Pace Hospitals | Best Hospitals in Hyderabad, Telangana, India
Angiogram test

Angiogram Test - Uses, Procedure Indications & Cost

PACE Hospitals is one of the best hospital in Hyderabad for angiogram test. The Department of Cardiology is equipped with The next generation image-guided therapy platform - a Philips Azurion Cath Lab for outstanding interventional cardiac, electrophysiology, neuro and vascular performance for precise diagnostic results with delivering evidence based treatment.


Our team of best cardiologist and interventional radiologists in Hyderabad, Telangana, India are having extensive experience in performing angiography procedure.

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State-of-the-art facility with Philips Azurion Cath Lab

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Cost-effective treatment with 99.9% success rate

All insurance accepted with No-cost EMI option

What is an Angiogram Procedure?

Angiogram meaning


The angiogram test is a diagnostic procedure, used to assess anatomical and structural aspects of the vascular system by detecting the angiography contrast agent that has been injected into a blood vessel and projecting it on a series of X-rays to view the inner wall of the blood vessel, the presence of any blockages and blood flow through the lumen.


Angiography test provides therapeutic choices during initial diagnosis and enables real-time, dynamic imaging through conventional imaging technologies that include non-invasive techniques, such as X-rays, computed tomography (CT angiogram) and Magnetic resonance (MR angiography). Invasive angiography is typical, and it is the gold standard for identifying the majority of intravascular diseases and offers treatment alternatives.

angiogram cost in hyderabad | best cardiac hospital for angiogram test in hyderabad | angiography price in hyderabad, telangana, india

Types of Angiogram Test

There are different types of angiography, depending on the anatomical location or area of the body being examined.

  • Neuroangiography or Cerebral Angiography
  • Coronary angiography
  • Pulmonary angiography
  • Abdominal angiography
  • Renal angiography
  • Radionuclide angiography
  • Lymphangiography
  • Peripheral angiography or Extremity angiography
  • Retinal angiography
  • Arotography
  • Trauma angiography


  • Neuroangiography or Cerebral Angiography: It is the examination of cerebral blood vessels for abnormalities like aneurysms and diseases like atherosclerosis with the help of X-ray imaging guidance and administration of contrast dye.
  • Coronary angiography: It is a diagnostic test that employs X-rays to visualise the blood vessels in the heart. This test is used to determine the presence of blockages in the blood vessels that supply blood to the heart.
  • Pulmonary angiography: It involves the administration of a contrast agent into the pulmonary blood vessels, followed by an X-ray imaging study. This is used to detect the presence of thrombus or blood clots in the pulmonary blood vessels.
  • Abdominal angiography: It is used to examine the flow of abdominal blood vessels. This diagnostic test is used to check for any abnormality in abdominal blood flow to organs like the liver and spleen with the help of a contrast agent and X-ray imaging study.
  • Renal angiography: It is a diagnostic procedure that uses imaging technology (X-ray) and contrast dye to examine the blood vessels in the kidneys. It is used to detect the presence of an aneurysm, stenosis, or a blockage in a renal blood vessel.
  • Lymphangiography: It is a diagnostic test used to detect the presence of lymphatic diseases such as Lymphedema, Hodgkin lymphoma, and Lymphatic injury. Lipoidal dye is injected lymphatic vessels as a part of the test to visualise the lymphatic structures with the help of MRI or X-ray.
  • Peripheral angiography or Extremity angiography: This test is used to identify the presence of any stenosis or blockage of blood vessels (arteries) that supply blood to the peripheral extremities, such as feet and legs and, in few cases in hands and arms, with the help of an X-ray imaging study and administration of contrast dye into the blood vessels.
  • Retinal angiography: It is a diagnostic test where an ophthalmologist administers a yellowish colour dye into the arm blood vessels, which might take a few seconds to reach the blood vessels of the eyes and pass through the retina. The ophthalmologist observes the blood vessels (eye) and takes pictures of the retina with the help of a special camera. It is used to diagnose diabetic retinopathy, ocular melanoma, macular oedema, etc.
  • Radionuclide angiography: Radionuclide angiography (RNA) is a nuclear medicine test where a small amount of radioactive substance (radionuclide) will be inserted through arm blood vessels to track the blood cells' progress through an organ (heart) with the help of a scanner. A gamma camera is used to record the muscle at work which is further mapped with the electrocardiogram recordings. RNA is used to detect the heart muscles injuries, aneurysm, heart failure etc.
  • Aortography: It is used as a standard procedure for the evaluation of peripheral vascular disease with the help of contrast dye and X-ray imaging study. It provides a clear picture of the obstruction in the aorta (main artery) that carry oxygenated blood to the lower body.
  • Trauma angiography: It is used to detect the presence of traumatic arterial injuries with the help of an X-ray imaging study and administration of contrast dye into the blood vessels.

