The Heart Won’t Wait: What You Need to Know About Cardiovascular Disease

  • 11 Aug 2026
  • 5 mins
Dr. Pinakin V Parekh

A 44-year-old man arrived at hospital with crushing chest pain at his workplace. By the time he reached the catheterisation laboratory, he was having a massive heart attack. He survived because help arrived in time and because an interventional cardiologist was ready to act. That patient's story captures what Interventional Cardiologist Dr. Pinakin V. Parekh sees regularly in his practice.

Cardiovascular disease, a condition that used to arrive in old age is now arriving at the doors of people in their 30s, 40s, and 50s. This article covers why, what to watch for, and what you can do about it.

Why Younger People Are Getting Heart Disease

Coronary artery disease develops when fatty deposits (plaque) build up inside the coronary arteries that supply the heart muscle. Over years, plaques narrow the artery and reduce blood flow. A plaque that ruptures suddenly can trigger a complete blockage — a heart attack — within minutes.

“Patients are getting younger and younger,” Dr. Pinakin notes. Coronary artery disease is no longer profiled to just be in the 60s, 70s, and 80s. It's no longer just an old person's disease.”

The shift toward younger patients is largely driven by lifestyle changes that accumulate silently over decades:

  • Poor diet and eating habits: Increased eating out, highly processed foods, and excess saturated fat and sugar drive cholesterol elevation and insulin resistance — both of which accelerate plaque formation.
  • Physical inactivity: Sedentary work and limited weekly exercise are now the norm. Physical activity directly protects the heart by reducing blood pressure, improving lipid profiles, and maintaining insulin sensitivity.
  • Uncontrolled blood pressure: Hypertension damages arterial walls, making them more susceptible to plaque formation and rupture. Most people with raised blood pressure have no symptoms until a cardiac or cerebrovascular event.
  • Skipping health screenings: According to Dr. Pinakin, if you do not go for health screenings, you will never know some of your cardiovascular risk factors.

    “Most cardiovascular risk factors — high blood pressure, diabetes, cholesterol — are silent. They will not have any physical appearance, they will not cause symptoms. They are only detected biochemically when you draw a blood sample,” he explains.

Those aged 40 and above are recommended to start going for heart health screenings to get a baseline of their heart health. If you have a family history of heart attack or strokes in a close family member, you may want to consider going for one earlier.

Menopause and Heart Risk: An Under-recognised Danger

Before menopause, oestrogen suppresses LDL cholesterol, raises HDL cholesterol, maintains arterial flexibility, and exerts anti-inflammatory effects on blood vessel walls. After menopause, these protections are withdrawn rapidly. LDL rises, HDL falls, and blood pressure tends to increase — a cardiovascular risk profile that can shift substantially within two to three years of the final menstrual period.

“Once a female patient has menopause, her cardiovascular risk profile changes a lot. The drop in oestrogen hormones — oestrogen hormones are protective — will increase your cardiovascular risk profile,” Dr. Pinakin notes. “If you've never had time to check your health before, once you've reached menopause, that's a good time to take stock.”

Women who have dismissed cardiac symptoms as menopausal (fatigue, breathlessness, palpitations, atypical chest sensations) may in fact be experiencing early cardiovascular disease. A cardiology assessment at or after menopause is warranted, particularly in women with additional risk factors such as a family history, diabetes, or prior gestational hypertension.

Symptoms to Never Ignore

Cardiovascular symptoms are frequently misattributed — to stress, indigestion, musculoskeletal pain, or fatigue. The consequences of that misattribution can be fatal.

“Never belittle your symptoms,” Dr. Pinakin stresses. “One of the most painful things for me to see is: you've had symptoms going on for a few days, you've not had time to address it, and it then comes to a stage where it can be too late.”

Classic cardiac symptoms

  • Chest pain, pressure, tightness, dullness, heaviness, or discomfort — at rest or on exertion
  • Pain or discomfort radiating to the left arm, jaw, neck, shoulder, or upper back
  • Breathlessness on exertion or at rest, unexplained by respiratory cause
  • Heart palpitations — rapid, irregular, or forceful heartbeat

Atypical symptoms that are often missed

Not every heart attack presents with dramatic chest pain. Dr. Parekh describes patients who came in with what appeared to be a stomach problem, they initially dismissed it as a gastric problem but it turned out to be an early indicator of an impending heart attack.

