Back Pain: Complete Guide — Causes, Diagnosis and Treatment

Summary

Back pain is a common symptom affecting the spine and surrounding structures, presenting as discomfort ranging from acute to chronic that may limit movement and function. Introduction: The Spine, The Body’s Supporting Axis
Disc Herniation
Sciatica (Sciatalgia)
Neck Pain from Cold
Low Back PainCervicalgia: Causes and Treatment

Thoracic Back Pain
Spinal Canal StenosisDisc Protrusion

Spondylolisthesis
Adult Scoliosis
Pelvis and Posture
When to Consult a physical therapist
Frequently Asked Questions (FAQ)

Introduction: The Spine, The Body’s Supporting Axis

The spine is an extraordinary engineering structure: 33-34 vertebrae stacked to simultaneously ensure support, spinal cord protection, and mobility. In over thirty years of physiotherapy practice, spinal disorders represent the most frequent reason for consultation in the clinical setting, and rightly so: back pain is the leading cause of disability worldwide according to the World Health Organization.
The spine is divided into five regions: cervical (7 vertebrae), thoracic or dorsal (12 vertebrae), lumbar (5 vertebrae), sacral (5 fused vertebrae), and coccygeal (4-5 fused vertebrae). The physiological curves — cervical lordosis, thoracic kyphosis, lumbar lordosis — are not postural defects, but evolved biomechanical solutions for distributing loads and absorbing impacts.
Between one vertebra and another, the intervertebral discs act as shock absorbers, while a complex system of ligaments, deep muscles (multifidus, transversus abdominis), and superficial muscles ensures stability and movement control. Spinal pain can originate from any of these structures, making differential diagnosis a crucial step. In this guide, we will analyze the most common pathologies for each vertebral segment, with practical indications on symptoms, diagnosis, and rehabilitative treatment.

Disc Herniation

Disc herniation is perhaps the diagnosis that most frightens patients with back pain, but it is essential to clarify a concept immediately: having a disc herniation on an MRI does not necessarily mean having a problem. Studies on asymptomatic populations have shown that 30-40% of people without any pain have disc herniations on MRI. This information, to be communicated to patients, is essential to avoid catastrophizing and excessive medicalization.
Disc herniation consists of the protrusion of the nucleus pulposus through a tear in the annulus fibrosus. When the herniated material compresses a nerve root, radicular symptoms manifest: pain radiating along the nerve’s path (sciatica in the lumbar region, brachialgia in the cervical region), tingling, numbness, and, in more severe cases, muscle weakness.
Conservative treatment is effective in 85-90% of cases. The physiotherapy pathway includes patient education, manual therapy, core stabilization exercises, pain centralization according to the McKenzie method, and gradual return to activities. Surgery is reserved for rare cases with progressive neurological deficits or pain refractory to prolonged conservative treatment.
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Sciatica (Sciatalgia)

Sciatica is pain that radiates along the course of the sciatic nerve, from the lumbar region through the buttock and the back of the thigh, down to the calf and foot. It is a symptom, not a disease, and its causes are numerous: disc herniation, foraminal stenosis, piriformis syndrome, spondylolisthesis, and, more rarely, extravertebral causes.
Sciatic pain is typically unilateral, burning or shooting, and worsens with sitting, trunk flexion, and the Valsalva maneuver (coughing, sneezing). Neurological examination allows identification of the involved nerve root through assessment of reflexes, sensation, and segmental muscle strength. The Lasegue test (straight leg raise) is the most commonly used clinical test for diagnosis.
Clinical experience shows that sciatica treatment requires an individualized approach based on the underlying cause. Neurodynamic techniques (neural tissue mobilization), vertebral manual therapy, directional exercises, and core stabilization are the main therapeutic tools. Most patients improve significantly within 6-8 weeks with appropriate treatment.
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Neck Pain from Cold

