Tag Archives: Symptoms of Heart Disease

APPROACH TO SYNCOPE

APPROACH TO SYNCOPE
History taking in cardiology cont.
Syncope has been defined by the European society of cardiology as “A transient loss of consciousness due to transient global cerebral hypoperfusion characterized by rapid onset, short duration, and spontaneous recovery.”
Syncope is a common problem, it causes significant agony and apprehension and may result in serious injury to the patient. Analysing and making an etiologic diagnosis of syncope is a difficult problem and even after investigations a significant number of patients still remain unexplained.
A detailed history is of paramount importance in the evaluation of syncope. Because all evaluation is usually retrospective. We will discuss in this article an approach to syncope and how to make a probable diagnosis from history.

STEPS IN THE EVALUATION OF SYNCOPE:
Patients present with the complain of loss of consciousness. From here we have to proceed in a systematic fashion to make a diagnosis. We will approach syncope under two headings
1. Taking the history of the episode
2. Analysing the history to reach at a diagnosis

RECORDING THE HISTORY OF SYNCOPE:

Below is a sample questionnaire for recording the history
WHAT WERE THE CIRCUMSTANCES JUST PRIOR TO THE ATTACK?

• The physical position of the patient is important. Inquire whether the patient was supine, sitting or standing.

• Activity related to syncope episode (rest. change in posture, during or after exercise, during or immediately after urination, defecation cough, or swallowing)
• Predisposing factors (e.g. crowded or warm places, prolonged standing. post-prandial period) and of precipitating events (e.g. fear, intense pain, neck movements)

HOW THE ATTACK STARTED ?
• Nausea, vomiting, abdominal discomfort, feeling of cold, sweating, aura, pain in neck or shoulders, blurred vision, dizziness
• Palpitations

QUESTIONS ABOUT THE ATTACK (EYEWITNESS)
• Way of falling (slumping or kneeling over), skin color (pallor, cyanosis, flushing), duration of loss of consciousness, breathing pattern (snoring) movements (tonic, clonic, tonic-clonic, minimal myoclonus or automatism), duration of movements, onset of movement in relation to fall, tongue biting
HOW THE ATTACK ENDED?
• Nausea, vomiting, sweating, feeling of cold, confusion, muscle aches, skin color, injury, chest pain, palpitations, urinary or fecal incontinence
BACKGROUND HISTORY OF THE PATIENT
• Family history of sudden death, congenital arrhythmogenic heart disease or fainting
• Previous cardiac disease
• Neurological history (Parkinsonism, epilepsy, narcolepsy)
• Metabolic disorders (diabetes, etc.)
• Medication (antihypertensive, antianginal, antidepressant agent, antiarrhythmic, diuretics, and QT-prolonging agents) or other drugs including alcohol
• In the case of recurrent syncope, information on recurrences such as the time from the first synopal episode and on the number of spells

ANALYSIS OF HISTORY
Once the history is recorded, the next step is to differentiate syncope from other causes of transient loss of consciousness.
Causes of transient loss of consciousness (T-LOC)

1. Syncope – we will discuss
2. Neurologic or cerebrovascular disease – e.g. seizure, posterior circulation TIA
3. Metabolic syndromes and coma – e.g. hypoglycaemia, drug or alcohol intoxication, hypoxia, hypocapnea
4. Psychogenic syncope- anxiety disorders, panic disorders, somatization disorders
DIFFERENTIATING SYNCOPE FROM OTHER CAUSES OF T-LOC
Following questions help in differentiating syncope from other causes of T-LOC
(1) Did the patient experience a complete loss of consciousness?
(2) Was the loss of consciousness transient with rapid onset and short duration?
(3) Did the patient recover spontaneously, completely, and without sequelae?
(4) Did the patient lose postural tone?
If the answer to one or more of these questions is negative, other nonsyncopal causes (as listed above) of transient loss of consciousness should be evaluated.
ESTABLISHING THE CAUSE OF SYNCOPE
Features of some of the common causes of syncope

Neutrally mediated syncope Arrhythmia Seizure Psychogenic
EpidemiologyAnd clinical setting Female>malesYounger age (<55)Frequent episodes(>2)

Prolonged standing, extreme emotions, hot humid surrounding

 

Structural heart diseaseMales>femalesOlder age (>55 years)

