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🏅 NABH Accredited · 160-Slice CT · Open 24/7

CT Cardiac Scan in
Ahmedabad
Know Your Heart. Save Your Life.

Non-invasive CT imaging for the heart — Calcium Scoring (CAC), CT Coronary Angiography (CTCA), and Cardiac CT for structure. Detect coronary artery disease before a heart attack. 160-Slice CT, MD Radiologist reports, same-day results, 9 branches.

160
Slice CT
3
Protocols
15
Branches
24/7
Open Daily
🩺 MD Radiologists
⚡ Same-Day Reports
❤️ Non-Invasive Heart CT
CT Cardiac — Quick Compare
Calcium Scoring (CAC)
CT Coronary Angiography
Cardiac CT (Structure)
CTCA + CAC Combined
Technology160-Slice MDCT
Duration15–45 min
Report TATSame Day
Choose Your CT Cardiac Protocol

Three Powerful CT Cardiac Protocols

Each CT Cardiac scan answers a different clinical question. Click a protocol to see full details, what it detects, preparation, and pricing — then book directly.

🟢

Calcium Scoring (CAC)

Coronary Risk Assessment
Preventive · Fast · No Contrast
🔵

CT Coronary Angiography

Coronary Artery Visualisation
Gold Standard · Full Anatomy
🟡

Cardiac CT (Structure)

Heart Anatomy & Structure
Morphology · Congenital · Pre-Op
Coronary Artery Calcium Scoring (CAC Score)
🟢 Calcium Scoring — Your Heart's Report Card

Coronary Artery Calcium Scoring (CAC) is a fast, non-contrast CT scan that detects and quantifies calcified plaque in the coronary arteries — the same arteries that cause heart attacks. The CAC Score (Agatston Score) is one of the most powerful predictors of future cardiovascular events, independent of traditional risk factors. Recommended annually or every 2 years for high-risk individuals aged 40–75 as a preventive cardiac screening test.

  • No contrast injection: Completely non-invasive — no needle, no dye, no fasting. Walk in and scan in 15 minutes.
  • Agatston Score: Standardised score correlating directly with coronary plaque burden and 10-year cardiovascular risk
  • Reclassifies risk: Frequently upgrades or downgrades cardiovascular risk beyond the Framingham score — changes statin decisions
  • Annual screening: Tracks plaque progression year-over-year — motivates lifestyle and medication adherence
  • Fast & affordable: 15-minute scan, lowest-cost cardiac CT — ideal first step in preventive cardiac workup
Contrast Required❌ None — no injection
Fasting Required❌ Not needed
Heart Rate ControlSometimes — beta-blocker may be given
Scan Duration15 minutes total
Report TATSame day
Report IncludesAgatston Score + Percentile + Risk
CT Coronary Angiography (CTCA / CTA Heart)
🔵 CT Coronary Angiography — See Every Coronary Artery

CT Coronary Angiography (CTCA) is the non-invasive gold standard for imaging the coronary arteries — providing detailed 3D visualisation of the left main, left anterior descending (LAD), left circumflex (LCx), and right coronary artery (RCA). It detects and characterises coronary plaque (calcified, mixed, soft), stenosis severity, and vessel anatomy — answering "Do I have coronary artery disease?" without catheterisation. For patients with intermediate or uncertain cardiac symptoms, CTCA is now the first-line investigation.

  • All four coronary arteries: LM, LAD (and diagonals), LCx (and obtuse marginals), RCA (and PDA, PLV) — complete anatomy
  • Plaque characterisation: Calcified vs soft (vulnerable) plaque — soft plaque has higher rupture risk despite lesser stenosis
  • Stenosis grading: 0% (none) to 100% (total occlusion) — determines need for stress test, catheterisation, or surgery
  • Non-invasive vs conventional angiography: No catheter, no arterial puncture, no hospitalisation — outpatient procedure in 30–45 minutes
  • High negative predictive value: Normal CTCA reliably rules out significant coronary artery disease — avoids unnecessary invasive angiograms
Contrast Required✅ IV Iodine contrast
Fasting Required✅ 4–6 hours before
Heart Rate Control✅ Beta-blocker to achieve <65 bpm
Scan Duration30–45 minutes total
Report TATSame day (4–6 hrs)
Report IncludesVessel-by-vessel stenosis + plaque
Cardiac CT — Structure & Morphology
🟡 Cardiac CT (Structure & Anatomy)

