Tuberculosis is an opportunistic infection caused by the bacteria Mycobacterium tuberculosis. The infections occurring in people with weak immunity as compared to the people with a healthy immune system are called as opportunistic infections. As, HIV enters the human body, it replicates and weakens the immune system which in turn increases the risk of contracting Tuberculosis in people already suffering from HIV infection.

An HIV and Tuberculosis co-infection occurs when an individual has both, the HIV infection and an either latent or active TB disease simultaneously.  Each disease acts in speeding up the progress of the other, when HIV and TB infection is present together in the body. HIV infection speeds up the progression from latent to active Tuberculosis, Mycobacterium tuberculosis also accelerates the progression of replication and spread of the HIV infection.

HIV infection and Tuberculosis are totally different type of infectious diseases. HIV is a viral infection and TB is a bacterial one. An HIV infected person will not contract TB unless a contact happens with a TB infected person. TB spreads via droplet infection and is communicable. If a person lives in a country with a high prevalence rate of TB, an HIV patient is highly susceptible to contracting the infection. In the similar manner, a person suffering from TB gets infected with the HIV infection only through the blood and bodily fluids borne route, with unprotected sexual intercourse with an HIV infected individual being the most important cause.

Amongst all the other opportunistic infections, TB occurs at an earlier stage in the course of an HIV infection than most other opportunistic infections. Mortality rate in the co-infected patients is more than twice that of HIV infected individuals without a TB infection. Even if a patient is undergoing anti-retroviral therapy, the death rates remain high in co-infected individuals.The natural history and course of TB gets altered in people with an infected immune system. The damage to immunity due to HIV infection causes a drastic reduction in the pathogen killing capacity of the body. In such patients if there is no anti-retroviral treatment prescribed, then the latency period between the infection and progression of disease gets eliminated. 

An active phase of TB is observed in such individuals progressing within a short span of time, ranging from weeks to months, rather than years as it normally should be spanning. Risk of progression from a latent stage to an active stage of TB is around 10-15 times greater in an HIV infected individual as compared to the non-infected person. Such individuals also communicate the disease more rapidly to others.Pulmonary tuberculosis in an HIV infected person can present similar symptoms like that of a classic TB disease. However, a co-infection can sometimes show less presenting TB symptoms, where even the chest X-ray scans can be observed to be normal. A  subclinical  phase of Tb in co-infected patients can cause delay in the diagnosis of the symptoms and subsequently affect the prognosis due to lack of timely treatment.

Social stigma and discrimination has caused an obstacle in provision of adequate treatment for people with HIV. Proper counseling  and initiatives taken to provide indiscriminate care can aid in identification of co-infection and earlier stages. Anti-retroviral treatment teamed up with anti-tubercular drug regimen is prescribed and a successful treatment for drug sensitive cases of TB can be provided with medications for 6-8 months.

How HIV & TB  Are Related?

Ear aches are a common complaint for many children. An ear infection can be explained as an inflammation of the middle ear. Unlike other aches, this one cannot be soothed by scratching or applying pressure and hence makes children cranky. Ear infections are usually triggered by bacteria or viruses. 
This causes inflammation that narrows the tube in the ear and allows fluid to build up. This fluid buildup is responsible for the pain.

However, not all ear infections need to be treated with medication. When it comes to treating ear aches in children, picking a natural remedy is a much better option ,since it has no side effects and can address the root cause of the infection. Here are a few natural remedies for earaches:

1. Compress: Hot and cold compresses are very effective ways of treating pain and can be used for earaches as well. Place an ice pack or a warm, moist compress over the ear to soothe the ache. Heat relaxes the muscles and stimulates blood flow while ice controls inflammation and swelling. Hot and cold compresses should not be applied for over 20 minutes at a time. 

2. Water: Some actions can help open up the eustachian tube to the middle ear. Swallowing is one such action. To encourage your child to swallow, offer him lots of fluids. 

3. Oil: Before using oil to treat an earache ensure that your child is not suffering from a ruptured eardrum and there is no fluid leaking from the ear. Pouring a few drops of warm olive oil or sesame oil can help soothe the pain by opening up the eustachian tube. It can also prevent the buildup of excessive ear wax and form a protective layer on the outer ear against bacteria and other infections. 

4. Elevate the head: Elevating a child's head can help improve sinus drainage. When it comes to children, instead of using a pillow below their head, place the pillow below the mattress to create a gradual slope. 

5. Onion: Onions can be used in many different ways to treat earaches. You could either juice an onion and put a few drops of the same in the ear or slice an onion in half and heat it before placing it over the ear like an ear muff. Onion contains anti inflammatory and antibacterial properties that help soothe earaches effectively and quickly. 

If the earache does not reduce or if there is a discharge from the ear, do not continue to self treat it and consult a doctor immediately.