Lesser episodes(<3)

In supine position or during exertion

Family history of sudden cardiac death

Younger age (<45yrs)Any clinical situation Females>malesOccurs in others presenceYoung age (<40 yrs)

Many episodes (many episodes in a day)

No definite trigger

 

Premonitory symptoms Longer duration(>5s)PalpitationsBlurred vision

Nausea

Warmth

Diaphoresis

Light-headedness

Shorter duration(<6s)Palpitation less common Sudden onsetBrief aura (déjà vu, olfactory, gustatory, visual Usually absent
During the episode Pallor & diaphoresisDilated pupilHypotension

Bradycardia

Urine and fecal incontinence

Brief clonic movements may occur

 

Cyanosed not paleIncontinenceClonic movements may occur Cyanosed, no pallorTongue bitingFrothing at mouth

Prolonged syncope(>5 mins)

Hypertension

Tachycardia

Horizontal eye deviations

Tonic-clonic movements

Normal colourNormal pulse and BPProlonged duration

No incontinence

Eyes closed

Residual symptoms CommonFatigueOriented Residual symptoms uncommon (unless prolonged unconsciousness) CommonMuscle achesDisorientation

Fatigue

Headache

Slow recovery

uncommon

 

Salient features of syncope due to less common causes

Cause of syncope Salient features
  1. Vascular steal syndromes (subclavian steal syndrome)

 

 

Syncope in association with symptoms of brain stem ischemia (i.e.,diplopia,tinnitus,focal weakness or sensory loss, vertigo, dysarthria.
  1. Migraine associated syncope
Throbbing unilateral headache, scintillating scotomata, nausea, vomiting, photophobia, phonophobia
  1. Orthostatic hypotension
History of orthostatic symptoms and syncope, features of autonomic failure and other neurological symptoms (e.g.,parkinsonism, disturbances of bowel, bladder , thermoregulatory and sexual function, ataxia)-volume depletion-drug and alcohol induced
  1. Carotid sinus hypersensitivity
Common in elderly, relationship to specific neck positions (neck collar, shaving etc.), carotid sinus massage reproduces symptoms or bradycardia
  1. Situational syncope
Related to specific situations ( cough, defecation, laugh, swallow, after food, sneeze, micturition etc.)
  1. Glossopharyngeal syncope
Associated with glossopharyngeal neuralgia

 

These tables provide enough information to help in diagnosis. Clinical history and physical examination has around 25% sensitivity for etiologic diagnosis of syncope. Most of these patients need further evaluation.

Special note for students about to appear in exams:
Remember the structural heart diseases which result in syncope. Important ones
1. LVOTO- aortic stenosis, HCM, coarctation of aorta
2. RVOTO – pulmonary stenosis
3. Pulmonary hypertension
4. Atrial myxoma
These conditions will have a lot of other cardiac symptoms which will help in making a clinical diagnosis. You will have to remember the natural history of important structural heart diseases and exam cases.

This article is part of the series about history taking in cardiology and is intended primarily for medical students. Physicians and practitioners are referred to ESC guideline on evaluation and management of syncope (http://www.escardio.org/guidelines-surveys/esc-guidelines/guidelinesdocuments/guidelines-syncope-ft.pdf).

Keywords : history taking in cardiology, medical students, syncope, symptoms of heart disease, analysis of symptoms

APPROACH TO PALPITATION

APPROACH TO PALPITATION

History taking in cardiology contd…

Palpitation is a common symptom in cardiac patients as well as in patients with a variety of other diseases, sometimes even without diseases. History taking represents a major part of evaluation of patients with palpitation as most patients by the time they visit a physician have no palpitation and the diagnosis has to be made retrospectively.

Before embarking on the understanding of palpitation we should know what palpitation is. As defined by EHRA (European heart rhythm association) “Palpitations are a symptom defined as awareness of the heartbeat and are described by patients as a disagreeable sensation of pulsation or movement in the chest and/or adjacent areas.”

Even though palpitation is a very common symptom it is a difficult problem to evaluate and to make a definitive diagnosis.

Below is given a list of the possible etiologies of palpitation. Take a careful look into the list  so that you understand what we are looking for while taking history of palpitation.