Structural Cardiac CT uses contrast-enhanced CT to evaluate the cardiac chambers, valves, pericardium, great vessels, and cardiac masses — without ECG gating limitations. It is the primary investigation for pre-TAVR/TAVI planning, evaluation of cardiac masses and thrombi, pericardial disease, congenital heart disease anatomy, and pulmonary vein mapping before catheter ablation for atrial fibrillation.

  • Pre-TAVR planning: Aortic annulus sizing, valve anatomy, access route planning — essential before transcatheter valve replacement
  • Left atrial appendage (LAA) imaging: Thrombus detection before cardioversion or ablation — safer than transesophageal echo in many cases
  • Pericardial disease: Pericardial thickness, calcification, effusion characterisation — for constrictive pericarditis diagnosis
  • Cardiac masses: Myxoma, lipoma, thrombus, metastasis — CT characterises tissue and origin
  • Congenital heart disease: Complex anatomy, shunts, vascular connections for pre-surgical planning in adults and children
Contrast Required✅ IV Iodine contrast
Fasting Required✅ 4–6 hours before
Heart Rate ControlOptional — depends on protocol
Scan Duration20–30 minutes total
Starting Price₹5,000+
Report TATSame day (4–6 hrs)
Report IncludesChamber sizes, valve, pericardium
CAC Score Guide

Understanding Your Calcium Score Result

Every CAC Scoring report from Usmanpura Imaging includes your Agatston Score, age/sex percentile ranking, and a clear risk interpretation — here's what each score means.

Agatston Score — What Your Result Means
The Agatston Score measures the total calcium burden in all four coronary arteries. Your cardiologist uses this score — combined with traditional risk factors — to decide whether to start, intensify, or defer statin therapy, and whether further stress testing or CTCA is needed.
0
No Plaque
Zero calcium. Very low risk. Consider deferring statins.
1–99
Mild
Some plaque. Low–Moderate risk. Lifestyle modification advised.
100–299
Moderate
Moderate plaque. High risk. Statin therapy strongly recommended.
300–399
High
Significant plaque. Very high risk. Aggressive management needed.
≥400
Very High
Extensive plaque. Consider stress test / CTCA for further evaluation.
❤️

160-Slice CT for precise coronary artery imaging & calcium quantification

50,000+ Cardiac CTs
15+ Years Experience
NABH Accredited
About This Service

Ahmedabad's Most Trusted
CT Cardiac Scan Centre

At Usmanpura Imaging Centre, our 160-Slice CT with ECG-gating delivers the sharpest coronary CT images in Ahmedabad — enabling precise calcium quantification, coronary stenosis assessment, and structural cardiac evaluation. Trusted by cardiologists, interventional cardiologists, and cardiac surgeons for non-invasive coronary imaging.

  • 3 Protocols in 1 Centre: CAC Scoring, CT Coronary Angiography, and Structural Cardiac CT — all available same day
  • 160-Slice ECG-Gated CT: High temporal resolution captures the heart at the right phase of the cardiac cycle for sharp, artefact-free images
  • Non-Invasive: Replaces diagnostic invasive catheter angiography in many patients — no arterial puncture, no hospitalisation
  • Same-Day Reports: Cardiologist-ready structured reports with vessel-by-vessel stenosis assessment and Agatston scores
  • Affordable:
Understanding the Scan

What is a CT Cardiac Scan?

A fast, non-invasive CT investigation of the heart and coronary arteries — no catheter, no hospitalisation, same-day results.

🔍

What CT Cardiac Examines

CT Cardiac studies visualise the coronary arteries (LM, LAD, LCx, RCA and all major branches), coronary calcification burden, cardiac chambers and function (ejection fraction on gated studies), cardiac valves, pericardium, aortic root, pulmonary arteries, and left atrial appendage. Calcium scoring specifically quantifies calcified plaque in each artery. CTCA additionally provides contrast-enhanced lumenography showing all stenoses and plaque types.