The ”neck pain from cold” is an extremely common condition in winter months and transitional seasons. Exposure to cold drafts, air conditioners, or gusts of wind can trigger acute muscle contracture of the cervical and shoulder musculature, with pain, stiffness, and limited neck movement.
The pathophysiological mechanism involves a reflex muscle contraction response to cold, mediated by the autonomic nervous system, which causes local ischemia, metabolite accumulation, and nociceptor activation. The most frequently involved muscles are the upper trapezius, sternocleidomastoid, scalenes, and levator scapulae.
Treatment includes the application of moist heat, decontracting massage therapy, gentle cervical mobilization, and progressive stretching. In clinical practice, this condition generally resolves within 3-7 days with appropriate treatment. Prevention is simple but effective: protect the neck from direct exposure to cold drafts, avoid prolonged static positions, and maintain good cervical mobility with regular exercises.
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Cervicalgia: Causes and Treatment

Cervicalgia, or pain in the cervical spine, is the second most common cause of musculoskeletal pain after low back pain. In contemporary society, its incidence is constantly increasing, due to an increasingly sedentary lifestyle and the prolonged use of electronic devices — the so-called ”tech neck” which is observed with increasing frequency, especially in the young-adult population.
The causes of cervicalgia are numerous: facet joint dysfunctions, cervical disc protrusions and herniations, muscle contractures, cervical osteoarthritis (cervicoarthrosis), postural alterations, and, not least, psychosocial factors such as stress and anxiety. Physiotherapy assessment must be global and not limited to the cervical region alone, including analysis of posture, thoracic mobility, and scapular function.
Cervicalgia treatment includes manual therapy (joint mobilizations, vertebral manipulations when indicated, myofascial techniques), therapeutic exercises (strengthening of deep neck flexors, cervical stabilization, postural correction), workstation ergonomics, and stress management strategies. A multimodal approach achieves the best results in clinical practice.
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Low Back Pain

Low back pain — lumbar back pain — is the most widespread musculoskeletal condition in the world. 70-80% of the population experiences at least one episode of significant low back pain during their lifetime, and in the clinical setting, it represents the most frequent reason for consultation overall.
It is fundamental to distinguish between non-specific low back pain (without an identifiable structural cause), which accounts for about 85-90% of cases, and specific low back pain, attributable to defined pathologies such as disc herniation, spinal stenosis, fractures, or, rarely, serious pathologies. Non-specific low back pain, despite not having a precise anatomical cause, is far from ”imaginary”: the pain is real and its impact on quality of life can be devastating.
The modern therapeutic approach to low back pain is based on scientific evidence and favors active treatment: therapeutic exercises, manual therapy, pain education, and maintenance of physical activity. Prolonged bed rest, once prescribed as standard treatment, is now discouraged by all international guidelines. In clinical practice, the primary goal is to reassure the patient, reduce fear of movement (kinesiophobia), and guide them towards a gradual and complete functional recovery.
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Thoracic Back Pain

Thoracic back pain — pain in the thoracic spine — is less frequent than low back pain and cervicalgia, but no less impactful on quality of life. The thoracic region is intrinsically more stable due to the rib cage, but this very rigidity can become a source of pain when the costovertebral and facet joints lose their normal mobility.
The most common causes of thoracic back pain include joint stiffness in the thoracic region, contractures of the paravertebral and rhomboid muscles, dysfunctions of the costovertebral joints, postural alterations (hyperkyphosis), and, in women, issues related to breast weight. In patients over 50, it is important to exclude specific causes such as osteoporotic fragility fractures.
Physiotherapy treatment for thoracic back pain focuses on restoring thoracic mobility through joint mobilization techniques, vertebral manipulation (thrust), stretching of the pectoral and intercostal muscles, and strengthening of the spinal extensor muscles. Clinical experience shows that patients with thoracic back pain generally respond very well to manual treatment, with significant improvements observed already in the first sessions.
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Disc Protrusion

