Back pain treatment
How do I know what is causing my back pain?
To diagnose back pain - unless you are totally immobilised from a back injury - your doctor will probably test your range of motion and nerve function, and touch your body to locate the area of discomfort. Blood and urine tests may be necessary to make sure that the back pain is not caused by an infection or other more widespread medical problems.
X-rays are useful in pinpointing broken bones or other skeletal defects. They can sometimes help locate problems in connective tissue. To analyse soft-tissue damage computed tomography (CT) or magnetic resonance imaging (MRI) scans may be needed, and your doctor will usually refer you to a specialist to have these done. X-rays and imaging studies are generally used only for examining direct trauma to the back, back pain with fever or nerve problems such as extremity weakness or numbness. To determine possible nerve or muscle damage an electromyogram (EMG) can be useful.
Most of us have back pain at some time in our lives. When we get it, we usually just feel like staying in bed. But staying in bed often does more harm than good. Although it can be hard to find out why you have back pain, there are treatments that can often help. We've brought together the best research about back pain and weighed up the evidence about how to treat it. You can use our information to talk to your doctor and decide which treatments are best for you.
Read the What is back pain? article > >
X-rays and magnetic resonance imaging (MRI) studies have limitations and must be interpreted with caution. Back pain may be incorrectly attributed to non-specific and unrelated abnormalities on the images. Ordinary and expected wear and tear in the spine and discs may be mistaken as the cause of a person’s back pain. Similarly, plain X-rays are not usually helpful in cases of chronic back pain without a significant injury or loss of sensation and movement in the extremities.
Most back pain originates in the soft tissues of the back and not the actual spine. Because most back pain is related to the muscles of the back, the specific cause of most back pain cannot be determined by imaging studies.
What are the treatments for back pain?
Only after determining the cause of the problem can a doctor begin treating back pain.
Rest: The basic treatment for relieving acute back pain from strain
or minor injury is a limited period of rest for 24 to 72 hours. An ice pack can
be helpful, as can aspirin or another nonsteroidal anti-inflammatory drug
(NSAID) to reduce pain and inflammation. After the inflammation subsides,
applying heat can soothe muscles and connective tissue.
Long-term bed rest is no longer considered necessary for most cases of back
pain - it can actually be harmful, slowing recovery and potentially causing new
problems. In most cases you will be expected to start normal, non-strenuous
activity (such as walking) within 24 to 72 hours. After that you should begin
controlled exercise or physiotherapy. Physiotherapy treatments may employ
massage, ultrasound, whirlpool baths, controlled application of heat and
individually tailored exercise programmes to help you regain full use of your
back. Strengthening both the abdominal and back muscles helps stabilise the
spine. You can prevent further back injury by learning - and doing - gentle
stretching exercises and proper lifting techniques, as well as maintaining good
posture.
Medication: If back pain keeps you from carrying out normal daily
activities, your doctor can help by recommending or prescribing pain
medications. Over-the-counter painkillers such as aspirin, paracetamol,
ibuprofen or low-dose codeine phophate and paracetamol combinations can be
helpful. Your doctor may prescribe prescription strength
anti-inflammatories/pain medicines or may prefer to prescribe a combination of
opioid and paracetamol based medications such as higher-dose codeine phosphate
and paracetamol combinations or tramadol (with our without paracetamol). Some
doctors also prescribe muscle relaxants. However the main effect of these
medications is on the brain, not the muscles, and they often cause
drowsiness.
WebMD Medical Reference