⚙️

How ECG-Gated CT Works

The heart beats 60–90 times per minute — standard CT imaging would be motion-blurred. ECG-gating synchronises CT acquisition to the cardiac cycle, capturing images during the rest phase (usually 70–80% of the R-R interval) when the heart moves least. Our 160-Slice CT acquires the entire heart in a single heartbeat — under 5 seconds. This temporal resolution is critical for coronary artery sharpness at high heart rates.

🆚

CT Cardiac vs Invasive Angiography

Conventional cardiac catheterisation involves inserting a catheter into a coronary artery via the groin or wrist — carries 0.5–1% complication risk, requires hospitalisation, and costs significantly more. CTCA provides equivalent diagnostic information for stenosis detection non-invasively, with >95% negative predictive value. Current ACC/AHA guidelines recommend CTCA as first-line for stable chest pain evaluation, replacing invasive angiography for diagnostic purposes in most patients.

🛡️

Heart Rate & Beta-Blockers

Image quality for CTCA is optimal at heart rates below 65 bpm. For patients with higher heart rates, a beta-blocker (metoprolol) is given orally 1–2 hours before the scan to slow the heart. This is a standard, safe, and effective protocol. Patients on existing beta-blockers should continue taking them. Sublingual nitroglycerin is also given just before scanning to dilate the coronary arteries and improve visualisation.

What CT Cardiac Evaluates

The Cardiac Structures CT Scans

Comprehensive imaging of every cardiac structure — from coronary arteries to pericardium.

🩸

Left Coronary System

The left coronary artery supplies 70% of the heart muscle — critical for anterior and lateral wall perfusion.

  • Left Main (LM) stenosis — the most dangerous lesion
  • LAD (Left Anterior Descending) — all segments D1 to D3
  • LCx (Left Circumflex) — OM1, OM2 branches
  • Soft plaque at bifurcation points
  • Myocardial bridging of LAD
  • Coronary anomalies and variants
🫀

Right Coronary System

The right coronary artery supplies the inferior heart wall, SA node, and AV node.

  • RCA proximal, mid, and distal segments
  • PDA (Posterior Descending Artery)
  • PLV (Posterior Left Ventricular) branches
  • Dominance assessment (right vs left dominant)
  • RCA total occlusion detection
  • Stent patency and in-stent restenosis
❤️

Cardiac Chambers & Function

Gated CT provides functional cardiac information beyond just coronary anatomy.

  • Left ventricular (LV) ejection fraction
  • LV wall motion assessment
  • LV and RV volumes (end-systolic, end-diastolic)
  • Left atrial size and appendage thrombus
  • Cardiac mass detection (myxoma, thrombus)
  • Interventricular septal defect
🔮

Aortic Root & Valves

The aortic root and cardiac valves — critical for pre-TAVR planning and valvular disease assessment.

  • Aortic root dimensions (annulus, sinus, STJ)
  • Aortic valve morphology (bicuspid vs tricuspid)
  • Aortic valve calcification scoring
  • Pre-TAVR annulus sizing and access
  • Mitral valve annulus dimensions
  • Pulmonary valve assessment
🫧

Pericardium

The heart sac — evaluated for thickening, calcification, effusion, and constriction.

  • Pericardial thickening (>4mm — constriction)
  • Pericardial calcification
  • Pericardial effusion characterisation
  • Constrictive pericarditis assessment
  • Pericardial cysts and tumours
  • Post-surgical pericardial changes
🌊

Pulmonary Veins & Great Vessels

The thoracic vessels around the heart — essential for ablation planning and vascular disease.

  • Pulmonary vein mapping (4 veins) pre-AF ablation
  • Pulmonary vein stenosis post-ablation
  • Aortic aneurysm and dissection
  • Pulmonary artery assessment
  • LIMA/RIMA graft patency (post-CABG)
  • Coronary bypass graft evaluation
All Protocols Available

Types of CT Cardiac Scans Available

We offer the complete range of cardiac CT protocols — from simple calcium scoring to complex pre-surgical TAVR planning.