Angiogram Methods

Depending on the technique used to diagnose the blockage, there are three different methods of angiograms or angiography tests.

  • Computed Tomography Angiography (CTA)
  • Digital Subtraction Angiography (DSA)
  • Magnetic Resonance Angiography (MRA)


Computed Tomography Angiography (CTA) test: A CT angiography is a medical test that combines a computed tomography scan (CT scan) with an injection of a specialised dye to create images of the tissues and blood vessels in a specific area of the body. An intravenous line will be inserted in the patient’s peripheral blood vessels, and the angiogram dye will be injected. The dye used in angiography (CT angiography) is known as a contrast substance because it "lights up" the blood vessels and tissues being investigated.


Digital Subtraction Angiography (DSA) test: It provides a picture of the brain's blood vessels in order to detect problems with blood flow. The technique involves inserting a catheter, a tiny, thin tube, into the brain blood vessels through an artery in the leg. The catheter is used to administer a contrast dye, and the blood vessels are imaged using X-ray technology.


Magnetic Resonance Angiography (MRA) test: Magnetic resonance angiography (MRA) is a non-invasive diagnostic procedure that combines MRI technology with intravenous (IV) contrast dye to examine blood vessels. The contrast dye makes blood vessels on the MRI picture seem opaque, allowing the interventional radiologist to see the blood vessels being assessed. Blood flow is frequently evaluated, and the heart and other soft tissues are examined with an MRA.

Angiogram vs Angiography | Differences between Angiogram and Angiography

A diagnostic approach used to diagnose flow abnormalities in the blood vessels. 

Angiography Angiogram
It is a diagnostic procedure that is used to examine blood vessels with the help of a special dye known as a contrast agent, which will be injected into the blood vessels on standard X-rays. It is a diagnostic image of an X-ray that depicts the blood flow in the blood vessels (arteries/arteriogram or veins/venogram) that produce through an angiography procedure.

Angiography indications, Angiogram uses

Angiography is a diagnostic procedure used to observe blood vessel health and its flow in various organ systems, diseases, and conditions such as the following:

Brain

  • Extracranial disease, including subclavian steal syndrome, extracranial carotid stenosis, cavernous-carotid fistula, and epistaxis.
  • Intracranial disease includes cerebral vasospasm, acute stroke, cerebral arteriovenous malformations and aneurysms, subarachnoid haemorrhage without a history of trauma and WADA test.

Cardiovascular

  • Peripheral vascular disease 
  • Thoracic and abdominal aortic aneurysm and dissection
  • Coronary artery aneurysms
  • Vascular malformations
  • Coronary artery disease diagnosis and treatment

Gastrointestinal:

  • Embolisation of arteries in critical gastrointestinal bleeding
  • Mesenteric ischemia (sudden decline in blood flow through mesenteric vessels)

Pulmonary

  • Pulmonary haemorrhage

Renal:

  • Angioplasty maintenance and mapping of dialysis fistula
  • Renovascular hypertension

Reproductive

  • Ovarian veins embolisation in patients with pelvic congestion syndrome
  • Embolisation of fibroids
  • Varicoceles embolisation

Oncology

  • Carcinoid tumours
  • Hepatoma (liver cancer)
  • Kidney cell cancer
  • Colorectal liver metastases
  • Transarterial cancer therapy (e.g., radiofrequency ablation and chemotherapy)

Trauma

  • Injury to extremity artery; internal bleeding due to visceral injury and pelvic trauma
angiogram uses | coronary angiography indications contraindications | angiogram test uses | Coronary Angiography Cost in Hyderabad, India

Angiography contraindications

Though the angiography procedure is safe and effective, it is not indicated for everyone. The following are the contraindications of angiography.


Absolute contraindications

Morbidly obese patients with weights exceeding 158.7 kilograms.


