There is a particular kind of pain I see again and again in my clinic. A 65-year-old lady — let us call her Usharani — bends forward to pick up her grandchild and feels a sudden, searing crack in her middle back. She spends three days telling herself it is just a muscle pull. By the time she comes to see me, she cannot sit upright for more than a few minutes. Her X-ray reveals a collapsed vertebra. Her spine — the very scaffolding that has held her upright through decades of cooking, carrying, and caring — has silently crumbled from within.

This is osteoporosis. Not just thinning bones on a scan. Real pain. Real disability. Real fear. And — and this is what I want every patient who reads this to understand — real, treatable suffering.

As a pain physician, I see osteoporosis from a different vantage point than an orthopaedic surgeon or a general physician. My interest is not just in what has broken, but in why it hurts, how severely it is threatening the nervous system, and what we can do — right now — to restore dignity and function to patients whose pain has been dismissed, underestimated, or simply untreated for far too long.

What Actually Is Osteoporosis?

Think of healthy bone like reinforced concrete — steel rods (the protein matrix, mostly collagen) embedded in a hard mineral matrix (calcium hydroxyapatite). The two components work together. The protein gives flexibility and tensile strength; the calcium gives hardness and compressive resistance. Remove either one, and the structure weakens catastrophically.

In osteoporosis, both are depleted. The bone becomes less dense, less strong, less resilient. Microscopically, the spongy inner bone — the trabecular bone — loses its honeycomb lattice and becomes more like a sparse web. The hard outer shell — the cortical bone — thins. What was once a robust girder becomes something closer to hollow chalk.

Left: Healthy bone — dense, robust trabecular network providing strength and resilience. Right: Osteoporotic bone — thinned trabeculae, increased fragility, dramatically reduced load-bearing capacity.

And here is the cruel part: it happens silently. No warning. No pain from the bone loss itself. Until the day a vertebra collapses, a hip fractures, or a wrist snaps — often from forces as modest as a cough, a sneeze, or bending over. We call these fragility fractures, and they are among the most underrecognised sources of chronic pain in India today.

Why Does Osteoporosis Happen? — The Causes Explained

Bone is not static. It is living tissue, constantly being broken down by cells called osteoclasts and rebuilt by cells called osteoblasts. In youth, building outpaces breakdown. In osteoporosis, this balance tips — sometimes dramatically — towards destruction.

The Big Drivers in an Indian Context

Every one of these causes is either preventable, treatable, or both. The tragedy is that most patients do not know their bones are at risk until something breaks.

Osteoporosis: Bone Loss, Fracture Cascade & Intervention Points

How We Diagnose — The Imaging and Tests That Matter

When a patient walks into my pain clinic with sudden-onset back pain — particularly an elderly woman, or anyone on long-term steroids — my first thought is a vertebral compression fracture. The workup is systematic. Every investigation answers one specific clinical question. Here is exactly what I order, and why.

FRAX Score — Your Personal Fracture Risk Calculator

A T-score alone does not tell the full story. Two people can have the same T-score but very different fracture risks. That is why I use the FRAX tool — developed by the World Health Organisation — alongside DEXA. It calculates your personal 10-year probability of a major fracture by factoring in:

Calcaneal QUS — The Community Screening Tool India Needs

Here is a test that I think is genuinely underutilised in India, and one that can make a real difference to early detection. The heel quantitative ultrasound scan (QUS) measures how sound waves travel through the heel bone (calcaneus). It produces a stiffness index and a T-score equivalent — without any radiation.

Blood Tests — Finding the Cause and the Complications

I routinely request: serum calcium and phosphate; 25-hydroxyvitamin D; parathyroid hormone (PTH); thyroid function; full blood count; renal and liver function; bone turnover markers such as serum CTX (C-terminal telopeptide) and P1NP (procollagen type I N-propeptide). In any patient with atypical features, I add serum protein electrophoresis to exclude myeloma. These tests serve two purposes: they identify treatable secondary causes, and they help me monitor the response to treatment over time.