Preventive Screening 🟢

Calcium Scoring (CAC)

Non-contrast ECG-gated CT quantifying calcified coronary plaque — Agatston Score for 10-year cardiovascular risk assessment. No fasting, no injection, 15 minutes. Ideal for preventive cardiac screening aged 40–75.

Coronary Diagnosis 🔵

CT Coronary Angiography (CTCA)

Contrast-enhanced ECG-gated CT of all coronary arteries — vessel-by-vessel stenosis grading, plaque type, and coronary anatomy. Replaces diagnostic invasive angiography in most stable chest pain patients.

Pre-TAVR / Structural 🟡

Cardiac CT (Structure)

Contrast CT of cardiac chambers, valves, and great vessels — for pre-TAVR annulus sizing, LAA thrombus, pericardial disease, cardiac masses, and congenital heart disease anatomical evaluation.

Combination 💎

CTCA + Calcium Scoring Combined

The most comprehensive cardiac CT — calcium scoring followed immediately by CTCA in a single session. Provides both plaque burden (Agatston Score) and coronary anatomy (stenosis mapping) — the complete coronary picture.

Post-CABG 🔧

CT Bypass Graft Assessment

Post-CABG CTCA evaluating internal mammary artery (LIMA/RIMA) and saphenous vein graft patency — determining graft occlusion or stenosis causing recurrent symptoms after bypass surgery. Non-invasive and definitive.

AF Ablation

Pulmonary Vein CT (Pre-Ablation)

Pre-catheter ablation CT mapping of pulmonary vein anatomy and left atrial dimensions — essential for electrophysiologists planning pulmonary vein isolation for atrial fibrillation. Also detects LAA thrombus prior to ablation.

Indications

When Should You Get a CT Cardiac Scan?

Your cardiologist, general physician, or preventive health specialist may recommend CT Cardiac for any of the following conditions or risk profiles.

Stable chest pain — rule out coronary artery disease
Atypical chest pain with intermediate Framingham risk
Preventive cardiac screening (smoker, diabetic, hypertensive)
Family history of early coronary artery disease
Calcium scoring before starting / stopping statins
Equivocal stress test or nuclear perfusion result
Suspected congenital coronary anomaly
Pre-operative cardiac risk assessment
CTCA to avoid unnecessary invasive angiogram
Post-CABG graft patency evaluation
Pre-TAVR / TAVI annulus sizing
Left atrial appendage thrombus before cardioversion
Pulmonary vein mapping before AF ablation
Pericardial disease — thickening, constriction
Cardiac mass characterisation
Aortic root assessment for valvular disease
Shortness of breath — cardiac cause evaluation
Young athlete cardiac screening
Why Us

Why Ahmedabad's Cardiologists
Refer to Usmanpura Imaging

Trusted by interventional cardiologists, cardiac surgeons, and preventive cardiology specialists across Ahmedabad for precise, reliable cardiac CT imaging.

🔬

160-Slice ECG-Gated CT

High temporal resolution ECG-gating captures sharp coronary images even at 70–80 bpm. Our 160-Slice CT acquires the entire heart in a single heartbeat — minimising radiation and maximising image sharpness.

👨‍⚕️

Cardiac CT-Specialist Radiologists

MD Radiologists with cardiovascular subspecialty training. CTCA reports include vessel-by-vessel stenosis tables, plaque characterisation, Agatston scores with age/sex percentiles, and structured cardiologist-ready summaries.

💰

Most Affordable Cardiac CT in Ahmedabad

CAC , CTCA — significantly below hospital and corporate chain rates of ₹6,000–₹15,000. Transparent pricing.

🏥

9 Branches — Open 24/7

Cardiac symptoms require timely evaluation. Our 15 branches across Ahmedabad & Gandhinagar are open round the clock, 365 days a year — appointment-free for all cardiac CT studies.

Same-Day Cardiologist Reports

Structured CTCA and CAC reports delivered same day — enabling your cardiologist to plan stent, CABG, TAVR, or medical management without delay.

