COPD, short for Chronic Obstructive Pulmonary Disease, is an inflammatory disease of the lungs. The disease obstructs the flow of air in the lungs and subsequently causes difficulty in breathing. Prolonged exposure to cigarette smoke, gases or particulate matter can lead to this condition. The condition transcends all age brackets meaning it can affect anyone from young teenagers to aged adults. People who contract this disease are at an increased likelihood of developing cardiovascular conditions and lung diseases, in addition to a horde of other conditions.

Causes of COPD
1. The chief cause of COPD is smoking tobacco and being subjected to fumes from cooking and heating. A study estimated that in and around 25% of long-standing smokers develop symptoms of this condition. Yet, statistics show that COPD is often misdiagnosed until an elaborate evaluation is diagnosed.
2. Conditions like Emphysema and chronic bronchitis are also known to cause the disease. Your lungs depend on the intrinsic elasticity of the air sacs and bronchial tubes that help facilitate the passage of air through the lungs. Chronic Obstructive Pulmonary Disease causes these passages to lose their elasticity thus rendering them partially ineffective.

Symptoms of COPD 
The symptoms of COPD do not appear until the lungs are significantly damaged and the condition tends to deteriorate if smoking persists. Apart from coughing and production of sputum, other apparent symptoms include:
1) Difficulty in breathing
2) Stiffness and tightness of chest
3) A persistent cough
4) Fatigue and weakness
5) Weight loss
6) Frequent allergic reactions of the respiratory glands

Along with the aforementioned symptoms, patients who are diagnosed with COPD are likely to experience bouts of exacerbation, during which their symptoms heighten and tend to grow worse for several days.
Although anyone can contract the condition, certain people are at an increased risk of condition. Such risk factors include:
a) Chronic smoking
b) A medical history of asthma
c) Exposure to chemicals and dusts
d) Weakening of the immune system with increasing age
e) Heredity
If you experience or entertain symptoms or suspicions of this disease, consulting a pulmonologist is duly advised.

Causes and Symptoms of COPD

What Happens When the Electrical Activity of Your Heart Changes?

The heart's electrical conduction system plays a very important role in cardiovascular functioning. Also known as the atrioventricular (AV) conduction system, it regulates and controls the timing of the heartbeat.

How does the heart's electrical conduction system work?

There is a collection of electrical cells in the upper right atrium of the heart known as the sinoatrial (SA) node which acts as a natural pacemaker and generates electrical signals. These signals travel through specialized electrical pathways and stimulate the muscular walls of the heart to contract in a rhythmic manner. This gives rise to the heartbeat that pulses at a specific frequency every minute.

What is the effect of fluctuations in electrical activity on the heart?

The standard heart rate in human being ranges from 60 to 100 beats per minute. It slows down when a person sleeps and speeds up when one experiences physical or emotional heightening. These fluctuations are triggered by the brain or other systems of the body and signal the SA node to generate charges more rapidly or slowly. This leads to spikes and drops in the heart rate, depending on the nature of the situation.

What happens when there is dysfunction in the heart's electrical activity?

When the heart's electrical conduction system does not function properly, it leads to the occurrence of a condition known as arrhythmia or abnormal heart rhythm. This happens when electrical impulses are generated in an irregular manner and causes tachycardia (rapid heartbeats) or bradycardia (slow heartbeats) which takes place in jarring infrequent tempos.

What causes fluctuations in the heart's electrical activity?

There are various kinds of triggers that cause the heart rate to fluctuate. The exact nature of fluctuation also depends on the type of trigger. A few everyday examples of these causes are as follows:
- Exercise and strenuous physical activity increases electrical activity as the heart is required to beat faster so as to increase the supply of blood and oxygen to the muscles.
- Sleep and rest reduce heart rate as the body is not needed to exert itself.
- Release of adrenaline into the bloodstream causes the heart rate to spike up.



What Happens When the Electrical Activity of Your Heart Changes?