The Pain Picture — What a Collapsed Vertebra Actually Feels Like

I want to spend a moment on this, because the pain of a vertebral compression fracture is still frequently dismissed. Patients are told, "At your age, back pain is normal." It is not. Acute severe back pain in an elderly person — especially a postmenopausal woman, or someone on steroids — is an osteoporotic fracture until proven otherwise.

The pain is typically acute onset, localised to the mid or lower back, worsened dramatically by standing and loading, and partially relieved by lying flat. Breathing deeply can be exquisite agony. Rolling over in bed. Standing from a chair. The patient cannot find a comfortable position.

When a fracture is at the thoracolumbar junction (T12-L2, the most common site) and a fragment or collapsed body encroaches on the spinal canal, radicular pain appears — shooting down the buttocks, thighs, or even the feet. In severe cases, cauda equina syndrome with bladder and bowel dysfunction represents a surgical emergency. These patients do not belong at home resting; they need urgent MRI and neurosurgical assessment.

Treatment — The Pain Physician's Stepwise Approach

Here is where my perspective diverges from what many patients expect. Most people assume osteoporosis means calcium tablets and maybe a drug from the GP. When a fracture has occurred, the management must be active, multimodal, and sequenced. Let me walk you through what we actually do.

Step 1: Bed Rest — Short-Term Help, Long-Term Harm

A small amount of rest — one to two weeks maximum — is reasonable in the acute phase. Semi-recumbent, firm mattress, supported posture. After that, gradual mobilisation with a well-fitted thoracolumbar brace begins. What is never acceptable — and what I see causing serious harm — is insisting that an elderly woman with a vertebral fracture remain completely bed-bound for weeks. The family means well. But prolonged immobility is a second injury.

Step 2: Analgesia — A Rational, Layered Approach

Pain management in the acute phase requires a WHO-ladder approach. Regular paracetamol (with adequate dosing — not the subtherapeutic "one tablet if needed" that many patients have been told). NSAIDs with gastroprotection in those without contraindications. Short-term weak opioids — tramadol or codeine — for breakthrough pain. Neuropathic agents (pregabalin, duloxetine) when there is a radicular component. I am cautious with opioids in the elderly — constipation, confusion, and falls from sedation can create more fractures than they prevent. The goal is functional analgesia: pain controlled enough to mobilise and participate in physiotherapy.

Step 3: Epidural Steroid Injection — For the Nerve Pain Component

When a collapsed vertebra or retropulsed fragment is irritating or compressing a nerve root, the resulting radicular pain — sharp, electric, shooting — can be truly disabling. An epidural steroid injection (ESI), performed under fluoroscopic guidance, delivers corticosteroid (typically triamcinolone or methylprednisolone) into the epidural space adjacent to the compressed root. This reduces neurogenic inflammation, interrupts the pain signal, and allows meaningful rehabilitation. I have seen patients who were bed-bound and tearful from radicular pain walk out of the procedure room with dramatically reduced symptoms. The ESI is not curative — the mechanical problem persists — but it buys time, improves function, and can be the difference between a patient engaging with rehabilitation versus spiralling into chronic disability.

Step 4: Vertebroplasty — Stabilisation Without Balloon

Vertebroplasty is the simpler of the two cement augmentation procedures. Under fluoroscopic (X-ray) and sometimes CT guidance, I pass a trocar — a thick, hollow needle — through the pedicle of the fractured vertebra. Bone cement (polymethylmethacrylate, PMMA) is then injected under pressure directly into the collapsed body, filling the fracture clefts and trabecular spaces. As the cement cures (polymerises), it generates heat and stabilises the fracture. The pain relief, in carefully selected patients, can be dramatic — often within 24 to 48 hours. The procedure takes 45–60 minutes, is performed under sedation or light general anaesthesia, and patients typically go home the next day.

