Language plays a very important role in our everyday life. Language disorders are common in neurological practices. A stroke directly affects one s brain and can cause neurological problems.

The consequences of neurological stroke language disorders are alexia, aphasia, alexia, acalculia, and agraphia. A large number of deaths worldwide are caused due to stroke. A severe stroke may impair a patient for life and cause communication disorders. The brain refuses to function properly after a stroke, thus accurate description and recognition become a challenging task.

Understanding the types of language disorders post-stroke

Stroke can severely damage a certain portion of your brain and hamper its proper functioning. One of the most common symptoms following a stroke is language loss. There can be different types of language loss, partial or even complete. Below are the types:

Aphasia

It means complete loss of language functioning. The patient s verbal communication is impaired and it results in difficulty in understanding both written and spoken language, repetition, naming, comprehension and other abnormalities. The blood vessels of the brain are affected causing its dysfunction. One-third of patients in the acute phase undergo this condition.

Alexia

A disconnection syndrome caused due to brain damage or trauma affects the patient s reading ability. It is also known as visual aphasia, text blindness, or word blindness. It is very different from dyslexia.

Agraphia

It is the inability to write unlike in the past. The motor control that allows you to write is disrupted and the patient writes wrong spellings or imaginary words and confuses the meanings.

Acalculia

This is also an acquired syndrome in case of which the patient cannot perform any mathematical calculations. Simple addition, subtraction, numbers and columns are a difficult task and go beyond understanding.

Language recovery

The process of recovery is difficult, slow and does not guarantee results. The severity of language impairment needs to be considered before going for therapy. Rehabilitation is necessary to avoid any depression or frustration in the patient.

Communication is essential. If a patient is suffering from aphasia, begin with simple words like  yes  or  no , hand gestures and nodding to address the basic needs.

Be patient and try to connect with the person emotionally.

Return to the daily routine. The homely environment can be beneficial and make sure you have an everyday list of words to learn or write.

The patient must be active and repeat words until you have the perfect pronunciation.

Keep a notepad handy. For patients who cannot talk and has difficulty in talking can write and express their feelings.

It is very important to stay stimulated. Motivation from friends and family relieves anxiety and can help the patient recover quickly. No two affected person goes through the same process, that s why understand and approach accordingly.

Early therapy is effective and patients may respond very well in groups and a safe environment. Visit the doctor at regular intervals to test your improvements, reflexes and language skills. Post-stroke, the patient s well-being should be a priority.

Know More About Neurological Stroke Language Disorders!

Cardiomyopathy includes diseases involving the heart muscle. These diseases have various causes, types, symptoms and modes of treatment.

The heart muscle gets enlarged, thick or rigid. In several cases, the heart muscle tissue is replaced with a scar tissue. As this condition worsens, the heart gets weaker and the ability to pump blood is disrupted, which can cause heart failure or irregular beating of the heart. The weakened state of the heart can lead to valvar diseases.

The different types of cardiomyopathy are:

 Hypertrophic cardiomyopathy-
This is a common form and affects people of all ages. Men and women are affected equally. This condition arises due to the enlargement and thickening of the heart muscle. The ventricles, the septum and the lower heart chamber usually thicken, which causes obstruction in pumping of blood by the heart. This disease also causes stiffness in the ventricles, and cellular changes in the tissue.
 Dilated cardiomyopathy-
This form of cardiomyopathy develops due to the enlargement and weakening of the ventricles. The issue arises from the left ventricle and develops over time. It may even affect the right ventricle. More effort is put in by the heart muscles for pumping blood and slowly the heart is unable to pump blood effectively. This condition may lead to heart failure, valve diseases or blood clots in the heart.
 Restrictive cardiomyopathy-
This disease occurs due to the stiffening of the ventricles, without thickening of the walls of the heart. The ventricles are not allowed to relax and do not receive a sufficient volume of blood supply. This condition causes heart failure and valvar problems over time.
 Arrhythmogenic right ventricular dysplasia-
This rare form of cardiomyopathy occurs when fat or fibrous tissues replace the muscle tissue of the right ventricle. This causes arrhythmias and disruption in the electrical signals of the heart. It generally affects teens and may cause cardiac arrest in athletes.
 Unclassified cardiomyopathy-
Some types of cardiomyopathy of this category include left ventricular non compaction where the ventricles develop trabeculations. Takotsubo cardiomyopathy is another disease where immense stress causes failure of the heart muscles.