Disc protrusion is a structural alteration of the intervertebral disc in which the annulus fibrosus deforms and ”protrudes” beyond the vertebral body margin, without, however, rupturing (unlike a true herniation). It is an extremely common condition, often found incidentally on MRI in completely asymptomatic individuals.
It is crucial to understand that disc protrusion is part of the normal aging process of the disc and is not necessarily pathological. The fundamental aspect, when a patient presents with a disc protrusion report, is to contextualize the instrumental data within the overall clinical picture: a protrusion without symptoms does not require treatment, while a protrusion that compresses nervous structures requires a targeted rehabilitation pathway.
Physiotherapy treatment for symptomatic protrusions mirrors that for disc herniation, with particular emphasis on patient education, lumbar stabilization exercises (core stability), pain centralization techniques, and correction of dysfunctional movement patterns in daily life and work activities.
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Spinal Canal Stenosis

Spinal canal stenosis is a narrowing of the canal that houses the spinal cord and nerve roots, typical of advanced age (over 60 years). It is caused by a combination of facet joint hypertrophy, thickening of the ligamentum flavum, disc protrusions, and osteophytes which progressively reduce the space available for nervous structures.
The characteristic symptom is neurogenic claudication: the patient experiences pain, heaviness, and weakness in the lower limbs during walking, requiring them to stop after a variable distance. Symptoms typically improve with forward trunk flexion (e.g., leaning on a supermarket trolley), as this posture widens the spinal canal. This clinical characteristic is so typical as to be almost pathognomonic.
Physiotherapy treatment for spinal stenosis focuses on maintaining mobility in flexion, strengthening abdominal and lower limb musculature, low-impact aerobic exercises (stationary bike, swimming), and strategies for managing daily activities. Clinical experience shows that a well-conducted rehabilitation program allows many patients to significantly improve walking distance and quality of life.
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Spondylolisthesis

Spondylolisthesis is the forward slippage of one vertebra relative to the one below it. It can be congenital, isthmic (due to a defect in the pars interarticularis, common in young athletes), degenerative (the most common form in the elderly), or traumatic in origin. The most frequently involved level is L5-S1 in the isthmic form and L4-L5 in the degenerative form.
Many spondylolistheses are asymptomatic and are discovered incidentally during radiographic examinations. When symptomatic, they manifest with low back pain, lumbar stiffness, and, if nerve compression is present, radiculopathy in the lower limbs. The slippage is classified into grades (I to IV according to Meyerding) based on the extent of the misalignment.
Conservative treatment is effective in the vast majority of cases, even in the presence of significant-grade slippage. The rehabilitation program focuses on stabilizing the involved vertebral segment through selective strengthening of the transversus abdominis and lumbar multifidus muscles, pelvic control in a neutral position, and avoidance of forced lumbar extension positions. Surgery (arthrodesis) is reserved for rare cases with progression of slippage or neurological deficits.
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Adult Scoliosis

Adult scoliosis is a more frequent condition than commonly thought, with a prevalence that increases with age, affecting up to 68% of the population over 60 in its degenerative forms. It can be the evolution of juvenile idiopathic scoliosis or a ”de novo” scoliosis, developed in adulthood due to asymmetric degeneration of the discs and facet joints.
Unlike adolescent scoliosis, where the main concern is curve progression, in adults the therapeutic goal is pain control and maintenance of functionality. Pain in adult scoliosis is not caused by the curve itself, but by the biomechanical consequences of the imbalance: asymmetric overload of vertebral structures, segmental stenosis, and muscular compensations.
Physiotherapy treatment utilizes specific exercises (SEAS or Schroth approach), strengthening of core and lower limb musculature, manual therapy for the treatment of segmental rigidities, and, when indicated, bracing. Clinical experience shows that a regular and personalized exercise program allows most adult patients with scoliosis to maintain a good level of functionality and quality of life.
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Pelvis and Posture

