Healthy Bone and Joint Assays Test Cost & Procedure

The orthopaedic expert may recommend an ultrasound examination if he has reason to believe the patient's blood vessels in the arms or legs are blocked. High-frequency sound waves used in ultrasounds reverberate off the body.The "swishing" sound of the blood floor is transmitted through the Doppler audio system. There are no adverse effects from this non-invasive test.

Bone Scan

Bone scans refer to two distinct types of examinations. One type measures bone density and is used to identify osteoporosis. To determine how solid the bone is, this form of bone scan uses focused ultrasonic or X-ray beams. There is no need to prepare for this quick test, which only takes a few minutes.

The second kind of bone scan is used to locate regions where bone growth is exceptionally vigorous. The presence of arthritis, an infection, or malignancy can also be detected using it to localise the locations of stress fractures. The patient will get a dosage of the radioactive material "technetium" through an intravenous line around three hours before the scan (IV). This chemical is used in the body's natural process of forming bones. Three hours later, the actual bone scan is carried out to give the bone enough time to absorb the technetium. A specialised nuclear camera captures an image of the patient's entire body while lying on a table. 30 to 90 minutes are needed for this operation.

Digital Tomography (CT Scan)

X-rays and computer technologies are used in a CT scan (Computed Tomography) to create a more accurate cross-sectional image of the body. It might be prescribed in cases of serious injuries to the chest, abdomen, pelvis, or spinal cord, as well as when a doctor detects a tumour or a fracture that doesn't show up on X-rays (such as in the clavicle or pelvis). That is a painless process. On a table that slides into the middle of the cylinder-shaped CT scanner, the patient is instructed to lay still. A subject is slowly rotated around by an X-ray tube while several images are captured from all sides. To create a crisp, two-dimensional view on a television screen, the images are combined by a computer.

Imaging Using Magnetic Resonance (MRI)

A cross-sectional image of your body is produced using an MRI (magnetic resonance image), which utilises magnetic fields and an advanced computer to obtain high-resolution photos of your bones and soft tissues. It can be applied to aid in the diagnosis of herniated discs, damaged muscles, ligaments, and cartilage, as well as hip or pelvic issues and other diseases. The patient is placed in a magnetic field by the MRI, which is then pulsed with radio waves to the bodily part that has to be imaged. The tissues vibrate as a result of the radio waves. The frequency at which the body's various tissues (nerves, tendons, and ligaments) emit these vibrations is recorded by a computer, which then converts the information into a detailed, two-dimensional image.