Step 5: Kyphoplasty — Stabilisation With Height Restoration

Kyphoplasty adds an important step before cement injection. After positioning the trocar, a deflated balloon (balloon tamp) is inserted into the vertebral body and inflated under controlled pressure. This balloon compacts the surrounding bone, creates a cavity, and — crucially — can partially restore the lost vertebral height and reduce the kyphotic (forward-bending) deformity. The balloon is then deflated and removed, and cement is injected into the cavity at lower pressure, reducing the risk of cement leakage compared to vertebroplasty. Kyphoplasty is preferable in more acute fractures (where height restoration is possible), in patients with significant kyphotic deformity, and when the posterior cortex is partially compromised (the lower injection pressure is safer).

When Surgery Becomes Necessary — And the Honest Reality for Elderly Patients

When vertebroplasty or kyphoplasty cannot do enough — because of significant spinal instability, progressive neurological deficit, or multilevel disease — spine surgery with pedicle screw fixation becomes necessary. But I want families to understand two important realities that do not always get explained clearly.

Prevention — How to Build and Protect Your Bones for Life

Here is the truth that most patients do not hear until it is too late: osteoporosis is largely preventable. And even after a fracture, the trajectory can be slowed, halted, and sometimes partially reversed. Prevention is not a single act — it is a set of daily habits that accumulate over decades. Think of it as a savings account you start contributing to from your 20s, knowing you will need those reserves in your 60s and 70s.

Foods That Build Strong Bones — An Indian Kitchen Guide

You do not need expensive supplements or imported foods to protect your bones. The Indian kitchen — when used well — is one of the richest sources of bone-building nutrition in the world. The problem is that most people are not eating enough of these foods, or are preparing them in ways that reduce their nutritional value. Here is what I recommend to my patients every day.

Bone-Building Foods from the Indian Kitchen — Calcium & Key Nutrients

Daily Habits That Quietly Protect Bones — Starting From Today

Medical Management of Osteoporosis — What Pain Physicians Do Beyond Procedures

Treating the fracture and its pain without simultaneously treating the osteoporosis is like patching a leak without turning off the tap. Every patient who leaves my clinic with a vertebral fracture diagnosis gets a concurrent conversation about bone health optimisation.

Calcium supplementation (1,000–1,200 mg daily in divided doses, with meals); vitamin D (cholecalciferol, typically 2,000–4,000 IU daily in deficient Indian patients); protein optimisation through diet counselling; and where appropriate, referral to an endocrinologist or rheumatologist for anti-resorptive or anabolic therapy. Bisphosphonates (alendronate, zoledronic acid) remain the cornerstone of pharmacological treatment, with denosumab, teriparatide, and romosozumab for high-risk or refractory cases. These decisions require specialist collaboration and cannot be made in isolation.

The Empathy Gap — What Patients With Osteoporotic Pain Deserve

I want to close the clinical section with something that is not in any guideline but matters enormously: the way we listen to these patients.

Most of them are elderly women. Many come with family members who speak over them, summarise their symptoms for them, or minimise what they are experiencing. "She is just dramatic," or "At her age, some pain is expected." I have heard versions of this in my consultation room more times than I can count.

Here is what I know from 15 years of pain medicine: undertreated pain is not a minor inconvenience. It triggers the hypothalamic-pituitary-adrenal axis. It elevates cortisol chronically, which — circularly — accelerates bone loss. It disrupts sleep, which impairs healing. It causes depression and social withdrawal. It leads to immobility, which causes more bone loss. Untreated pain from an osteoporotic fracture is not just unkind. It is clinically counterproductive.

Understanding and empathy are not soft extras in medical care. They are active ingredients in recovery. Patients who feel heard comply better with treatment, mobilise earlier, and report less chronic pain. If there is one thing I want every family member reading this to take home, it is this: the pain your mother or grandmother is describing is real, it is measurable, and it deserves expert attention — not dismissal.

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