Fluoroscopy
Fluoroscopy is an imaging technique that uses X-rays to obtain real-time moving images – basically an X-ray “movie”. It is an extremely useful tool for diagnosing certain orthopedic injuries and determining the best treatment option for your care. At OrthoNOW, we have fluoroscopy on-site to ensure your injuries are fully treated the first time.
Fluoroscopy FAQ's
Find answers to some of our most asked questions below
What is fluoroscopy in orthopedics?
- Answer: Fluoroscopy is a real-time imaging technique that uses X-rays to capture dynamic images of internal structures. In orthopedics, it is often employed to visualize joint movements during procedures such as arthrography or joint injections.
How does fluoroscopy differ from other imaging methods like X-rays or MRIs?
- Answer: Unlike static X-rays, fluoroscopy provides continuous, real-time images, making it ideal for observing moving structures like joints. It offers dynamic insights that static imaging methods may not capture.
Is fluoroscopy commonly used for orthopedic interventions?
- Answer: Yes, fluoroscopy is widely used in orthopedics for various interventions, including joint injections, fracture reduction, and certain minimally invasive surgeries. Its real-time imaging capability enhances precision during these procedures.
Is fluoroscopy safe for orthopedic imaging?
- Answer: While fluoroscopy involves X-rays, it is generally considered safe when used by trained professionals. The exposure is carefully controlled, and modern fluoroscopy equipment is designed to minimize radiation doses to patients.
Can fluoroscopy help in diagnosing specific orthopedic conditions?
- Answer: Absolutely, fluoroscopy aids in diagnosing and evaluating certain orthopedic conditions, especially those related to joint functionality, alignment issues, or dynamic abnormalities that may not be apparent in static images.
Is fluoroscopy used for postoperative assessments in orthopedics?
- Answer: Yes, fluoroscopy is often used postoperatively to assess the outcomes of orthopedic procedures. It allows surgeons to visualize joint movements, implant positions, and overall functionality to ensure a successful outcome.
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