Etiologies of palpitation:

  1. Cardiac arrhythmias

Supraventricular/ventricular extrasystoles

Supraventricular/ventricular tachycardias

Bradyarrhythmias: severe sinus bradycardia, sinus pauses, second and

third-degree atrioventricular block

Anomalies in the functioning and/or programming of pacemakers and ICDs

  1. Structural heart diseases

Mitral valve prolapse

Severe mitral regurgitation

Severe aortic regurgitation

Congenital heart diseases with significant shunt

Cardiomegaly and/or heart failure of various aetiologies

Hypertrophic cardiomyopathy

Mechanical prosthetic valves

  1. Psychosomatic disorders

Anxiety, panic attacks

Depression, somatization disorders

  1. Systemic causes

Hyperthyroidism, hypoglycaemia, postmenopausal syndrome, fever,

anaemia, pregnancy, hypovolaemia, orthostatic hypotension,

postural orthostatic tachycardia syndrome, pheochromocytoma,

arteriovenous fistula

  1. Effects of medical and recreational drugs

Sympathicomimetic agents in pump inhalers, vasodilators,

anticholinergics, hydralazine

Recent withdrawal of b-blockers

Alcohol, cocaine, heroin, amphetamines, caffeine, nicotine, cannabis,

synthetic drugs

Weight reductions drugs

Now lets go to the history taking proper. Here we will have our standard step-wise approach to history taking and analysis (as mentioned in approach to chest pain)

Step 1: describe the symptom in detail

Step2: localize the symptom to an anatomical system

Step 3: localize the palpitation to an organ/mechanism

Step 4: etiology of palpitation

As described in history taking in cardiology , always begin by noting down the premorbid functional status of the patient. Any change in functional status should be noted.

Step 1.Recording the history of palpitation:

Given here is a scheme of question to ask while taking history of palpitation

  1. Circumstances prior to the beginning of palpitations

Activity (rest, sleeping, during sport or normal exercise, change in

posture, after exercise)

Position (supine or standing)

Predisposing factors (emotional stress, exercise, squatting or

bending)

  1. Onset of palpitations

Abrupt or slowly arising

Preceded by other symptoms (chest pain, dyspnoea, vertigo, fatigue,

etc.)

  1. Episode of palpitations

Type of palpitations (regular or not, rapid or not, permanent or not)

Associated symptoms (chest pain, syncope or near syncope,

sweating, pulmonary oedema, anxiety, nausea, vomiting, etc.)

  1. End of the episode

Abrupt or slowly decreasing, end or perpetuation of accompanying

symptoms, duration, urination

Spontaneously or with vagal manoeuvres or drug administration

  1. Background

Age at the first episode, number of previous episodes, frequency

during the last year or month

Previous cardiac disease

Previous psychosomatic disorders

Previous systemic diseases

Previous thyroid dysfunction

Family history of cardiac disease, tachycardia or sudden cardiac

death

Medications at the time of palpitations

Drug abuse (alcohol and/or others)

Electrolytes imbalance

Step 2:

Once the history of palpitation has been recorded, next step is to localize whether it is cardiac or noncardiac in origin (please refer to the Etiology list for cardiac and noncardiac causes). It may be less reliable to differentiate a cardiac from noncardiac cause of palpitation based on history only. For that associated symptoms really help. Someone who has other symptoms of cardiac disease has more likelihood of having cardiac cause of palpitation.

Step 3:

Among cardiac cause of palpitation our aim is to differentiate arrhythmic from nonarrhythmic causes.

Features which suggest arrhythmic palpitations are

Structural heart disease

Primary electrical heart disease

Abnormal ECG

Family history of sudden death

Advanced age

Tachycardiac palpitations

Palpitations associated with haemodynamic impairment

Below are listed description of some common types of palpitation.