🏅

NABH Accredited Quality

NABH accreditation ensures our cardiac CT protocols, ECG-gating parameters, and reporting standards consistently meet national benchmarks — accepted by all hospitals.

Why CT Cardiac

Benefits of CT Cardiac Scan

Why CT Cardiac is transforming coronary artery disease diagnosis — non-invasive, fast, and definitive.

🚫🩹

Non-Invasive — No Catheter

CT Cardiac completely replaces diagnostic invasive catheterisation for most patients — no arterial puncture, no hospitalisation, no catheter-related complications. An outpatient procedure home the same day.

🎯

Detect Disease Before Symptoms

CAC Scoring detects silent coronary plaque years before symptoms or a heart attack — enabling preventive treatment (statins, aspirin, lifestyle) at the optimum time to prevent irreversible cardiac damage.

💎

Plaque Type Matters

CTCA distinguishes soft (vulnerable) plaque from calcified (stable) plaque — soft plaque with less stenosis can still rupture and cause heart attacks. This tissue characterisation is not possible with catheter angiography alone.

🏥

Avoids Unnecessary Invasive Tests

A normal CTCA has >98% negative predictive value — ruling out significant coronary artery disease definitively. This prevents thousands of patients from undergoing unnecessary invasive cardiac catheterisation every year.

Before Your Scan

How to Prepare for CT Cardiac Scan

Preparation depends on your protocol — CAC needs almost nothing, while CTCA needs fasting and heart rate control. Follow these guidelines carefully.

🟢
Calcium Scoring (CAC)
No fasting · No prep · Walk in anytime
🔵
CTCA
Fast 4–6h · Beta-blocker · Heart rate <65
🟡
Cardiac CT (Structure)
Fast 4–6h · Contrast · Allergy check

Do's – Before Your CT Cardiac Scan

  • Arrive 30 minutes early — CTCA needs IV placement and heart rate assessment before scanning
  • Bring your cardiologist's prescription, ECG reports, and any previous cardiac workup
  • Continue your heart medications as prescribed — especially beta-blockers (lowers heart rate for better CT quality)
  • For CTCA: fast for 4–6 hours (no food or milk; clear water allowed)
  • Inform staff about allergy to contrast dye, kidney disease, or previous contrast reactions
  • Tell us about pacemakers, defibrillators, or any cardiac implants — CT is safe with all hardware
  • Practise deep breathing and breath-holding — you will be asked to hold for 8–10 seconds during the scan
  • Wear loose, comfortable clothing — no metal zippers or buttons on the chest
🚫

Don'ts – What to Avoid

  • Do NOT stop beta-blockers before CTCA — maintaining low heart rate is critical for image quality
  • Avoid caffeine (coffee, tea, energy drinks) for 12 hours before CTCA — caffeine raises heart rate
  • Do not eat 4–6 hours before CTCA or Structural Cardiac CT — not required for CAC Scoring
  • Do NOT take Metformin 48 hours before and after contrast CT (consult your doctor)
  • Avoid strenuous exercise on the day of CTCA — can raise heart rate and affect image quality
  • Do not hide contrast allergy or kidney disease — serious allergic reactions can occur with contrast
  • Avoid breastfeeding 24–48 hours after contrast injection (pump and discard)
  • Do NOT drive immediately after if sedation or beta-blocker has been given — wait at centre for 30 minutes
Step by Step

What Happens During
Your CT Cardiac Scan?

A well-structured 30–45 minute process for CTCA — from heart rate optimisation to coronary artery visualisation.

1

Registration & Cardiac Safety Check

Present your prescription. Staff measures your resting heart rate. If >65 bpm for CTCA, oral metoprolol is given 1–2 hours before scanning. IV cannula is placed for contrast and nitroglycerin administration.

2

ECG Lead Placement

Six ECG leads are attached to your chest — these monitor your heart rhythm in real-time and trigger the CT scanner to acquire images at the optimal phase of the cardiac cycle. No X-ray or electrical current is passed through you.