The pelvis is the biomechanical crossroads of the body: it connects the spine to the lower limbs and its position influences the entire postural chain. An alteration in pelvic alignment — anteversion, retroversion, lateral obliquity, or torsion — inevitably affects the lumbar and cervical spine, hips, and knees.
In clinical practice, it is fundamental to pay great attention to pelvic assessment, because many seemingly distant pains find their origin in a pelvic imbalance. Excessive pelvic anteversion accentuates lumbar lordosis and predisposes to low back pain; retroversion reduces lordosis and overloads the discs; lateral obliquity creates load asymmetries that can manifest as unilateral pain in the lumbar region, hip, or knee.
Treatment of postural dysfunctions related to the pelvis requires a global approach: correction of muscular imbalances (strengthening weak muscles and stretching shortened muscles), postural re-education, manual therapy of the sacroiliac joints and pubic symphysis, and integration of corrections into daily and work activities.
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Spine Exercises: Mobility and Stabilization Program

The following exercises represent a basic program for improving spinal mobility and strengthening stabilizing muscles. Before starting, it is advisable to consult your doctor or physical therapist to ensure that the exercises are appropriate for your condition. In case of acute pain or pain radiating to the limbs during execution, stop immediately.

Phase 1 — Mobility and Decompression

Exercise 1: Cat-Cow

Difficulty: Easy | Equipment: Mat | Duration: 3 minutes

Starting position:
On all fours on the mat. Hands are placed under the shoulders and knees under the hips. The back is in a neutral position (neither arched nor rounded). Gaze is directed towards the floor.

Step-by-step execution:

• Step 1: Inhaling, slowly lower your belly towards the floor, lift your head and pelvis upwards, creating a concave curve in your back (“cow” position). Hold for 3 seconds.
• Step 2: Exhaling, round your back upwards like a cat, bringing your chin towards your chest and your pelvis underneath you (“cat” position). Hold for 3 seconds.
• Step 3: Alternate between the two positions fluidly, synchronizing the movement with your breath. Each complete cycle (cow + cat) lasts approximately 6 seconds.

Sets and repetitions: 3 sets x 10 complete cycles — Rest 30 seconds between sets

Common mistakes to avoid:

• Performing the movement only with the head and neck, without involving the entire spine
• Moving too quickly, losing coordination with the breath
• Overloading the wrists: distribute weight evenly over the entire open hand

How to know you are doing it correctly:
You perceive a fluid movement that involves the entire spine, from the sacrum to the neck. The sensation is one of gentle and progressive mobilization. At the end of the repetitions, the back feels looser and less stiff.

Exercise 2: Seated Thoracic Rotation

Difficulty: Easy | Equipment: Chair | Duration: 4 minutes

Starting position:
Seated on a chair with feet flat on the floor, hip-width apart. Cross your arms over your chest, resting each hand on the opposite shoulder. Your back is straight and your pelvis is well-positioned against the backrest.

Step-by-step execution:

• Step 1: Exhaling, slowly rotate your torso to the right, keeping your pelvis and knees still and facing forward. Your gaze follows the rotation.
• Step 2: Reach the point of maximum rotation without forcing and hold the position for 5 seconds, breathing normally.
• Step 3: Slowly return to the center in 2 seconds, then repeat the movement to the left in the same manner.

Sets and repetitions: 3 sets x 8 repetitions per side — Rest 30 seconds between sets

Common mistakes to avoid:

• Rotating the pelvis along with the torso: knees and pelvis must remain still and oriented forward
• Forcing the rotation beyond the comfort point: the movement must be pain-free
• Leaning sideways during rotation instead of rotating purely

How to know you are doing it correctly:
You perceive a stretch in the thoracic and dorsal area. The range of rotation progressively improves with repetitions. The pelvis remains completely still on the chair throughout the movement.

Phase 2 — Core Stabilization

Exercise 3: Transversus Abdominis Activation (Drawing-In)

Difficulty: Easy | Equipment: Mat | Duration: 3 minutes

Starting position:
Lying on your back with knees bent and feet flat on the floor, hip-width apart. Arms are along your sides with hands resting on your abdomen, just inside the iliac crests, to feel the contraction. The lumbar spine is in a neutral position (slight natural curve).