Type ofpalpitation  Subjectivedescription  Heartbeat Onset andtermination  Triggersituations  Possible associated symptoms
Extrasystolic ‘Skipping/missing a beat’, ‘sinking of the heart’ Irregular, interspersed withperiods of normal heartbeat  Sudden Rest
Tachycardiac ‘Beatingwings’ in the chest Regular or irregular, markedly accelerated Sudden Physical effort, cooling down Syncope,dyspnoea,fatigue,chestpain
Anxiety-related Anxiety, agitation Regular,slightly accelerated Gradual Stress,Anxiety attacks

 

Tingling in the hands and face, lump in the throat,atypical chest pain,sighing dyspnoea 
Pulsation Heart pounding Regular,normal frequency Gradual Physicaleffort Asthenia

 

Some features also help to differentiate the different types of arrhythmic palpitations:

Type of arrhythmia Heartbeat Trigger situation Associated symptoms Vagal manoeuvres
AVRT, AVNRT Sudden onset regular with periods of elevated heart rate Physical effort, changes in posture Polyuria, frog sign Sudden interruption
Atrial fibrillation Irregular with variable heart rate Physical effort, cooling down,post meal, alcohol intake Polyuria Transitory reduction in heart rate
Atrial tachycardia and atrial flutter Regular (irregular if A-V conduction is variable) with elevated heart rate Transitory reduction in heart rate
Ventricular tachycardia Regular with elevated heart rate Physical effort Signs/symptoms of hemodynamic impairment No effect

 

These tables will help to delineate the cardiac cause of palpitation.

 

Step 4:

This the final step where all the above discussion culminates in a list of differential diagnosis. The differential diagnosis will look something like this

  1. Arrhythmic palpitation
  2. Structural heart disease e.g.
    1. Valvular regurgitation
    2. Congenital or acquired shunt lesions
  3. Heart failure    etc..

 

In the exams it is a bit difficult to make  differential diagnoses based on palpitation only. There evaluate other cardiac symptoms very carefully. Once all the cardiac symptoms have been analysed then forming differential diagnoses is a bit easy. Yes one more thing read the natural history of cardiac diseases. I will post articles on natural history of cardiac diseases once this discussion on history taking is over.

This outlines the approach to palpitation. I hope it fulfils your purpose. All these articles are intended for medical students and exam goings. For professional there are a few references listed below for further reading.

Further readings:

  1. Weber BE, Kapoor WH. Evaluations and outcomes of patients with palpitations.

Am J Med 1996;100:138–48.

  1. Thavendiranathan P, Bagai A, Khoo C, Dorian P, Choudhry NK. Does this patient

with palpitations have a cardiac arrhythmia? JAMA 2009;302:2135–43.

  1. Hoefman E, Boer KR, van Weert HCPM, Reitsma JN, Koster RW, Bindels PJE.

Predictive value of history taking and physical examination in diagnosing arrhythmias

in general practice. Fam Pract 2007;24:636–41.

  1. Managing patients with palpitation. Europace (2011) 13, 920–934

Approach to chest pain

History taking in cardiology cont..

Chest pain is a common symptom of a variety of diseases. Developing a clear and thorough approach to chest pain is immensely important for your day to day practice and also for students for their assessments and exams. The spectrum of diseases producing chest pain range from innocuous conditions like muscle aches to life threatening myocardial infarction and aortic dissection.

Developing an approach to chest pain:

I will discuss in detail the approach which will be applicable for case presentation in exams and also for day to day practice.

The approach to chest pain can be divided into four steps

Step-1: this should include a thorough description of the symptom. Characterize the pain in the best possible detail

Step-2: localization of the pain to the different anatomic systems in the chest like – respiratory system, cardiovascular system, musculoskeletal system, gastrointestinal tract, hepato-pancreato-biliary system, neurological system.

Step-3: since we are mainly concerned with the cardiovascular system, the next step is localization of the chest pain to different cardiac structures – pericardium, coronary arteries, myocardium, endocardial structures and aorta.

Step-4: And finally etiology of chest pain.

A thorough understanding of each step is of paramount importance. At the end of history you should be able to form a list of etiologic differential diagnoses ranked according to priority.

Does this sound too much? Its not actually as you will discover as you read further.