3

Pre-Scan Nitroglycerin (For CTCA)

Sublingual nitroglycerin spray is given 1–2 minutes before CTCA scanning — it temporarily dilates the coronary arteries, improving contrast filling and visual clarity. You may feel a brief headache; this is normal and harmless.

4

The Scan (5–15 Seconds Breath-Hold)

Contrast is injected via IV (for CTCA). You hold your breath for 8–10 seconds while the scanner rotates — the entire heart is captured in a single heartbeat. You feel warmth spreading through your body during contrast injection — completely normal.

5

Same-Day Cardiologist Report

Our cardiologist-radiologist generates 3D coronary reconstructions, grades each coronary segment for stenosis and plaque, calculates Agatston Score, and prepares a structured report — delivered same day via WhatsApp and email.

💓

Heart Rate Control Is Everything for CTCA

The single most important factor determining CTCA image quality is your heart rate. At rates above 70 bpm, motion blur degrades coronary artery sharpness — especially the right coronary artery which moves fastest. Oral metoprolol (25–50mg) is given 1–2 hours before your scan to bring your heart rate below 65 bpm. This is safe for most patients. If you are on existing beta-blockers, take your usual dose on the morning of the scan. Inform our staff about asthma or bradycardia when booking.

⚠️

When CTCA Is Not Recommended

CTCA may not be suitable for: (1) Patients with very high heart rates that cannot be controlled; (2) Patients with known severe contrast allergy (pre-medication required); (3) Significant kidney impairment (eGFR <30); (4) Extensive prior coronary stenting (stent artefact limits assessment); (5) Active chest pain or haemodynamic instability (invasive angiography is preferred). Consult your cardiologist if any of these apply — our team will advise the most appropriate cardiac imaging for your situation.

Common Questions

Frequently Asked Questions

Everything you need to know about CT Cardiac Scan, CTCA, and Calcium Scoring in Ahmedabad — answered clearly.