Natural Remedies for Ear Infections in Children

Wounds and bruises are both injuries. However, they differ widely in terms of the causing factors, the nature of the injury, the pain they cause and the kind of treatment they require. The following are a few of the myriad ways in which the two injuries differ from each other:

1. A wound causes quick damage - the skin tissue is cut or punctured while a bruise (also called a closed wound) is where the skin is not torn. 

2. A wound is usually caused by a sharp object but bruises are the results of blunt force or trauma.

3. A wound almost certainly bleeds due to ruptured tissue and blood vessels. Blunt injury also damages the blood capillaries of the skin and causes blood to accumulate under the skin tissue, creating a dark patch of skin. Blood vessels can also break due to lifting of heavy objects or overexertion of muscles.

4. A wound carries the risk of infection because the skin is open but a bruise does not get infected.

5. A wound has a burning or stinging sensation but a bruise is characterized by swelling and a blunt throbbing pain.

6. A wound can be healed by antiseptic and antibiotic medication. Large wounds need to be closed by stitching them up to avoid severe infection. On the other hand, a bruise usually heals by itself. A cold compress and pain killers may be used to ease discomfort. Heat can be applied to the injured spot to normalize the blood flow and dissolve the blood clot.

7. A wound can lead to complications like bacterial infections or the healing might be delayed by chronic diseases like diabetes. In case of a bruise, it usually does not cause complications but if there's a blunt injury to sensitive areas like the head, the tailbone or the eyes, medical attention is advised.

8. Wounds and bruises can also be differentiated on the basis of their subtypes. The different types of wounds are:

a. Incision (sharp objects cutting the dermis layer of skin)
b. Abrasion (the epithelial tissue is scraped off)
c. Avulsion (a body structure is torn off)
d. Penetration (a sharp object causes an entry and an exit wound)
e. Puncture (only an entry wound caused by a sharp object)

The different types of bruises are:
a. Hematoma (blood pools under the skin)
b. Purpura (tiny spots of blood on the inside of the mouth)
c. Contusion (similar to hematoma and caused by external trauma)
d. Crush injury (caused due to a large amount of force on the body part for a long time)

Wounds VS Bruises

People may suffer from visual impairment even though their eyes are perfectly normal. Such loss of vision may result from neurological impairment.

Vision is the combination of image formation and perception of various attributes of the image by the brain. When the brain is not able to perceive images or various attributes of images, the patient may suffer from neurological impairment of vision. Such impairment owes its origin to the nervous system.

Causes of Visual Impairment:

There are various areas in the brain that process some or the other attribute of the image that has formed on the retina. Occipital cortex, the area situated at the rear side of the brain is a very important site. It is responsible for processing visual stimuli and allowing people to make an idea about shape, distance, movement, color, etc. The severity of loss of vision depends on the extent and location of damage in the brain.

Neurological loss of vision may result from acquired brain injury, difficulties with visual perception, impairment in coordination of the eyes, etc. All these may stem from damage areas in the brain that are responsible for vision. There are many areas in the brain that are responsible for vision.

These areas can get damaged from various accidents like:

Stroke: If a person suffers a stroke, a part of his or her brain is likely to get damaged due to a haemorrhage or a blocked blood vessel.

Traumatic Brain Injury: A traumatic brain injury such as in a car accident or a violent fall can damage visual perception of the brain.

Infections: Infections such as meningitis attack the brain and may impair various areas of it.

Lack of Oxygen: People may suffer from lack of oxygen if they experience accidents like a near-drowning episode or a heart attack or something else, which has the effect of interrupting blood flow to the brain.

Diseases: Diseases such as brain tumors, multiple sclerosis etc. can precipitate neurological vision loss.

Symptoms of Visual Impairment:

Symptoms of neurological vision loss depend on the type of vision impairment and the location of damage in the brain. It may include:

Blurry vision: In Blurry vision, a person will not see things clearly or may see something in light but find it difficult to see them in dim light.

Double vision: In double vision, the patient sees a single object as two and cannot merge them as one.

Problems with depth perception of objects

Problem with bright light: In this type of problem, a person experiences difficulty seeing an object in a bright light. One may also feel pain or discomfort in the eye in bright light.

Difficulty with interpreting the object the person is looking at

Partial loss in the visual field: In this problem, half of the visual field in each eye is missing.

Treatment of Visual Impairment:

There is hardly any treatment for such vision loss since the rectification of visual acuity is of no help. Depending on the location and degree of neurological impairment, vision may improve over time. Some children with acquired brain injury or impairment in the coordination of the eyes and difficulties with visual perception also tend to improve with age.

Conclusion:

This is a type of vision loss where glasses, contact lenses, surgeries, or eye drops are not going to help. Such vision loss is usually permanent. Children with similar symptoms need to be presented with pictures, bright light, etc., which may help to form an idea about the object.