Step-1: describing the chest pain

Describe the chest pain in the following headings

  1. Quality of pain – the common terms used to describe different types of chest pain are deep, boring, chest discomfort, tightness, heaviness, uneasiness, pricking, choking, sharp, shooting, ripping pain etc
  2. Location of pain- try to elicit the exact location by asking the patient to point to point to the site of maximum pain
  3. Radiation of pain
  4. Onset of pain- acute onset or insidious onset
  5. Tempo of progression
  6. Duration of symptoms
  7. Aggravating factors
  8. Relieving factors
  9. Positional variation in pain
  10. Any associated symptoms
    1. Other cardiac symptoms – shortness of breath, palpitation, fatigue, syncope, dizziness, cyanosis
    2. Respiratory symptoms- cough, expectoration, wheezing, hemoptysis, shortness of breath etc
    3. Gastrointestinal symptoms- nausea, vomiting, relation to food, dysphagia, odynophagia,
    4. Any neurological symptoms
    5. Any pain, redness or swelling at site of pain

Once this characterization part is over move to step-2

Step-2: Localization of pain to different organ systems:

The key to localization of the symptom to a particular system is the above characterization of pain. Below is a table of the salient features of each system.

SYSTEM SYNDROME CLINICAL DESCRIPTION KEY DISTINGUISHING FEATURES
Cardiac Angina Retrosternal chest pressure, burning, or heaviness; radiating occasionally to neck, jaw, epigastrium, shoulders, left arm Precipitated by exercise, cold weather, or emotional stress; duration 2-10 min, relieved by rest or nitrates
Rest or unstable angina Same as angina, but may be more severe Typically <20 min; lower tolerance for exertion; crescendo pattern
Acute myocardial infarction Same as angina, but may be more severe Sudden onset, usually lasting ≥30 min; often associated with shortness of breath, weakness, nausea, vomiting
Pericarditis Sharp, pleuritic pain aggravated by changes in position; highly variable duration Pericardial friction rub
Vascular Aortic dissection Excruciating, ripping pain of sudden onset in anterior of chest, often radiating to back Marked severity of unrelenting pain; usually occurs in setting of hypertension or underlying connective tissue disorder such as Marfan syndrome
Pulmonary embolism Sudden onset of dyspnea and pain, usually pleuritic with pulmonary infarction Dyspnea, tachypnea, tachycardia, signs of right heart failure
Pulmonary hypertension Substernal chest pressure, exacerbated by exertion Pain associated with dyspnea and signs of pulmonary hypertension
Pulmonary Pleuritis and/or pneumonia Pleuritic pain, usually brief, over involved area Pain pleuritic and lateral to midline, associated with dyspnea
Tracheobronchitis Burning discomfort in midline Midline location, associated with coughing
Spontaneous pneumothorax Sudden onset of unilateral pleuritic pain, with dyspnea Abrupt onset of dyspnea and pain
Gastrointestinal Esophageal reflux Burning substernal and epigastric discomfort, 10-60 min in duration Aggravated by large meal and postprandial recumbency; relieved by antacid
Peptic ulcer Prolonged epigastric or substernal burning Relieved by antacid or food
Gallbladder disease Prolonged epigastric or right upper quadrant pain Unprovoked or following meal
Pancreatitis Prolonged, intense epigastric and substernal pain Risk factors including alcohol, hypertriglyceridemia, medications
Musculoskeletal Costochondritis Sudden onset of intense fleeting pain May be reproduced by pressure over affected joint; occasionally, swelling and inflammation over costochondral joint
Cervical disc disease Sudden onset of fleeting pain May be reproduced with movement of neck
Trauma or strain Constant pain Reproduced by palpation or movement of chest wall or arms
Infectious Herpes zoster Prolonged burning pain in dermatomal distribution Vesicular rash, dermatomal distribution
Psychological Panic disorder Chest tightness or aching, often accompanied by dyspnea and lasting 30 minutes or more, unrelated to exertion or movement Patient may have other evidence of emotional disorder

 

This table provides a lot of information. Once you go through the table a list of differential diagnoses can be made and appropriate investigations ordered.

The next discussion is for case presentation in exams

Step-3: the above table also helps in localizing the cardiovascular structures causing the pain.

Step-4: Etiology of cardiovascular cause of chest pain:

Finally you have to think of the Etiology of the cardiac chest pain. Now we will examine the common etiologies of chest pain and try to differentiate them clinically.

  1. Coronary artery disease: there will be history of angina as described in the table
  2. Left ventricular outflow tract obstruction (LVOTO): the symptoms of LVOTO are remembered by the letters – ASD- Angina, Syncope and Dyspnea. RVOTO also has similar symptoms. They may have additional features of right heart failure like- peripheral edema, ascites, right upper quadrant pain, neck pulsations, cyanosis etc
  3. Mitral stenosis and less commonly mitral regurgitation can have chest pain. But the predominate symptoms in case of
    1. Mitral stenosis: dyspnea
    2. Mitral regurgitation: fatigue and palpitation
  4. Pulmonary arterial hypertension: can have angina. The predominant symptoms will be dyspnea, fatigue. Associated symptoms can be palpitation, syncope.

