Q1: My wrist hurts constantly after repetitive tasks or a past injury. Should I get an MRI?
Yes. Chronic wrist pain may indicate ligament tears (like TFCC), tendon injuries, cartilage damage, or early arthritis. X-rays often appear normal, and physical exams cannot confirm the structural cause. MRI provides high-resolution, radiation-free images of bones, tendons, ligaments, cartilage, and surrounding soft tissue for accurate diagnosis.

Q2: Can therapy, braces, or rest treat chronic wrist pain without MRI?
While these methods may provide temporary relief, they cannot identify hidden ligament, tendon, or cartilage injuries. Without MRI, serious underlying damage may be missed, prolonging pain and limiting wrist function.

Q3: What are the risks of delaying MRI for chronic wrist pain?
Delaying MRI risks worsening tendon or ligament injuries, joint instability, chronic pain, reduced grip strength, and possible long-term degenerative changes. Early MRI ensures timely, targeted non-surgical treatment.

Q4: Why is MRI better than X-ray, CT, or ultrasound for wrist injuries?
X-rays show only bones and joint alignment, CT has limited soft tissue resolution, and ultrasound may miss deep ligament or cartilage injuries. MRI clearly visualizes all wrist structures without radiation, allowing precise diagnosis and treatment planning.

Q5: Where can I get a fast, affordable MRI for chronic wrist pain?
The Pain Relief Clinic provides insurance and Medisave claimable MRI scans under $1,000, done within 1 working day, along with non-surgical treatments to restore wrist function safely and effectively.

Q1: My elbow hurts constantly after repetitive activities like typing or sports. Should I get an MRI?
Yes. Chronic elbow pain from repetitive strain may indicate tendon microtears (lateral or medial epicondylitis), ligament injuries, or early joint degeneration. Physical exams and X-rays often cannot detect these subtle but clinically significant injuries. MRI provides high-resolution, radiation-free images of tendons, ligaments, cartilage, and surrounding soft tissues for precise diagnosis.

Q2: Can rest, physiotherapy, or braces fix overuse elbow pain without MRI?
These approaches may reduce symptoms temporarily but cannot confirm the underlying structural issue. Continuing therapy without MRI may prolong pain and delay recovery, especially if a tendon or ligament tear is present.

Q3: What are the risks of delaying MRI for chronic overuse elbow pain?
Delaying MRI risks worsening tendon or ligament injuries, chronic pain, decreased grip strength, limited motion, and possibly requiring surgical intervention later. Early MRI allows timely, non-surgical treatments to prevent long-term damage.

Q4: Why is MRI superior to X-ray, CT, or ultrasound for overuse injuries?
X-rays detect only bone alignment issues, CT is limited for soft tissue, and ultrasound may miss deep tendon or ligament tears. MRI provides clear, comprehensive, radiation-free imaging of all structures in the elbow, making it the gold standard for diagnosis.

Q5: Where can I get a fast, affordable MRI for chronic elbow pain?
The Pain Relief Clinic provides insurance and Medisave claimable MRI scans under $1,000, completed within 1 working day, along with non-surgical treatments to help you recover safely and return to work or sports.

Q1: My elbow or wrist pain is limiting my work or sports performance. Should I get an MRI?
Yes. Persistent pain that affects daily activities, work, or sports may indicate tendon tears, ligament injuries, cartilage damage, or early arthritis. X-rays may appear normal, and physical exams cannot always confirm the structural problem. MRI provides detailed, radiation-free imaging of bones, ligaments, tendons, and cartilage to pinpoint the exact cause.

Q2: Can therapy, braces, or medication solve performance-limiting pain without MRI?
These treatments may temporarily reduce symptoms but cannot identify underlying structural damage. Without MRI, serious injuries may be missed, prolonging dysfunction and risking worsening of the joint.