Air pollution is known to take a toll on the lungs of even the healthiest adults. So, it comes as no surprise that the effects of this pollution on the lungs of children is deemed as a grave situation, full of health hazards including the onset of Chronic Obstructive Pulmonary Disorders and conditions like asthma and other lung disorders. Read on to find out more about the link between air pollution and its effect on the lungs of children.

Children's Lungs: Mostly, all the organs of a child's body are considered delicate and not fully matured until the child reaches a certain age. The main and largest part of the child's lungs will usually grow only after the child is born, much like the arms and legs. In fact, it is a medically proven fact that about 80% of the tiniest of air sacs grow after the child's birth, these are called the alveoli and they facilitate the transfer of the oxygen into the bloodstream with a life-sustaining function that is built into our lungs. These alveoli continue to grow until the child becomes an adult. 

Immunity and Infections: Like the lungs of the child, the immunity of the child is also still in its growth phase, and is very much, unlike the immunity that an adult enjoys. This makes the child more susceptible to infections that are usually carried by air pollution in today's day and age of urban living when myriad pollutants are sent into the air every single day. Also, since children play outdoors more often and spend more time breathing in this air, they are more prone to these infections and lung or respiratory ailments due to this reason. Various studies and tests have shown inflammation in the respiratory passages caused by deposits of carbon dioxide emissions in the lungs of children.

Symptoms: Usually, the very first symptoms that show that air pollution is affecting your child's lungs can be seen when persistent coughing and wheezing sets in, without any proper reason. Also, when the child faces bronchial infections time and time again, all these are indicators of hazardous effects of air pollution in children.

Respiratory problems: Apart from respiratory problems, which can lead to asthmatic attacks, hay fever and allergies as well as other COPD ailments, there are other related dangers as well. These can happen when constant choking and obstruction of oxygen due to pollution becomes a regular affair. These include stroke and brain damage which can eventually also lead to a higher risk of dementia. 

How can you protect your child during such times?

Restrict outdoor activity for the time being, especially during the early morning and evening
Make sure that your child wears a face mask when outside, preferably N95 or 99
Use air purifiers at home 
Go green and use indoor plants that can remove indoor toxins
Boost your child's immunity
Lastly, keep a track of air quality index in your locality

Pollution - How It Can Affect Your Child's Lungs?

Tuberculosis or TB is a highly contagious airborne disease, which is caused by Mycobacterium tuberculosis. It typically affects your lungs and is characterized by the formation of greyish, hard nodules or tubercles.

Pathology of Tuberculosis

Diagnosis of the disease depends essentially on identifying the bacteria from the tissue. Methods of diagnosis usually include the following  

Skin Test   The most common test for detection of tuberculosis is the skin test. During the procedure, a small dose of PPD tuberculin is injected onto the skin of the forearm. The injection site needs to be monitored after a couple of days. Swelling in the forearm, usually, a hard, red bump could mean that you have contracted tuberculosis.
An X-ray of the Chest   Chest X-ray can reveal calcification, cavitations, and nodes in the upper lobes
Sputum Cultures and Smears   These are mostly used to detect pulmonary tuberculosis. Three specimens of sputum early in the morning are collected on three separate days. The specimen is prepared on a slide and stained with an acid-fast dye before being observed under the microscope. The slide may show the characteristic AFB or acid-fast bacilli.
Gastric Aspirates Test   This involves placing a tiny nasogastric tube in the abdomen early in the morning and gastric contents are suctioned and processed for culture and smears.
Lymph Node Biopsy   The procedure involves removing an enlarged lymph node and culturing a portion of it. The remaining section is sent for staining and examined under a microscope.
Biopsy   Biopsy is conducted when an abnormality develops in the airways during bronchoscopy. This involves threading a thin wire through the bronchoscope and attaching tiny biopsy forceps to its end in order to remove multiple tissue samples from the bronchi. The samples are sent to the laboratory for complete analysis.
Treatment of Tuberculosis

