Dr. Vanita Arora

Dr. Vanita Arora

Heart Specialist - Interventional Cardiologist

  , Delhi , India

  26 Years of experience

BIOGRAPHY

Qualification and Experience

With a vast experience of over 20 years in cardiology, Dr. Vanita Arora is currently the Director and Head of Cardiac Electrophysiology Lab & Arrhythmia Services at Max Superspeciality Hospital, Saket. Dr. Arora in 1990, completed her MBBS from Dayanand Medical College, Ludhiana, and in the year 1993, she completed MD (Internal medicine) from the same college. Dr. Arora completed her DNB (cardiology) from Escorts Heart Institute & Research Centre, New Delhi in 2000. She was awarded a Fellowship in Complex Arrhythmias, Milwaukee, USA and Fellowship Biventricular Pacemaker, Magdeburg, Germany.

Contribution to Medical Science

Dr. Vanita Arora is a specialist in pacemaker implantation, Pacemaker Implantation, Cardiac Resynchronization Therapy, AICD Implantation, Radiofrequency Ablation, and management of Atrial fibrillation & Complex Arrhythmias. She has performed more than 2500 pacemaker implantation and a similar number of radiofrequency ablations. Dr. Arora is also the recipient of the Chikitsa Ratana Award and Magnanimous award. More than 30 research papers of her are published in various national and international journals and she has also presented more than 200 papers in conferences held in India and abroad.

Past Experience

  • Cardiology, Consultant- Fortis Escorts Hospital
  • Cardiology, Consultant- Apollo Hospital

Qualifications

  • MBBS
  • MD (Internal Medicine)
  • DNB (Cardiology)
  • MNAMS
  • FIMSA (Fellow International Medical Specialties Association)
  • FCSI (Fellow Cardiology Society of India)
  • FISE (Fellow Indian Society Electrocardiology)
  • FCAPSC (Fellow College of the Asia Pacific Society of Cardiology)
CERTIFICATIONS (5)
  • Fellowship Complex Arrhythmias, Milwaukee, USA
  • Fellowship Biventricular Pacemaker, Magdeburg, Germany
  • Observership under the guidance of Dr. Peter Ott, Dept. of Electrophysiology & Pacing, Tuscon Heart Centre, Tuscon, USA
  • Participated in Electro-anatomical mapping and validation of linear lesions using the CARTO XP at the European Surgical Institute in Hamburg-Norderstedt (Germany)
  • Successfully completed The Advanced 3D Mapping and Irrigation Ablation animal lab training at Innoheart, Singapore National Heart Center, Singapore
MEMBERSHIPS (6)
  • Elected Executive member of Cardiology Society of India, Delhi Branch, for the year 2006-2008
  • Executive member of Indian Society of Electrocardiology
  • Treasurer, Executive Committee of Indian Heart Rhythm Society 2012-2018
  • Life-Member of Asia Pacific Heart Rhythm Society
  • Editorial Secretary for Indian Heart Society
  • Editor, Cardiology Society of India
Procedures
Angiography (Including Non-Ionic Contrast)

Most physicians advise their patients to undergo the angiogram procedure (also known as angiography and arteriogram) when certain symptoms such as a heart attack or chest pain become a source of worry. A stress test is performed on patients who report chest pain, which is then followed by an angiogram test.

Angiography procedure aims at testing the blockages in the coronary arteries apart from any other cardiovascular-related ailments. Angiography and angiogram procedure can both locate narrowing arteries or blockages that may exist in different parts of the body.

Angiography is recommended for patients with coronary heart diseases (CHD), which can cause the heartbeat to stop suddenly and abruptly. The patient may also suffer from severe chest pain. Angiography can also be performed on patients on an emergency basis when they experience a heart attack. If the blockage is not treated immediately, then healthy tissues around the heart start perishing and turn into scar tissue. It can give rise to several long-lasting problems. Angiography may also be required in the case of a patient with aortic stenosis or those who have had an abnormal heart stress test.

Angioplasty

Coronary artery disease (CAD) is one of the most common heart diseases reported across the world. It results due to blood clot formation and plaque accumulation in the major blood vessels of the heart.