Q3: What are the risks of delaying MRI for pain that affects work or sports?
Delaying MRI can allow tendon, ligament, or cartilage injuries to progress, potentially causing chronic pain, loss of strength, limited range of motion, and even early osteoarthritis. Early MRI ensures accurate diagnosis and timely, effective intervention.

Q4: Why is MRI better than X-ray, CT, or ultrasound for elbow or wrist injuries?
X-rays detect only bone abnormalities, CT is less sensitive for soft tissues, and ultrasound may miss deep ligament, tendon, or cartilage damage. MRI provides high-resolution, radiation-free imaging of all relevant structures, enabling precise treatment planning.

Q5: Where can I get a fast, affordable MRI for elbow or wrist pain?
The Pain Relief Clinic provides insurance and Medisave claimable MRI scans under $1,000, done within 1 working day, with non-surgical treatments to restore joint function safely and efficiently.

Q1: My wrist still hurts months after a sprain. Should I get an MRI?
Yes. Lingering wrist pain after injury may indicate ligament tears (scapholunate, TFCC), tendon injuries, cartilage damage, or early post-traumatic arthritis. X-rays usually show only fractures and alignment issues, missing soft tissue injuries. MRI provides clear, radiation-free images of all wrist structures for accurate diagnosis.

Q2: Can physiotherapy, braces, or rest fix this pain without MRI?
While these treatments may relieve temporary symptoms, they cannot detect underlying ligament, tendon, or cartilage injuries. Continuing therapy without imaging may prolong pain and delay proper treatment. MRI ensures the true cause is identified for targeted care.

Q3: What are the risks if I delay MRI for wrist pain?
Untreated ligament or tendon injuries can worsen, leading to chronic pain, instability, reduced grip strength, or long-term joint degeneration. Early MRI prevents missed diagnoses and facilitates timely, effective intervention.

Q4: Why is MRI better than X-ray, CT, or ultrasound for wrist injuries?
X-rays detect only bones and joint alignment, CT has limited soft tissue resolution, and ultrasound may miss deep ligament or cartilage injuries. MRI provides high-resolution, radiation-free imaging of ligaments, tendons, cartilage, and bones, allowing precise diagnosis.

Q5: Where can I get a fast, affordable MRI for wrist pain?
The Pain Relief Clinic provides insurance and Medisave claimable MRI scans under $1,000, done within 1 working day, with non-surgical treatments to help restore wrist function safely.

Q1: I have elbow pain that won’t go away despite physiotherapy and rest. Should I get an MRI?
Yes. Persistent lateral (tennis elbow) or medial (golfer’s elbow) pain may indicate tendon tears, ligament strain, or early joint degeneration. X-rays cannot detect tendon or ligament injuries, and ultrasound may miss deep or subtle tears. MRI provides detailed, radiation-free images of all structures around the elbow, allowing accurate diagnosis.

Q2: Can physiotherapy, bracing, or anti-inflammatories fix this pain without MRI?
These treatments may relieve symptoms temporarily but cannot confirm or exclude structural injury. Without MRI, serious tendon tears or ligament injuries may remain undetected, prolonging recovery and risking chronic damage.

Q3: What risks exist if I delay MRI for chronic elbow pain?
Delaying MRI may allow tendon or ligament injuries to worsen, possibly leading to chronic pain, reduced strength, limited range of motion, or need for surgery. Early MRI ensures timely, targeted non-surgical management.

Q4: Why is MRI superior to X-ray, CT, or ultrasound for elbow pain?
X-rays detect only bones; CT is less sensitive for soft tissues; ultrasound may miss deep tendon tears or ligament injuries. MRI provides clear, high-resolution images of tendons, ligaments, cartilage, and joint spaces without radiation.

Q5: Where can I get a fast, affordable elbow MRI?
The Pain Relief Clinic provides insurance and Medisave claimable MRI scans under $1,000, done within 1 working day, with non-surgical treatment options to help you recover safely and regain full arm function.