Step-by-step execution:

• Step 1: Exhaling slowly, pull your navel inwards and towards your spine, as if gently “sucking in” your belly. The movement is subtle and controlled.
• Step 2: Maintain the contraction for 10 seconds, continuing to breathe normally (breathing should be diaphragmatic, with the chest expanding laterally).
• Step 3: Slowly release the contraction and return to the starting position. Wait 5 seconds before the next repetition.

Sets and repetitions: 3 sets x 10 repetitions — Rest 30 seconds between sets

Common mistakes to avoid:

• Contracting the superficial abdominal muscles (rectus abdominis) by pushing the belly out or flattening the back to the ground
• Holding your breath during contraction: it is essential to continue breathing
• Pushing the pelvis into posterior tilt: the position of the lumbar spine should not change during contraction

How to know you are doing it correctly:
Fingers placed inside the iliac crests perceive a slight tension beneath the surface, like a deep “stiffening.” The lumbar spine maintains its natural curve. You can speak normally during the contraction.

Exercise 4: Bird-Dog (Quadruped with Alternating Extension)

Difficulty: Intermediate | Equipment: Mat | Duration: 5 minutes

Starting position:
On all fours on the mat, with hands under shoulders and knees under hips. The back is in a neutral position and gaze is directed towards the floor. Activate your core muscles as learned in the previous exercise.

Step-by-step execution:

• Step 1: Maintaining core contraction, slowly extend your right arm forward and simultaneously your left leg backward, until they are parallel to the floor. The movement lasts 3 seconds.
• Step 2: Hold the position for 5 seconds, keeping the torso perfectly stable. The pelvis should not rotate or tilt sideways.
• Step 3: Slowly return to the starting position in 3 seconds and repeat with the left arm and right leg.

Sets and repetitions: 3 sets x 8 repetitions per side — Rest 45 seconds between sets

Common mistakes to avoid:

• Rotating the pelvis towards the side of the raised leg: the pelvis must remain perfectly parallel to the floor
• Arching the lumbar area when extending the leg: the back remains in a neutral position
• Lifting the arm and leg too high, beyond the horizontal line of the torso

How to know you are doing it correctly:
If you place a glass of water on your lower back, it should not fall during execution. You perceive muscle work distributed between the deep lumbar region, glutes, and muscles between the shoulder blades. The body remains stable without swaying.

Phase 3 — Strengthening and Stretching

Exercise 5: Glute Bridge

Difficulty: Easy | Equipment: Mat | Duration: 5 minutes

Starting position:
Lying on your back with knees bent at approximately 90 degrees. Feet are flat on the floor, hip-width apart. Arms are extended along your sides with palms facing down. Head is relaxed, in contact with the mat.

Step-by-step execution:

• Step 1: Activate your core and glutes, then lift your pelvis off the floor by pushing with your heels, until you form a straight line from your shoulders to your knees. The lift lasts 2 seconds.
• Step 2: Hold the top position for 5 seconds, actively contracting your glutes and keeping your abdomen stable. Avoid excessively arching the lumbar area.
• Step 3: Slowly lower your pelvis towards the floor in 3 seconds, with a controlled movement, without “dropping.”

Sets and repetitions: 3 sets x 12 repetitions — Rest 45 seconds between sets

Common mistakes to avoid:

• Excessively arching the lumbar area in the top position: the movement must be guided by the glutes, not the back
• Pushing with the balls of the feet instead of the heels
• Lifting the shoulders off the mat during the exercise

How to know you are doing it correctly:
You feel the main contraction in the glutes and the back of the thighs, not in the lumbar area. The pelvis and shoulders are aligned in a straight line in the top position. Weight is distributed evenly on both feet.

Exercise 6: Psoas Stretch in Lunge

Difficulty: Intermediate | Equipment: Mat, cushion (optional) | Duration: 4 minutes

Starting position:
Kneeling on a mat. Bring one foot forward, placing it on the ground with the knee bent at 90 degrees. The back knee is on the ground (use a cushion under the knee for greater comfort). The torso is upright and hands are resting on the front knee.