This will cover some of the common cardiac causes of chest pain for exam case presentation.

Conclusion: Chest pain is a common symptom with a wide spectrum of presentation. Attention to the details of history will help to narrow down the possible conditions giving rise to the chest pain.

Your comments, suggestions and corrections are most welcome and will greatly help me to improve my articles.

Thank you

Dr. Anupam Jena
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The unheard-of symptom – Bendopnea

Characterization of a Novel Symptom of Advanced Heart Failure: Bendopnea

JCHF. 2014;2(1):24-31. doi:10.1016/j.jchf.2013.07.009

Objectives:  This study sought to examine the frequency and hemodynamic correlates of shortness of breath when bending forward, a symptom that has been named by the newly coined term “bendopnea.”

Background:  Many heart failure patients describe bendopnea such as when putting on their shoes. This symptom has not previously been characterized.

Methods: This was a prospective study of 102 subjects with systolic heart failure referred for right-heart catheterization. Time to onset of bendopnea was measured prior to catheterization. Forty-six subjects also underwent hemodynamic assessment when sitting and bending. Hemodynamic profiles were assigned on the basis of whether pulmonary capillary wedge pressure (PCWP) was ≥22 mm Hg and cardiac index (CI) was ≤2.2 l/min/m2.

Results: Bendopnea was present in 29 of 102 (28%) subjects with median (25th, 75th percentiles) time to onset of 8 (7, 11) seconds. Subjects with bendopnea had higher supine right atrial pressure (RAP) (p = 0.001) and PCWP (p = 0.0004) than those without bendopnea but similar CI (p = 0.2). RAP and PCWP increased comparably in subjects with and without bendopnea when bending, but CI did not change. In those with, versus without, bendopnea, there was more than a 3-fold higher frequency of a supine hemodynamic profile consisting of elevated PCWP with low CI (55% vs. 16%, respectively, p < 0.001) but no association with a profile of elevated PCWP with normal CI (p = 0.95).

Conclusions: Bendopnea is mediated via a further increase in filling pressures during bending when filling pressures are already high, particularly if CI is reduced. Awareness of bendopnea should improve noninvasive assessment of hemodynamics in subjects with heart failure.

Symptoms of heart attack


Heart attack is a dreaded event for anyone. Ever thought how you can know that you are having a heart attack. The fact is an early recognition of attack results in early treatment. This in turn leads to less suffering and risk of death.

What are the symptoms?

Heart attack can present in different ways. One of the classical presentations is the “movie type” sudden severe chest pain or someone collapsing, then there is of course no doubt. But in most of the cases the the symptoms are less typical.

What are the premonitory symptoms?

In some cases before the actual heart attack, there are premonitory symptoms like extreme fatigue, generalized feeling of being unwell, low mood etc. But they are very nonspecific symptoms and sometimes are difficult to correlate with a heart attack.

At what hours heart attacks happen?

It can happen anytime. But books say that the morning hours 6 am to 12 pm are particularly dangerous for having a heart attack.

Symptoms of a heart attack:

The commonest symptoms are :

  1. Chest pain
  2. Pain in other parts of upper body
  3. Shortness of breath
  4. Cold sweating
  5. Pain abdomen, nausea, vomiting
  6. Alteres sensorium
  7. Atypical symptoms

 

Pain in chest and other areas:

The commonest symptom of heart attack is pain in the centre of the chest which lasts for more than a few minutes and is not relieved with rest. The pain might initially get received only to recur again. Pain is usually in the middle of the chest with radiation to left arm. The pain can be predominantly felt in other parts of upper body like – neck, jaws, back etc. In patients with diabetes and in females the pain may be less and more atypical.

Chest pain is usually associated with shortness of breath, or a sense of suffocation. In more severe cases there can be accumulation if fluid in lungs when there will be severe shortness of breath with inability to lie down straight.