Relative contraindications in

  • Patients with a history of allergic responses (mild) to angiography can be pretreated with corticosteroids and antihistamines.
  • Patients with underlying renal dysfunction or dehydration have a considerable chance of acquiring renal function after contrasting medium administration. For this subset of patients, ultra-low contrast or zero contrast procedures have been proposed.
  • Patients with a history of severe iodinated contrast medium allergy, cardiovascular system collapse, bronchospasm, angioedema, and laryngospasm. When accessible, carbon dioxide angiography could be performed on these individuals.
  • Patients with pregnancy, unless there is a risk of maternal (mother/women) mortality due to uncontrollable internal bleeding.
  • Patients with coagulopathy, International normalised ratio (INR) greater than 2, and platelet count lesser than 50,000/microliter are at high risk of bleeding.
  • Diabetic patients on biguanides therapy might have the risk of developing lactic acidosis and worsening renal function, especially if they already have renal impairment.
  • For patients who exhibit severe anxiety or are unable to lie motionless, conscious sedation may be necessary for such.

In patients with kidney, liver, or thyroid problems, cerebral angiography is contraindicated.

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  • Considerations of an interventional radiologist

    Considerations of an interventional radiologist to reduce the risk of complications during the angiography procedure.


    Though angiography is the most reliable diagnostic tool for determining the existence and severity of disease due to blockage of blood vessels, there are several complications a patient might experience, but the clinical acumen of an interventional radiologist would aid in reducing the risk of complications, thereby providing better patient outcomes.  


    Contrast media-induced nephropathy

    Contrast-induced nephropathy (CIN; clinically defined as an increase in serum creatinine concentration≥ 0.5 mg/dl or 25% above the baseline value) has substantial short- and long-term consequences. The most important risk factors for developing CIN include preexisting renal insufficiency, advanced age, and diabetes. However, it can be reduced with proper risk stratification, choice of contrast agent, procedure staging, and other preventive measures.

    The interventional radiologist or cardiologist takes the following initial prevention measures to avoid CIN by.

    • Reducing the volume of the contrast medium thereby minimises the risk of nephropathy requiring dialysis, especially in kidney impairment patients. 
    • Usage of iso-osmolar non-ionic agents that had shown a 23% low risk of CIN when compared to low-osmolar non-ionic agents.
    • Administering saline solution as volume expansion is one of the primary strategies for avoiding CIN. 

    Allergic reactions

    Rarely allergic and systemic reactions to local anaesthesia may occur, such as vasodepressor reaction, methemglobinemia, asthma-like reactions, and anaesthesia toxicity. The reactions are dermatologic or vagal and rarely anaphylactic which occur due to the presence of the preservatives in medicinal preparations. 


    It is a commonly followed protocol to learn about the allergic history of the patient so as to avoid any potential allergic reactions. Similarly, the skin testing method is done so that the operating radiologist or cardiologist would prefer preservative-free agents to reduce the risk of allergic reactions.


    Oversedation

    General anaesthesia is rarely necessary, and most procedures are carried out without the assistance of an anesthesiologist. However, interventional radiologists or cardiologists prefer to prescribe low doses of short-acting sedatives and analgesics to improve patients' comfort and decrease their anxiety throughout the procedure.


    The interventional radiologist or cardiologists do take care extreme caution to avoid over-sedating the patient and closely monitor their oxygen levels, heart rate, blood pressure, and respiratory rate. In case of oversedation, the radiologist prescribes the reversal agents.


    Anticoagulant Induced Thrombocytopenia

    Anticoagulant Induced Thrombocytopenia is a life-threatening immune-mediated complication that occurs with an anticoagulant administration via saline flush or during percutaneous coronary intervention. Although the risk doesn’t occur during the procedure, patients with a medical history of anticoagulant exposure may develop potentially fatal thromboembolic problems following the days after post-procedure. A severe form of immune-mediated thrombocytopenia accompanied by venous and arterial thrombosis develops in about 1% to 3% of patients receiving unfractionated anticoagulants. In such instances, the interventional cardiologist would immediately stop the prescribed anticoagulant and initiate direct thrombin inhibitors. 

Preparation for the Angiogram Procedure

The patient preparation for angiography includes the following.