Treatment-
Many cases of cardiomyopathy come and go away on their own. Treatment for other cases depends on the severity and symptoms. The major treatment methods are:
Lifestyle changes meant for a healthier heart.
Medication.
Nonsurgical methods.
Surgery and implants

Modes of surgery for treatment of cardiomyopathy include:
Septal myectomy
Heart transplant
Implant devices such as cardiac resynchronization therapy (crt) device, implantable cardioverter defibrillator (icd), left ventricular assist device and pacemakers are fitted into the heart for better performance.

Cardiomyopathy can be of many different types, each arising from different situations and conditions. The mode of treatment depends on the severity of the complication or on the basis of symptoms.

Types and Treatments of Cardiomyopathy


Foods that help High Blood Pressure

Our lifestyles are such that low and high blood pressures are common phenomena, people in their 20s and 30s are also diagnosed with unstable blood pressure. While lifestyle could be changed to a certain extent, there are adjustments which can be done to maintain good health. 
Foods that help cure high blood pressure problems are. 

1. Beans - White beans have calcium, magnesium and potassium in large quantities. These are important for someone with high blood pressure. This superfood can be included in side dishes, soups as well as entrées. Ensure that there is minimal salt added.

2. Yogurt - Fat free yogurt contains calcium in extremely high quantity along with magnesium and potassium. Making this the main-ingredient of breakfast, salad dressings, entrées and sauces is an excellent idea.

3. Fish - Tilapia fish is easily available all year-round and provides a good 8% of your daily potassium and magnesium needs.

4. Potassium And Magnesium Foods - Peaches, red bell pepper, broccoli, sweet potato and bananas contain calcium, magnesium and potassium which is needed by those suffering from high blood pressure.

5. Quinoa Seeds - The newest diet sensation food, quinoa contains 4.5% of potassium, 1.5% of calcium and 15% of magnesium from your daily need.
If you would like to consult with me privately, please click on 'Consult'.

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 Got High Blood Pressure? Eat These 5 Foods!

Hemothorax is a serious and possibly a life-threatening condition in which blood collects between the lungs and the chest wall due to a traumatic injury or some other factor. It can be caused due to an extrapleural or an intrapleural injury. An extrapleural injury damages the chest wall on the outside while an intrapleural injury damages the chest wall on the inside.
Sometimes, Hemothorax is accompanied by excess air in the pleural cavity, known as pneumothorax. If they both occur at the same time, the condition is said to be hemopneumothorax. When blood accumulation is as large as nearly one liter, it has the potential to lead to shock and is referred to as Massive Hemothorax, which can be fatal.

Causes-
Hemothorax can be caused by a number of factors discussed as follows:
  Traumatic injury in an accident or sports causes the pleural lining of the lungs or chest to rupture. It causes blood to spill over into the pleural cavity, and it finds no way to drain itself out. Chest and lungs are so sensitive that even the smallest of injuries (or seemingly small) have the potential to cause Hemothorax.
  Tuberculosis and other lung infections can cause Hemothorax.
  Pulmonary embolism refers to a blood clot in the lungs that can cause Hemothorax.
  Lung or pleural cancer also have the potential to cause grave disease.
  Defective blood clotting as in hemophilia in which blood lacks clotting factors can cause Hemothorax.
  Tissue necrosis in the lungs or pulmonary infarction is a lung tissue dysfunction which can cause Hemothorax.
  Tearing of pulmonary blood vessels due to an invasive surgical procedure also has the potential of causing Hemothorax.
  Patients who have undergone major surgeries like lung transplant and open- heart surgery are very likely to get Hemothorax.