Step-by-step execution:

• Step 1: Slightly contract the glutes on the back side and slowly shift your pelvis forward, keeping your torso upright. You will begin to feel the stretch in the front of the thigh and hip on the back side.
• Step 2: Hold the stretch position for 30 seconds, breathing deeply and trying to progressively relax the muscles.
• Step 3: Slowly return to the starting position and repeat on the opposite side.

Sets and repetitions: 3 sets x 30 seconds per side — Rest 15 seconds between sets

Common mistakes to avoid:

• Arching the lumbar area to increase the sensation of stretching: the spine remains neutral and the pelvis in slight posterior tilt
• Bringing the front knee beyond the toes
• Leaning sideways during the stretch

How to know you are doing it correctly:
You perceive a stretch in the front of the hip and thigh on the back side, without pain in the lumbar area. With practice, the sensation of stretching progressively reduces, indicating that the muscle is gaining flexibility.

Important note: This program is for informational purposes only and does not replace individual assessment. For a personalized program, consult your doctor or physical therapist, who can adapt the exercises to your specific clinical condition.

Fibromyalgia

Fibromyalgia is a chronic pain syndrome that often manifests with widespread pain in the spine and myofascial structures. Back pain is one of the most frequent symptoms.
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When to Consult a physical therapist

Spinal disorders are in the vast majority of cases benign and self-limiting, but some signs require timely professional evaluation. Clinical experience confirms that early diagnosis and timely treatment prevent chronicity.
Consult your doctor or physical therapist if:

• Back pain or neck pain persists for more than 2 weeks
• Pain radiates to an arm or a leg
• You experience persistent tingling or numbness in a limb
• Pain significantly limits your daily or work activities
• You have recurrent episodes of back pain
• Your posture is worsening and you want to correct it

Consult your doctor or the Emergency Room immediately if:

• You have lost bladder or bowel control (cauda equina syndrome)
• You experience progressive and marked weakness in one or both legs
• Back pain appeared after a significant trauma
• Pain is accompanied by fever, unexplained weight loss, or nocturnal pain that wakes you from sleep
• You have a history of cancer and develop new back pain

Frequently Asked Questions (FAQ)

Does a herniated disc heal on its own?
In many cases, yes. The body has natural mechanisms for reabsorbing herniated material, and follow-up studies with MRI have shown that herniations can significantly reduce or disappear over time. Physiotherapy accelerates functional recovery and allows the patient to manage symptoms during the natural healing process. Surgery is necessary in less than 10% of cases.

Does back pain depend on posture?
The relationship between posture and back pain is much more complex than commonly believed. There is no “perfect posture” and many people with “imperfect” postures have no pain. What matters is postural variability: staying too long in any position, even a “correct” one, can cause pain. The best advice is to change position frequently and stay physically active.

Is an MRI necessary for back pain?
In most cases of acute low back pain, MRI is not indicated in the first 4-6 weeks. International guidelines recommend imaging only in the presence of “red flags” (warning signs) that suggest specific pathologies. Excessive examinations can lead to irrelevant incidental diagnoses that generate anxiety and unnecessary treatments.

Are yoga and Pilates useful for back pain?
Both disciplines, when practiced with qualified instructors and with personalized adaptations, can be very useful in the management and prevention of back pain. Pilates in particular, with its emphasis on core stabilization, has a good scientific evidence base for chronic low back pain. The advice is to start with an individual program before moving on to group classes.

Can adult scoliosis worsen?
Adult scoliosis can progress slowly, especially in degenerative forms and in postmenopausal women with osteoporosis. However, progression is generally slow (1-2° per year) and a specific exercise program, associated with maintaining good muscle tone and managing osteoporosis, can slow or stop progression. Periodic radiographic monitoring allows for evaluation of evolution over time.

