their own actions, and AHI shall not be liable for the acts or omissions of any such independent contractors.