Symptoms-
There are many symptoms associated with Hemothorax like low blood pressure, rapid rate of heart, cold and pale skin color, chest pain while breathing, tense and shallow
breathing, difficulty in breathing, anxiety, and restlessness.


Diagnosis-
  Physical examination includes listening to the sounds of abnormal breathing and to the sounds of liquid in the chest.
  An X-Ray image reveals the presence of liquid in the pleural cavity.
  A full Computed Tomography Scan can reveal the occurrence as well as the cause of Hemothorax.
  An ultrasound provides good insight into the situation of the lungs and the pleural cavity.
  Sometimes, a sample of the pleural fluid is extracted for test and diagnosis.


Treatment-
The procedure is performed under anesthesia. A catheter or a needle is inserted into the chest through ribs for removing air and blood from the pleural cavity. If the lung collapses, it is expanded using the chest tube, which is left attached to a closed system. This ensures the escape of air and fluid from the pleural cavity and prevents additional air from entering the pleural space. This section is hence left in a water seal or hooked up to suction.
If the injury is small, chest drainage might be sufficient depending upon the case. However, if there is a major injury, it might require stopping bleeding at its source through a surgery.


Take Away-
Hemothorax can cause a collapsed lung that might progress to lead to respiratory failure. If left untreated, Hemothorax can cause infection in pleura, lung or pleural fluid in the chest cavity. Hemothorax can cause scarring of the lung tissue and pleural membranes. Retained Hemothorax occurs when blood stays in the pleural cavity for too long. It might clot and get difficult to remove through the catheter. It might also cause the buildup of pus in the surrounding region leading to an infection. Retained Hemothorax is treated by draining the fluid differently or through a video-assisted surgical procedure. Before opting for any treatment or surgery, one should always consult a doctor.

Chest Injuries And Hemothorax - Know How Serious It Can Be!

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?

Our survival is solely reliant on the working of the heart. It is this that makes the prospect of a heart failure so fatal and so terrifying. Notwithstanding what the heart evokes, a heart failure is not indicative of a defunct heart; but only a situation when the heart pumps weaker than what is generally deemed as natural. Consequently, the blood flows at a slower rate to the heart and the body that in turn increases pressure in the heart. The oxygen that is produced by the heart in such a scenario is scanty and insufficient for the body. 

body responds with its own defense mechanism, as the heart, in an attempt to hold more blood, stretches its chambers. Though this strenuous effort may keep the blood moving, it would gradually and inevitably weary the heart with all the effort. Subsequently, the kidney responds by retaining more salt and fluid in the body. These fluids may accumulate in different parts of the body, mainly in the legs, feet, ankles leading to congestion in the body. This very condition in medical terminology is referred to as congestive heart failure. 

Different causes can contribute to the onset of such a fatal condition. Some of them are

Coronary artery disease: In such a condition, the arteries supply insufficient amount of oxygen and blood to the heart. Subsequently, the heart receives scanty amount of nutrients and oxygen.
Heart attack: The sudden, unanticipated blockage of the coronary artery and the ensuing stoppage of the flow of the blood lead to a heart attack. The heart muscles are damaged in such a case and prevent the proper functioning.
Diseases: Though the term may be generic and over expansive, most of the ailments which people suffer from tend to manifest themselves by posing a potential threat to the functioning of the heart. A high blood pressure, kidney disease, even a thyroid disease can cause congestive heart failure.
Every disorder is preceded by certain symptoms, and congestive heart failure is no different. Some of them are

Fatigue: This is one of the most perceptible symptoms of congestive heart failure. One of the earliest premonitions of an impending heart failure is a nagging sense of weariness and lethargy.
Swelling: As the condition is characterized by accumulation and build-up of fluids in various part of the body, swelling is an inevitable symptom of this condition and a clear indication of the ailment.

Congestive Heart Failure - Factors that Make it Fatal

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