Internal Links Scheme — Spine Satellite Articles

| Satellite Article | Link |
| :————————– | :——————————— |
| Herniated Disc | /ernia-del-disco/ |
| Sciatica | /sciatica/ |
| Cold-Induced Neck Pain | /cervicale-da-freddo/ |
| Cervicalgia: Causes | /cervicalgia-cause/ |
| Low Back Pain | /lombalgia/ |
| Dorsalgia | /dorsalgia/ |
| Disc Protrusion | /protrusione-discale/ |
| Spinal Canal Stenosis | /stenosi-canale-vertebrale/ |
| Spondylolisthesis | /spondilolistesi/ |
| Adult Scoliosis | /scoliosi-adulto/ |
| Pelvis and Posture | /bacino-e-postura/ |

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Read also:

• Cervical Osteoarthritis: Symptoms, Exercises and Treatment
• Tension Headache: Causes, Physiotherapy and Exercises
• Cervicobrachialgia: Causes, Symptoms and Physiotherapy
• Dorsal Kyphosis: Causes, Exercises and Treatment
• Coccydynia: Causes, Symptoms and Treatment
• Lumbago: Causes, Remedies and Prevention
• Cruralgia: Causes, Symptoms and Differences with Sciatica
• TMJ Disorders: Symptoms, Causes and Physiotherapy
• Cervical Hernia: Symptoms, Causes and Treatment
• Thoracic Hernia: Causes, Symptoms and Physiotherapy
• Scheuermann’s Disease: Symptoms and Exercises
• Facet Joint Syndrome: Symptoms and Treatment
• Ankylosing Spondylitis: Symptoms and Rehabilitation
• Spondylolysis: Causes, Diagnosis and Treatment
• Torticollis: Causes, Remedies and Prevention
• Cervical Vertigo: Causes, Exercises and Treatment

Frequently Asked Questions

Does a disc herniation diagnosis on an MRI always indicate the source of back pain?

A disc herniation identified on an MRI scan does not automatically confirm it as the sole cause of current back pain. Many individuals without symptoms may also present with disc herniations on imaging. A comprehensive clinical evaluation is essential to correlate imaging findings with patient symptoms and functional limitations.

What is the primary approach for treating most back pain conditions?

The majority of back pain conditions, including disc herniations, typically respond favorably to conservative management. This often involves a tailored program of physical therapy, therapeutic exercises, and education on pain management strategies. Surgical intervention is generally reserved for specific cases where conservative treatments have not been effective or where there are progressive neurological deficits.

What is the role of a physical therapist in managing back pain?

A physical therapist plays a crucial role in assessing back pain, identifying contributing factors, and developing an individualized treatment plan. This plan often includes therapeutic exercises, manual therapy, and education on posture, movement mechanics, and pain coping strategies. Their guidance helps promote effective recovery, reduce fear associated with back pain, and prevent recurrence.

Are the natural curves of the spine considered structural defects?

The natural curves of the spine, such as the cervical and lumbar lordosis and thoracic kyphosis, are not structural defects. These curves are essential biomechanical adaptations that facilitate the distribution of loads and absorption of impacts throughout the spinal column. They contribute significantly to spinal health, flexibility, and overall function.

Sources and Scientific References

1. Lara-Palomo IC et al. (2022). Electrical dry needling versus conventional physiotherapy in the treatment of active and latent myofascial trigger points in patients with nonspecific chronic low back pain. Trials. 23:238. DOI | PubMed
2. Peretro G et al. (2024). Comparison of aquatic physiotherapy and therapeutic exercise in patients with chronic low back pain. J Bodyw Mov Ther. 38:399-405. DOI | PubMed
3. García-Moreno JM et al. (2022). Effectiveness of physiotherapy interventions for back care and the prevention of non-specific low back pain in children and adolescents: a systematic review and meta-analysis. BMC Musculoskelet Disord. 23:314. DOI | PubMed
4. Peacock M et al. (2023). Neural mobilization in low back and radicular pain: a systematic review. J Man Manip Ther. 31:4-12. DOI | PubMed
5. Mescouto K et al. (2022). A critical review of the biopsychosocial model of low back pain care: time for a new approach? Disabil Rehabil. 44:3270-3284. DOI | PubMed