Balloon angioplasty is the most common endovascular procedure (procedure performed inside the blood vessel) carried out to treat coronary artery disease. In this procedure, the blood clots in the major arteries of the heart are detected and cleared by inserting a catheter into an artery of the hand (radial artery) or leg (femoral artery). This catheter consists of a balloon at its tip, which dislodges the clot to the periphery of the blood vessel after inflation.

Angioplasty may or may not be followed by coronary stent placement, depending on the angiography findings. This procedure is performed in patients with fewer blood clots in the vessels and those who do not respond to medications. It may also be carried out as an emergency procedure to treat a heart attack.

Signs and symptoms of plaque deposits in the heart

  • Fatigue and dizziness due to insufficient blood supply to the tissues and overall decreased efficacy of the heart
  • Shortness of breath to compensate for inadequate pumping of the blood
  • Compromised blood flow to the heart resulting in heart attack, characterized by pain in the chest, lower jaw, and left arm
EPS & RFA

Radiofrequency ablation (RFA) is a surgical procedure in which heat generated from medium frequency alternating current is used to ablate a tumour, a part of the electrical conduction system of the heart, or any other dysfunctional areas. The ablation therapy requires local anaesthesia and is done in an outpatient setting.

RFA is a popular treatment for the correction of any abnormality in the electrical system of the heart, which is confirmed during electrophysiology studies (EPS). During this test, the electrophysiology of heart is studied and any abnormalities are noted. The procedure used to correct the identified abnormalities associated with electrophysiology of heart is known as the cardiac ablation procedure.

Pacemaker Implantation Surgery

How does a Pacemaker Implant work?

Pacemaker implantation is a common surgery and it significantly improves the quality of life led by the patient.  The blood-pumping organ, heart, is essentially made of a few groups of muscles. These muscles are controlled by electrical signals to ensure that the heart beats naturally and effectively to circulate blood to all parts of the body. When this electrical signal gets disrupted due to some reason, then an individual may experience tachycardia (where hear beats abnormally slow), heart block, arrhythmia (irregular heartbeat), or a cardiac arrest (abrupt and sudden stopping of the heartbeat).

The contractions happen as a result of triggered electrical pulses generated by sinoatrial node or the SA node. It acts like a pacemaker of the heart. This electrical pulse is then sent to the atrioventricular node or the AV node for relaying the pulse to the ventricles. Pacemaker implantation is suggested when this electrical signaling network is disrupted.The faulty functioning of the natural pacemaker of the heart may lead to the following:

Sick sinus syndrome: It is characterized by a slow heartbeat (bradycardia) or fast heartbeat (tachycardia) or a combination of both. It can happen due to age, a previous history heart attack, and thyroid problem, too much of potassium accumulation in blood, heart surgery, or sleep apnea.

Heart Block

In this case, the impulse is either delayed or absent.

Cardiac arrest

The heart can stop beating. It may result because of the presence of coronary artery disease and muscle problems in the heart, which can happen after the age of 35.

Symptoms

Some of the symptoms observed in patients requiring pacemaker implantation are:

  • Bradycardia
  • Tachycardia
  • Uncontrollable fatigue
  • Dizziness experienced throughout the day
  • Shortness of breath
  • Acute chest pain
  • Palpitation and fluttering of the heart (arrhythmia)

What is a pacemaker implant?

A pacemaker implant is a small device that weighs around 20 g to 50 g and is the size of a matchbox. It has a pulse generator with a battery, a tiny computer circuit and a few wires called pacing leads. This system is attached to the heart and it emits signals through the wires. The pacing rate or the rate of electrical impulses can be adjusted as per the requirement of the body and be accordingly programmed. It can sense if a heartbeat is missed or if the heart is beating too slow. Accordingly, it starts sending a steady signal to normalize the beating of the heart. If the beats are normal, then it simply does not send any signal.

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Dr. Vanita Arora

Frequently Asked Questions
What area of specialization does Dr. Vanita Arora have?
Dr. Vanita Arora is specialized in India and of the most sought after doctors in Heart Specialist.
Does Dr. Vanita Arora offer Telemedicine Consultation through Medigence?
No, this doctor dose not offer telemedicine via MediGence
How many years of experience does Dr. Vanita Arora have?
Dr. Vanita Arora is one of the most sought after specialists in India and has over 26 Years years of experience.
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