  • An angiography eligibility evaluation may necessitate a hospital visit. Angiography is performed in the X-ray or radiology department of a hospital.
  • On visiting the centre, the interventional radiologists or vascular surgeons would like to know more about the patient's medical, pregnancy and medication history, which includes the usage of over-the-counter and herbal supplements.
  • People on oral hypoglycaemic agents for diabetes, antiplatelet or anticoagulant medicines, and patients with a history of hypersensitivity to iodinated angiography contrast agents should all be carefully examined before initiation of angiography test to prevent complications.
  • The physician would suggest stopping certain medications before the test, which might cause procedure problems. 
  • The physician would perform a physical examination and prescribe blood tests (that also reveal the function of kidneys, which helps in the excretion of contrast dye) to know the patient's physical status.
  • The entire procedure and risk (if any) involved will be explained clearly to the patient, and the patient will be provided with a consent form to sign, which permits the interventional radiologists or vascular surgeons to do the procedure. It is important for the patient to read the consent document carefully and ask any questions they may have before signing.
  • The patient should not consume anything by mouth for eight hours prior to the angiography. A person should accompany the patient as the patient might feel drowsy for the first 24 hours post angiogram test. 
  • Patients undergoing conventional angiography should drink plenty of water before the procedure to lessen the likelihood of contrast medium-induced nephrotoxicity.
  • The patient will be provided with a surgical gown, and their vitals, such as blood pressure, blood sugar levels (if diabetic), and electrocardiogram, will be checked before inserting the intravenous line.


Depending on the type of angiography being performed, access may be achieved through a large or medium-sized artery or veins in various different locations. 

  • When working on the iliac arteries, the abdominal and thoracic aorta, the upper limbs, the head, and the neck, the femoral (inserting contrast media through groin/thigh vessels) method is typically used as a retrograde approach. Its big diameter makes it suitable for the insertion of stents or occlusive aortic balloons.
  • For the coronary angiogram test, the radial (inserting contrast media through forearm vessels) method has largely replaced the femoral and brachial approaches because of its lower risk of complications. The femoral approach allows for the use of larger sheaths, as well as percutaneous suture devices and collagen plugs. 
  • Both the antegrade femoral approach and the popliteal route are used for limb angiography.

During the Angiogram procedure

The angiogram procedure steps are as follows.

  • The patient will be administered general anaesthetics, and a small incision will be made, also called an access site. Local anaesthetic is used to numb the area before an incision is made in the skin over one of the blood vessels (often in the groin or the wrist).
  • In the catheter angiography procedure, a suitable long thin, flexible tube (catheter) is introduced via the access site and guided to the desired vessel via a guide wire. The patient might feel a pushing sensation during this process.
  • A special dye (angiography contrast agent) will be injected through the catheter. The patient might experience transient feelings of heat, flushing, and the urge to urinate for a few seconds after the insertion of contrast dye.
  • In the case of the computerised tomography technique, a cut will be placed on the blood vessel (mostly in the wrist), and an angiography contrast agent will be injected. 
  • Still or fluoroscopic X-ray images can be captured with the digital subtraction angiography (DSA) technique, with a frame rate of between 2 and 3 frames per second (FPS). Visual inspection can detect moderate to severe stenosis and other problems.
  • In some cases, treatment can be administered simultaneously, such as the insertion of a balloon or thin tube used to dilate a constricted artery, termed angioplasty. After the angiogram procedure, the catheter will be removed (in case of catheter angiography procedure), and any bleeding will be staunched by applying pressure to the wound.

Post angiogram care

  • If the patient had any cuts during the procedure, the patient would be kept for a few hours in a recovery room until the bleeding stopped.
  • While withdrawing the catheter that is placed into the patient’s groin, if there is any bleeding, pressure may apply by the health care staff or nurse for up to 10 minutes to stop the bleeding.
  • If the catheter was introduced into the patient's arm, a little pressurised cuff may be wrapped around the patient’s arm. Over the course of several hours, the pressure is lowered gradually. 
  • The patient might receive the results on the same day.
  • Having a support person nearby for at least 24 hours is advisable in case of any complications.
  • Drinking plenty of water is recommended, as the injected angiogram contrast dye leaves the patient’s body through urine.
  • The health care staff will provide the counselling with respect to diet, follow-ups, and when to resume withdrawal medication (stopped prior to the procedure).

Recovery from angiogram procedure

  • The patient might go home on the same day or the following day based on the patient's condition.
  • The patient can go to regular activities the following day of discharge; however, lifting heavy objects and doing severe exercise for a few days should be avoided.

