Lumbar Spine CT Scan Sydney
CT Lumbar Spine is a conventional CT scan of the cervical spine. The Lumbar Spine CT allows our doctors to view the bones (vertebrae) and nervous system (spinal cord and nerves) in the lower back neck and upper pelvis area. One common use of this scan is used to evaluate paraesthesia (leg numbness/pins and needles) for any spinal cord-based causes, such as disc bulges or nerve compression.
How to prepare for a Lumbar Spine CT
Preparations for Lumbar Spine CT scans vary depending on the procedure. Our friendly reception staff will inform you of any preparation requirements at the time of booking.
Preparation for Lumbar Spine CT: No preparation is required.
Appointment length: 20 minutes.
We accept all referrals
How much does a Lumbar Spine CT cost?
Most Lumbar Spine CT scans are bulk-billed as long as they arrive with a referral from your medical practitioner. If you have any questions, we recommend calling our reception team who will also assist in your booking.
Frequently Asked Questions
How long does a Lumbar Spine CT scan take?
Lumbar Spine CT appointment length varies depending on the body part(s) being imaged. For a Lumbar Spine CT, please allow for at least 20 minutes. Please ask our reception team to provide you with an accurate appointment length when booking.
How much does a Lumbar Spine CT scan cost?
Most Lumbar Spine CT scans are bulk-billed in Sydney as long as they arrive with a referral from your medical practitioner. If you have any questions, we recommend calling our reception team who will also assist in your booking.
Does CT have any radiation risks?
Lumbar Spine CT scans use ionising radiation, and we utilise the latest technology to minimise the amount of radiation (ultra-low dose CT scanners).
If you are pregnant please contact our staff before booking. If you are concerned about the radiation risk, please discuss your options with your referring doctor
Please note: Only medical doctors (GPs, specialists etc) can refer for Lumbar CT scans.
We are not able to provide estimates of radiation as each dosage is specific per patient and many factors influence the actual dosage.