Visual Impairment Related To Nervous System!

Your hearing is one of the most important function your body carries out and sometimes you realize that you are losing your sense of hearing, when it is too late to get it back. There are two main reasons for this. One of the reason is age  and the other is when the inner ear's hair cells break down and do not pick up sound well. Here are 7 ways to safeguard your hearing.

1. Try to avoid loud places
It is not advisable to go to places where you have to shout to be heard, such as in a street, a concert or a construction site.

2. Buy low noise rating equipment
The equipments in your house will make sound that you hear the most. Try to avoid these equipments by buying appliances with a low noise rating.

3. Wear hearing protection at loud places
However, it is true that it is not always possible to avoid loud noises. This is when you need to get hearing protection. Earplugs and earmuffs are two of the best ways to make sure that even when you are in a loud place, your hearing does not get affected. Earplugs and earmuffs generally reduce sound by 15 to 30 decibels, which may be crucial to make sure that later in your life, you do not lose your hearing.

4. Avoid smoke
Smoking raises your chance of hearing loss. Second hand smoke does the same thing. Therefore, try to avoid, both smoking and secondhand smoking. 

5. Remove earwax properly
Earwax cannot be removed properly using a cotton swab. Instead, you should use an irrigation kit. Remember this as otherwise; the earwax could muffle your hearing.

6. Avoid medications which reduce hearing
Certain medications increase hearing loss. Therefore, double check with your doctor to make sure your medicines will not make you lose your hearing.

7. Get your hearing tested
Finally, get your hearing tested as identifying the problem early on can help stop worsen the situation.

7 Tips to Safeguard Your Hearing

Nerve compression is a condition caused by direct pressure on a nerve. It occurs when a nerve is squeezed or compacted. It is also known as compression neuropathy or entrapment neuropathy. 

It typically occurs at a single location. Nerves in the torso, limbs, and extremities may be affected. Common symptoms include pain, numbness, and muscle weakness at the site of the nerve.

Nerve compression syndrome is also known as:

nerve entrapment syndrome
compression neuropathy
entrapment neuropathy
trapped nerve
Types

Mentioned below are few of the most common types of nerve compression syndromes:

Carpal tunnel syndrome
Cubital tunnel syndrome
Suprascapular nerve compression syndrome
Guyon s canal syndrome
Meralgia paresthetica
Radial nerve compression syndrome
Causes

Prolonged or repeated external force, such as sitting with one's arm over the back of a chair (radial nerve), frequently resting one's elbows on a table (ulnar nerve), or an ill-fitting cast or brace on the leg (peroneal nerve).
Accidents such as sprains, fractures, and broken bones can also cause nerve compression syndrome
Diabetes
Autoimmune disorders, such as rheumatoid arthritis
Thyroid dysfunction
High blood pressure
Tumors and cysts
Pregnancy or menopause
Obesity
Neural disorders
Signs and Symptoms

Pain in the area of compressions, such as the neck or lower back
Radiating pain, such as sciatica or radicular pain
Numbness or tingling
Pins and needles or a burning sensation
Weakness
Symptoms worsen when you try specific movements, such as turning your head or straining your neck
Management

Lifestyle changes: Avoiding movements that cause pain.  Changing job duties may relieve symptoms. Losing weight can improve symptoms if obesity is the cause of nerve compression syndrome,
Physical therapy: Flexibility, strength, and range of motion in the affected area can be improved by working with a physical therapist. Physical therapy can also relieve symptoms, such as pain and numbness.
Medication: Drugs commonly prescribed to manage symptoms caused by nerve compression syndrome include nonsteroidal anti-inflammatory drugs (NSAIDs), such as ibuprofen (Advil) and aspirin. Corticosteroids, such as dexamethasone, are injected directly around the nerve.
Prosthetic devices: In few cases of nerve compression syndrome, a doctor or physical therapist may advise a splint or a brace to help avoid putting pressure on the nerve.
Surgery: The surgical procedure required depends on the type of nerve compression syndrome, the degree of compression, and the nerves and structures affected. Surgery also depends on several factors, which include the duration of the symptoms, the severity of symptoms, and any other underlying health conditions you might have. 
Home remedies: The following home remedies may stop or ameliorate symptoms of nerve compression syndrome:
Stop activities that cause pain
Apply icing on the affected area for 10 15 minutes
Taking regular breaks when doing repetitive tasks
Applying topical creams, such as menthol
Elevating the affected area
Keeping the affected area warmPerforming stretches and exercises to improve strength and flexibility
Using relaxation exercises

Pinched Nerve (Compressed Nerve) - How Can It Be Managed?

Don't wait any longer, manage your Thrombocytopenia online with a Lybrate doctor today

Consult for Thrombocytopenia - Online and Easy!

FilterClear All

COMMON SPECIALITIES

COMMON ISSUES