Angiogram side effects - After Angiogram complications

Even though overall angiography-related complications / side effects are uncommon, angiogram complication risks are higher in patients with elderly age, renal disease, calcified non-compliant arteries, reduced cardiac reserve, and patients with multiple comorbidities. The angiogram complications / side effects can be minor or major, such as:


Minor Side effects / Complications 

  • Bruising (rupture of small blood vessels)
  • Vomiting sensation
  • Burning sensation or hot flushes at the site of the cut 
  • Pain at the site of puncture
  • Allergic reactions (minor) such as rashes or hives to contrast agent.
  • Decline in renal function (short time/ transient)


Major Complications (Rare)

  • Acute renal failure
  • Anaphylactoid reaction (allergy reaction) to contrast agent causing loss of consciousness, difficulty in breathing, and dizziness
  • Hematoma, or false aneurysm, significant bleeding occurs in less than 5% of angiogram tests.


Cerebral angiography complications 

The following are rare significant blood vessel and brain complications such as:

  • Loss of consciousness
  • Hemiplegia (one side of the body paralysed)
  • Bleeding or bruising at the site of the puncture.
  • Transient ischemic attack 
  • Infection
  • Loss of speech ability


Complications of coronary angiography 

The following are some of the potential problems of coronary angiography:

  • Heart attack
  • Increased heartbeat
  • Stroke
  • Bleeding from the wound 
  • Allergic reactions to contrast dye.

Angiogram vs Angioplasty | Difference between Angiogram and Angioplasty

Angiography procedure is a method that uses X-rays to examine the blockage of blood vessels. If the cardiologist or interventional radiologist detects any blockage (stenosis) of a blood vessel, an angioplasty procedure will be used in order to widen the blood vessel and restore the blood flow.

Angiogram Angioplasty
It is a diagnostic tool to visualise blood vessels It is an interventional procedure used in the treatment of blocked vessels
It can be performed on various parts of the body, such as the heart, brain, lungs etc. It can be performed on the heart and peripheral arteries.
Used to detect the location, extent, and severity of blockages in blood vessels. Used to widen narrowed or blocked blood vessels in addition to location, extent, and severity.
Risks of Bruising, soreness, and transient renal impairment. Risks of Bleeding, blood clots, and blood vessel damage.

CT angiography vs angiography (CT angiogram vs angiography)

Angiography is a traditional way of finding out the blocked blood vessels, where a catheter is used to insert the contrast media into the blood vessels, whereas, in CT angiography, contrast is inserted directly into the blood vessel. However, the following are the differences between CT angiogram and angiography.

CT angiography Angiography
It is less invasive procedure, during this contrast media inserted directly through a blood vessel. Comparatively it is more invasive procedure, during this contrast media inserted through the artery via a catheter.
Less Bleeding, as it involves a vein puncture, and the contrast medium is directly injected without any catheter. More bleeding, as it involves artery puncture and catheter insertion
Less accurate and liable compared to traditional angiography More accurate and liable than CT angiography
100 to 150 ml of contrast reagent use 10 to 20 ml of contrast reagent use
It takes less time (20 minutes to an hour) Comparatively it takes more time (3 to 7 hours).
Preferably, in younger patients with no risk factors and mild positive treadmill test. Preferably, in patients with high-risk factors and with associated comorbidities.

Differences between Angiogram, Arteriogram and Venogram

All these are diagnostic images that provide the visualisation of blood flow through blood vessels using X-ray technology and contrast dye; however, the differences between them are as follows:

Angiogram Arteriogram Venogram
It depicts the blood flow in both arteries and veins It depicts the blood flow of arteries. It depicts the blood flow of veins.
It can detect blockages in both arteries and veins. It can detect only aneurysm (Ballooning of a blood vessel), stenosis (narrowing of a blood vessel) and other blockages in arteries. It can detect only deep vein thrombosis and other vein abnormalities.

Differences between Arteriogram and Arteriography

These are diagnostic approaches that provide the presence of any abnormality in the blood flow of the arteries in various parts of the body; however, there is a minute difference between them.

  • Arteriogram: It is an image that provides a picture of the arterial blood vessels with the help of an X-ray when a special dye is inserted in the arteries. It is obtained after arteriography.
  • Arteriography: It is an invasive test that is used for the evaluation of arteries or the presence of any blockages in the arteries.

Differences between Venogram and Venography

These are diagnostic approaches that provide the presence of any venous blood flow abnormality in various parts of the body; however, there is a precise difference between them.

  • Venogram: It is an image that provides a picture of the venous blood vessels with the help of an X-ray when a special dye is inserted in the veins. It is obtained after venography.
  • Venography: It is an invasive test that is used for the evaluation of veins or the presence of any blockages in the veins.