CT Coronary Angiography (CTCA) is a non-invasive way to visualise the coronary arteries using CT scanning and IV contrast dye — with no catheter or arterial puncture. Conventional invasive coronary angiography involves inserting a catheter into the coronary arteries via the groin or wrist, carries 0.5–1% procedural risk, and requires hospitalisation. CTCA provides equivalent diagnostic accuracy for detecting coronary stenosis as a 30–45 minute outpatient procedure. Current ACC/AHA and European Society of Cardiology guidelines recommend CTCA as the first-line investigation for stable chest pain with intermediate pre-test probability of coronary artery disease.
At Usmanpura Imaging Centre: Calcium Scoring (CAC) starts from ₹3,500, CT Coronary Angiography (CTCA) from ₹8,500, Structural Cardiac CT from ₹5,000, and combined CTCA + CAC from ₹10,000. These are significantly more affordable than hospitals and corporate chains in Ahmedabad, which typically charge ₹6,000–₹8,000 for CAC and ₹15,000–₹22,000 for CTCA. Pulmonary vein CT starts from ₹6,000 and post-CABG bypass graft CT from ₹8,000. All prices are transparent with no hidden charges.
Coronary Artery Calcium (CAC) Scoring is recommended for: (1) Individuals aged 40–75 with intermediate 10-year cardiovascular risk where statin therapy decisions are uncertain; (2) People with a strong family history of premature coronary artery disease (father <55 years, mother <65 years); (3) Patients who are reluctant to start statins — a CAC score of 0 allows safe deferral, while a score >100 strongly motivates therapy; (4) Active smokers and ex-smokers aged 50+ for cardiac risk quantification; (5) Diabetic patients for coronary risk stratification. It is not typically recommended for patients under 40 or those already established on statin therapy due to definite high-risk status.
Heart rate control is the most important factor for CTCA image quality. If your resting heart rate is above 65 bpm, oral metoprolol (25–50mg) is given 1–2 hours before the scan. This is a standard, safe, and well-tolerated protocol used internationally. Most patients experience mild fatigue or a slight drop in blood pressure — both resolve within a few hours. Beta-blockers are generally avoided or dose-reduced in patients with severe asthma, significant bradycardia (<50 bpm), or second/third-degree heart block. Inform our team when booking if you have any of these conditions so we can arrange appropriate modifications.
Modern CTCA uses carefully optimised low-dose protocols. With 160-Slice CT and prospective ECG-gating, effective radiation doses are approximately 1–3 mSv for CTCA — comparable to a mammogram or 3–6 months of background radiation. CAC Scoring uses even lower doses (~0.5–1 mSv). Our centre uses automatic tube current modulation and iterative reconstruction to minimise dose without compromising image quality. The clinical benefit of detecting significant coronary artery disease non-invasively far outweighs the small radiation risk. CTCA is generally avoided in pregnancy and young women of childbearing age unless clinically urgent.
Our CTCA reports are structured for cardiologist review and include: (1) Vessel-by-vessel stenosis table — LM, LAD (proximal/mid/distal), LCx, OM1/OM2, RCA (proximal/mid/distal), PDA, PLV segments; (2) Stenosis grading: normal/minimal (<25%) / mild (25–49%) / moderate (50–69%) / severe (≥70%) / occluded; (3) Plaque type for each lesion: calcified / mixed / soft (non-calcified); (4) Overall assessment: CAD-RADS score (0–5) with clinical recommendation; (5) Cardiac chamber sizes, aortic root, and any incidental findings; (6) 3D multiplanar reconstructions including curved CPR images of each artery.
A normal CTCA — showing no coronary stenosis ≥50% and no significant plaque — has a negative predictive value exceeding 98% and essentially rules out significant coronary artery disease as a cause of your symptoms. In this clinical scenario, guideline-directed management does not require further stress testing for coronary artery disease evaluation. Your cardiologist may recommend reassessment in 3–5 years or earlier if new symptoms develop. A normal CTCA does not rule out non-cardiac causes of chest pain (oesophageal, musculoskeletal, anxiety) which your physician will continue to evaluate.
CTCA has largely replaced diagnostic invasive coronary angiography for most patients with stable chest pain and intermediate pre-test probability. It is extremely accurate for ruling OUT significant coronary artery disease. However, invasive angiography is still needed when: (1) CTCA shows a stenosis ≥70% requiring immediate stenting (PCI) or CABG assessment; (2) The patient has very high pre-test probability and is proceeding directly to revascularisation; (3) CTCA image quality is insufficient due to arrhythmia, high heart rate, or heavy calcification; (4) Fractional flow reserve (FFR) measurement is needed to guide treatment of intermediate lesions. Invasive angiography remains essential for intervention — CTCA is for diagnosis.

Book Your CT Cardiac Scan Today

CAC Scoring · CT Coronary Angiography · Cardiac CT — all protocols available. Same-day results.

Patient Reviews

What Our Patients Say

Trusted by cardiologists and patients across Ahmedabad for precise, reliable CT Cardiac imaging.

★★★★★

I had atypical chest pain and my cardiologist requested a CTCA to rule out coronary disease. The Satellite branch team was excellent — heart rate was managed perfectly with metoprolol, and the report showed no significant stenosis. My cardiologist confirmed it was the best quality CTCA he had seen from a standalone centre. Same-day report!

R
Rajesh Mehta
📍 Satellite, Ahmedabad
★★★★★

Got my Calcium Scoring done at Bapunagar branch — quick, no injection needed, 15 minutes total. My CAC score came back at 142 (high percentile for my age). My cardiologist immediately started me on intensive statin therapy. This single test changed my entire preventive cardiology approach. Affordable and potentially life-saving!

P
Priya Shah
📍 Bapunagar, Ahmedabad
★★★★★

Required Cardiac CT for pre-TAVR annulus sizing — my cardiologist needed precise measurements before valve replacement. Usmanpura's 160-Slice CT provided the 3D reconstructions and annulus dimensions my interventional cardiologist needed for device selection. Most affordable TAVR planning CT in Ahmedabad. Excellent service!

K
Karim Shaikh
📍 Juhapura, Ahmedabad
🏅 NABH Accredited
🔬 160-Slice ECG-Gated CT
👨‍⚕️ MD Radiologists
📊 50,000+ Cardiac CTs
Same-Day Reports
🕐 Open 24/7

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