Symptoms that may indicate cardiac disease despite appearing unrelated to the heart:

  • Upper abdominal discomfort, bloating, or fullness — particularly on exertion
  • Unexplained nausea or vomiting
  • Persistent fatigue or reduced exercise tolerance
  • Dizziness or lightheadedness, particularly on effort
  • Cold sweats without a clear cause

If any of these occur alongside physical exertion or appear suddenly without another clear cause, they warrant cardiac assessment — not a wait-and-see approach.

How Heart Disease Is Detected: From ECG to CT Angiogram

The diagnostic pathway for cardiovascular disease has advanced significantly. The tests available now allow cardiologists to detect blockages non-invasively, and to characterise their severity with precision before deciding whether intervention is needed.

First-line tests

  • ECG (electrocardiogram): Records the heart's electrical activity; detects arrhythmias, identifies ongoing or past heart attack, and is available at any first contact with a doctor
  • Blood tests: Involves the use of troponin (heart muscle damage marker), lipid panel, fasting glucose, HbA1c, renal function
  • Echocardiogram: Ultrasound of the heart; assesses heart muscle function, valve integrity, and chamber sizes
  • Exercise stress test: ECG monitoring during treadmill exercise to detect exercise-provoked ischemia

Advanced imaging: CT coronary angiogram

“One of the most important tests in current generation of cardiology is the usage of CT scans to look for blockages from outside the body, it's called a CT coronary angiogram, and it's frequently paired with a CT calcium score,” Dr. Pinakin explains. “When you detect a blockage on a CT scan, a doctor will need to delineate how bad the blockages are — and if significant enough, we bring you to the lab to do an angiogram.”

A CT coronary angiography (CTCA) acquires hundreds of images in seconds during a single breath-hold, reconstructed into a detailed 3D map of the coronary arteries. It identifies atherosclerotic plaque — including soft plaque that does not yet calcify — and quantifies luminal narrowing. CT calcium scoring measures the amount of calcified plaque present, stratifying long-term cardiovascular risk even in asymptomatic patients.

For borderline blockages identified on CT or at conventional angiogram, Dr. Parekh uses additional intravascular tools — pressure measurement (FFR) and intravascular imaging (IVUS, OCT) — to assess whether a stent is truly warranted, minimising unnecessary intervention while ensuring no significant blockage is left untreated.

Treatment: From Medication to Coronary Intervention

Treatment for coronary artery disease is matched to severity. Not all blockages require stenting, and the goal of treatment is to relieve ischaemia (inadequate blood supply to the heart muscle) and reduce the risk of future events.

  • Medical management: Antiplatelet agents (aspirin, clopidogrel), statins for cholesterol reduction, ACE inhibitors or ARBs for blood pressure and heart protection, beta-blockers to reduce cardiac workload. Lifestyle modification: diet, physical activity, smoking cessation, and weight management.
  • Coronary angioplasty and stenting: A catheter is threaded through the radial artery (wrist) or femoral artery (groin) to the blocked coronary artery. A balloon inflates to open the blockage; a metal stent is deployed to hold it open. Modern drug-eluting stents release medication to prevent restenosis. Most patients go home the next day.
  • Coronary artery bypass grafting: Surgical bypass of multiple blocked coronary arteries using vessels from the chest wall or leg. Preferred when blockages are diffuse, involve the left main coronary artery, or are accompanied by poor heart function. Performed by a cardiac surgeon.
  • Cardiac rehabilitation: A structured programme of supervised exercise, dietary counselling, psychological support, and medication optimisation after a cardiac event. Reduces re-hospitalisation rates and mortality by up to 25% in compliant patients.

The Takeaway

Cardiovascular disease kills and disables at scale not because it cannot be treated, but because it is too often found too late.

Dr. Pinakin stresses the importance to always get an opinion from a doctor if you are feeling unwell, “I know it takes effort to see a doctor — it disrupts your schedule. But it is always very useful, take it from me, to always get an opinion from a doctor just to make sure you are safe and heading in the right direction. I cannot belittle this point. This is the same advice I've been giving patients over and over again for a long time.”

The risk factors of cardiovascular diseases are silent, the symptoms are easy to dismiss, and the diagnostic tools to find disease early are widely available but underused. A blood test, a blood pressure check, an ECG, and a CT scan are not difficult to arrange — they are the difference between catching a problem and managing it, or meeting it in an emergency.