Frequently asked questions:

  • Is an angiogram painful?

    The pain of an angiography test procedure is minimal. The interventional radiologist or cardiologist will inject an anaesthetic to numb the area at the site of catheter insertion. The patient might feel the needle entering the skin. The patient won't experience any pain during the procedure.

  • What is an angiogram test?

    An angiogram test is a diagnostic procedure that detects blockages in the blood vessels with the help of X-ray images. The interventional radiologist or vascular surgeon observes how blood flows through blood vessels at particular points in the patient's body by performing an angiogram test and detects the existing problems of blood vessels. The angiogram test can be used to identify blood vessel problems in the heart, legs, kidneys, neck and other areas. 

  • How serious is an angiography test?

    The angiography procedure is a relatively painless and safe procedure; however, it might have a few rare serious complications, such as allergic reactions to contrast dye, acute renal impairment, and hematoma. In addition, in some cases, at the site of catheter administration, it occasionally results in bruises.

  • What is an angiogram of the heart?

    Heart angiography is a diagnostic procedure that reveals any blockage in the blood arteries that provide blood to the heart by injecting a dye into the catheter and taking X-rays subsequently. An angiogram test of the heart provides an image of heart blood vessels, that is used to diagnose heart valve disease, coronary artery disease, and congenital heart problems.

  • What is a CT angiogram?

    Computed Tomography (CT) angiography test is a kind of medical examination that combines a CT scan with a particular dye injected into the patient’s blood vessel to obtain images of blood vessels in a specific area of the body. 

  • What is a CT coronary angiogram?

    A computed tomography (CT) coronary angiography test is a non-invasive imaging procedure that examines the blood vessels  that carry blood to the heart. A CT coronary angiogram test provides images of the heart and its blood vessels using a potent X-ray scanner and a contrast medium dye that is injected into the arteries. This test is used to identify various heart problems.

  • How long does an angiogram take?

    It depends on the patient's requirement and the procedure used; the traditional use generally takes between one to two hours. However, the angiography procedure time might extend if the interventional radiologist or cardiologist prefers to perform any further proceedings. The CT angiography test might take less time compared to traditional. 

  • Can angiogram remove blockage?

    No, an angiography test cannot remove the blockage in the blood vessels; however, in combination of angiography and angioplasty procedure can aid in the widening of the blood vessel, thereby restoring the normal blood flow. Angioplasty is used to treat narrowed blood vessels during angiography through the balloon inflation technique and by placing the stent.

  • What is an angiogram success rate?

    As per the research success rate of an angiogram was approx 98% for coronary angiography (CAG) and approx 97% for percutaneous coronary intervention (PCI).


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  • What contrast media is used in angiography?

    It depends on the type of angiography test selected by the interventional radiologist or vascular surgeon. Iodinated contrast is used for computed tomography, angiography, and other X-ray procedures, whereas gadolinium contrast is used for magnetic resonance imaging (MRI).

  • Which type of an angiogram is very common?

    Coronary angiography is a very common and safe cardiac catheterization procedure, which can help in diagnosing cardiovascular disease / heart disease. In some patients, the contrast dye may cause some side effects but that are rare.

How much does an angiogram cost in Hyderabad, Telangana?

Coronary angiogram cost in Hyderabad ranges varies from ₹ 15,000 to ₹ 20,000 (INR fifteen thousand to twenty thousand). However, price of angiogram/ angiography test in Hyderabad depends upon the multiple factors such as patient age, condition, and CGHS, ESI, EHS, insurance or corporate approvals for cashless facility.


  • CT angiogram cost in Hyderabad, Telangana ranges vary from ₹ 10,000 to ₹ 15,000 (INR ten thousand to fifteen thousand).


  • CT Pulmonary Angiogram cost in Hyderabad, Telangana ranges vary from ₹ 5,500 to ₹ 8,000 (INR five thousand five hundred to eight thousand).

How much does an angiography cost in India?

Coronary angiography cost in India, ranges vary from ₹ 12,000 to ₹ 22,000 (INR twelve thousand to twenty-two thousand). However, price of angiogram / angiography test in India vary in different private hospitals in different cities.


  • CT angiography price in India ranges varies from ₹ 8,000 to ₹ 14,000 (INR eight thousand to fourteen thousand).
  • CT pulmonary angiography cost in India ranges varies from ₹ 5,000 to ₹ 8,500 (INR five thousand to eight thousand five hundred).
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