Some patients have pain abdomen, nausea or vomiting as predominant symptoms. But even these symptoms are associates with some degree of shortness of breath

Cold sweating can occur in heart attack.

Other atypical symptoms like extreme fatigue , dizziness , altered sensorium are more serious manifestations and signify high risk.

What to do?

Are are two things prevention and treatment.

For prevention risk factor reduction, regular intake of medicines for diabetes , high BP , elevated cholesterol. Every attempt including treatment should be done to stop smoking.

For treatment always consult a doctor for symptoms of chest pain, shortness of breath. Consult early and don’t delay thinking that it will go away, as a timely treatment can be live saving.

Concluding message: know the symptoms of a heart attack and act early.

Thank you

Dr Anupam Jena

Palpitation

What is palpitations? 

Why it’s important?

Palpitation is the abnormal awareness of one’s own heartbeat. Normally you are not aware of your heart beat, the heart just goes on beating in the background sustains our lives. When you become aware of your heart beats its palpitation. Of course you can always feel the heart beats by putting a palm on the chest. Palpitation can be normal or abnormal, like everyone experiences palpitation after running, during anxiety or emotional excitement etc. the demarcation between normal and abnormal is sometimes diminished in cardiac symptoms – like palpitation can be a normal finding but undue palpitation is abnormal. What is means that it’s ok to have palpitation after running but if you are having palpitation while doing your routine activities then it is abnormal.

Palpitation can be a symptom of a wide variety of conditions starting from acute anxiety to serious heart diseases. Many non-cardiac diseases can also produce palpitation like anemia, hyperthyroidism etc.

Among heart diseases palpitations is caused by two types of conditions:

  1. Disturbances of heart rhythm
  2. Diseases affecting the cardiac structures like – valves, heart muscles etc.

Palpitation due to rhythm abnormalities occur intermittently, are sudden in onset and may terminate on it’s own or need treatment. Palpitation due to heart disease can also present during exertion, and in more advanced conditions may be present at rest.

Sometimes palpitation can be associated with a feeling of light-headedness and blackening of vision and may lead to frank fainting attacks. Many cardiac diseses like aortic valve diseases , pulmonary hypertension can lead to palpitation and syncope. When the heart is dilated like in some patients with heart failure it can lead to palpitation.

Most commonly many of us sometimes feel like missing a beat or palpitation which are usually caused by premature atrial or ventricular contractions.

The message is – “don’t ignore a palpitation.” Always consult your doctor . it  may turn out to be a minor problem or no problem at all  , but it is better than unknowingly denying a serious problem

Thank you

Dr. Anupam Jena

Chest Pain

CHEST PAIN to HEART ATTACK

not too far

 Its alarming to have a chest pain. It bothers us too often, that we sometimes tend to ignore it. So today I decided to tell a few things in brief about chest pain that everybody should know. This post is intended for general health information and not for self-treatment.

As we already know there are many structures inside the chest like- ribs,muscles ,lungs, food pipes, heart etc. So pain in chest can arise from any of these structures, but each structure usually has some typical characteristics of pain which helps to determine the presumed site of origin. For example when chest pain is due to muscles/bones then there may be some local pain on touching or pressing; in case of lung the pain will be associated with breathing difficulty, cough and expectoration. Similarly when pain arises from the food pipes there will be associated symptoms like – difficulty in swallowing, nausea, vomiting. But the most alarming and serious chest pain is the one arising from heart.

The heart is basically made up of muscles and like any other muscle in the body it needs blood supply. Blood supply to the heart is done by coronary arteries.   There are two occasions when cardiac pain can occur, either it is due to reduced blood supply to the heart due to blockage in the coronary arteries, or due to excessive demand of the heart like thickening of heart muscles. Chest pain arising from the heart is called ANGINA. Angina has a typical character – it is felt as a heaviness, squeezing sensation, tightness or heaviness in the centre of the chest which is often also felt in left arm, jaw,neck, shoulder or back. It is precipitated by physical exertion , emotional excitability and is relieved by rest. Sometimes pain can be more severe and longer lasting when it indicates something more sinister like an heart attack.

If someone feels a chest pain which is bothering him/her then medical attention should be sought. Like I said in the beginning – this article is for general health information and any chest pain needs evaluation by a doctor and prompt and proper treatment.

Thank you

DR. ANUPAM JENA