Studies show that in the majority of cases, patients were cured with the help of the right medication. The type and dosage of antibiotic treatment precisely depend on factors like   the patient s age, health condition, and potential resistance to certain drugs, whether the disease is active or latent, and the infection site.
Patients with latent TB may require one type of antibiotic, while those having active TB   particularly MDR TB   are often prescribed multiple drugs for about 6-9 months.
Patients who received proper treatment on time have shown vast improvement on the health aspect. After a few weeks of undergoing treatment, you might be tempted to quit taking your TB medications, but it is important that you complete the full treatment course. Skipping doses may allow the bacteria to become drug-resistant, leading to tuberculosis that is more severe and difficult to cure.



Tuberculosis - All You Must Know!

Sinusitis refers to an extremely painful condition caused due to the inflammation and swelling of sinuses. A host of causes contribute to sinusitis, chief among them being allergies, air pollution or sometimes infection. It causes extreme discomfort, throbbing headache, sore throat and a blocked nose. Though different branches of medicines have tried in their own ways of dealing with this problem, ayurveda with its reliance on natural products as remedial measures have emerged as a clear favorite. Some of the ayurvedic remedies for sinusitis are-

1. Inhalation of steam with tulsi
The benefits of tulsi are widespread and need little introduction. The ambit of its advantages is expansive, making its presence felt even in treating sinusitis. In case of severe bouts of sinusitis, it is highly recommended that you inhale steam with tulsi almost every day in the week.

2. Have ginger along with honey
Another way of treating acute pangs of sinusitis is by making a paste of ginger and honey. Make small tablets of this mixture and for most effective results it is advisable that you have it every day.

3. Avoid certain food
Just how incorporating certain food in the diet help in reducing the pain of sinusitis, eliminating few, often times help you to achieve the same purpose. When you suffer from sinusitis, it is only advisable that you diligently avoid dairy products like milk, yoghurt as well as intoxicants like cigarettes and alcohol.

4. Lemon juice and water
In the initial stages of sinusitis, having a daily concoction of lemon juice and water is considered very beneficial. During this phase maintaining a light diet is advisable.

5. Practice pranayama
The gamut of ayurvedic remedies includes not only the prescription of what to eat and what to avoid but also several exercises that help in expediting the process of recovery. Among them, pranayama with its focus on control and regulation of breath is particularly beneficial in curing sinusitis.

Ayurvedic Remedies for Sinusitis

What is Allergic Asthma?

Allergic asthma is the condition in which the symptoms of an asthmatic attack appear after exposure to certain allergens. 90% of the cases of asthma in children are allergy driven, while in adults, the percentage is said to be around 50%.

An allergy happens when an individual's immune system exhibits massive reaction or fights vigorously against substances like pollen, dust, animal dander or certain other minute particles which are actually not harmful to the body but are considered so by the immune system.

Symptomatic changes in cases of allergic asthma:

If the symptoms of an asthma attack occur only when you are subjected to these triggers or irritant particles, your case is allergy driven.

In such cases, the airway reacts aggressively to the entry of such allergens.

The airway muscles tighten up and inflammation is observed.

Breathing becomes painful and compromised, and mucus accumulation sets in very quickly.

Coughing is a common phenomenon, as the body tries to expel the mucus accumulated.

The allergens mentioned above are not the only triggering agents. Basically, anything that causes irritation could trigger an allergy and an asthmatic attack thereafter. Symptoms in the case of allergy driven asthma are more or less the same as seen in other asthmatic cases.

Confirming the cause of asthma as allergic or not:

The doctor would give you a much better clarification on whether you're asthma is allergy driven or not. There are pretty much two ways to decipher the same:

One is to administer a tiny amount of allergen to the skin and making a note of the reaction to that. Whether the reaction is a normal one or an aggressive one would tell if an individual has an allergy or not.

Specific IgE test may be done to confirm the cause, or to test the presence of an allergic reaction in the individual.

All your queries pertaining to allergic asthma and asthma, in general, are more than welcome.

What is Allergic Asthma?

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