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

5 Signs of an Unhealthy Heart

The heart is a muscular organ that helps to pump blood through the circulatory system by periodic contractions and relaxations. The heart is one of the most important organs of the body so much so that a single cardiac arrest or a heart attack can lead to fatal consequences. Even so, a heart attack is one of the most leading causes of death in the country. But there are some earlier symptoms that could alert you ahead of time. The following are signs of an unhealthy heart:

1. Sexual problems

Erectile dysfunction (ED) is one of the most predictable reasons for cardiovascular conditions. Today, patients who are diagnosed with ED are also considered as cardiovascular patients. This is because the heart is supposedly not able to pump enough blood to the genital area. In case of women, reduced blood flow can hamper arousal and delay orgasms.

2. Snoring and sleep apnea

If one snores loudly enough to prevent their partner's from sleeping or resort to using earplugs, one may be at a risk of having a weak heart. Restricted breathing during sleep is connected with a host of cardiovascular diseases. Sleep apnea, a condition where breathing stops for a brief span of time, is linked with higher cardiovascular risks.

3. Swollen, sore and bleeding gums

Swollen and bleeding gums are not only symptoms of dental conditions but also of cardiovascular difficulties. Medical experts believe poor circulation of blood arises due to underlying heart conditions. Recent studies are focusing on bacteria that are believed to cause gum disease as well as plaque inside the arteries of the heart.

4. Heart Arrhythmia

Irregular heartbeat or heart arrhythmia is a common sign of a weak heart. It is characterized by both fast and slow beating of the heart. Restricted blood flow to the heart strains the electrical signals that maintain the normal beating of the heart. This is one of the common causes of coronary artery diseases.

5. Chest pain

One of the most apparent signs of coronary artery diseases is chest pain. The cause of the sharp, clutching pain in your chest can be build-up of plaque in the arteries, which could lead to fatal consequences.



5 Signs of an Unhealthy Heart

Blood pressure is one of the vital life signs in medicine, which, along with other vitals is widely used to assess the overall health of the patient. High blood pressure is very dangerous as normally it has no symptoms or signs and can fluctuate almost instantly. But, it could be managed. High blood pressure is said to be of higher than 120 (systolic) and 80 (diastolic).

A nap in a day might help in lowering blood pressure. According to certain research findings, people who sleep in the daytime had regular blood pressure as compared to people who do not sleep or do not have a short nap. Napping can effectively help lowering blood pressure. It helps the blood to control stress hormones and also helps the nervous system to keep a person healthy.

Daytime napping surely helps in boosting energy levels and efficiency throughout the day. Blood pressure increases after a nap caused by the body s normal circadian rhythm (for influencing and regulating sleep-wake pattern for a healthy cycle in a day). At the time of the morning, the body releases hormones such as noradrenaline and adrenaline. If the blood pressure increases too high, it could cause harmful effects. Blood pressure is usually lower at night while a person is sleeping. The blood pressure begins to increase a few hours before a person wakes up. The blood pressure continues to increase during the day, normally extreme in the mid of the afternoon. The blood pressure starts dropping again in the evening and late afternoon. Sleep helps the blood to regulate stress hormones.

Napping, since it helps in lowering blood pressure, definitely helps in reducing the risk of Sleeping for about seven to eight hours in the night might play a vital role in the prevention of high blood pressure. New research suggests that an afternoon nap is as productive as consuming a pill for lowering the blood pressure. Scientists have found that the people who take a midday nap are more likely to drop their blood pressure as compared to adults who don t take a midday nap and stay awake. Napping, since it helps in lowering blood pressure, definitely helps in reducing the risk of cardiovascular events like a stroke or a heart attack. It is as effective as other lifestyle changes, according to credible researches in medicine. It is interesting to note that napping, even when it reduces the blood pressure by 2 mm Hg only, reduces the risk of cardiovascular events by 10%.

Napping is a sort of shortcut and an effective method for lowering the blood pressure and could also be easily adopted and does not cost anything. Short midday sleep is important for our well-being. And, we can utilize this simple information very effectively for its potential health-related benefits simply by managing our daily schedule.

Napping & Low Blood Pressure - How Can Former Help Latter?

Peripheral vascular disease (PVD) is a circulation issue that affects the veins and blood vessels outside of the brain and heart. PVD commonly strikes the veins that supply blood to the arms, legs, and organs situated beneath the stomach. These are the veins that are located away from the heart. They are known as peripheral vessels.

In PVD, the width of the veins get limited. Narrowing is normally created by arteriosclerosis. Arteriosclerosis is a condition where plaque develops inside a vessel. It is additionally called 'solidifying of the arteries'. Plaque acts towards reducing the amount of blood and oxygen that is supplied to the arms and legs. As the plaque development advances, clumps may develop, which may further affect the vessel.

There are two main types of PVDs:

    Functional PVD: This doesn't include physical issues in the veins. It causes accidental side effects. Typically,these fits happen suddenly.
    Organic PVD: This includes changes in the vein structure. This sort of PVD causes irritation, tissue harm, and blockages.

The most well-known reasons for functional PVDs are as follows:

    Emotional stress
    Smoking
    Cold temperatures
    Operating Vibrating machinery

The common causes of such natural PVDs are given below:

    Smoking
    High circulatory strain
    Diabetes
    High cholesterol

The symptoms include the following:

    Cramps
    Achiness
    Fatigue
    Burning

Diagnosis:

PVD can be diagnosed using interventional radiology (IR).

IRis a sub-claim of radiology that gives an image-guided diagnosis, and if required, includes treatment of the organs as well.It has developed as a first-line treatment in the administration of PVD.

Advantages:

IR medications are for the most part less demanding for patients than surgery, since they include no surgical cut.They are less painful and have shorter stays at the hospital. By and large, the patients are discharged on the same day the procedure is done. This mainly includes angioplasty and stenting. The procedure is as follows:

    Utilising imaging for direction, the interventional radiologist puts a catheter through the femoral artery in the crotch to the blocked vein in the legs.
    At that point, the interventional radiologist expands a balloon to open the vein that is blocked.
    Sometimes it is opened with a tiny metallic cylinder called astent.
    This is a treatment that does not require surgery; only a scratch in the skin the extent of a pencil tip.

Alternative measure:

Angioplasty and stenting have totally replaced invasive surgical methods. Early trials have proven IR to be as successful as surgery for some blood vessel and artery impairments. Earlier, extensive clinical experience demonstrated that stenting and angioplasty are favoured as first-line treatments for more procedures all through the body .

Doctors as well as patients who have been through the same, believe that IR is much better for PVD than invasive surgery, since it reduces the risk of infection.

Diagnosing Peripheral Vascular Diseases With Interventional Radiology

Over the last few decades, the word cholesterol has assumed a different connotation. It has come to be known as a silent killer that spells doom for health. However, what we need to realize is that a certain amount of cholesterol is essential for the proper functioning of the body. The liver produces about 85% of the cholesterol that is required by the body normally. The ever changing food habits have introduced a lot of processed foods that are loaded with saturated fats. Along with this, reduced physical activity has led to accumulation of cholesterol in the blood.

The types of cholesterol are based on the density and we have 2 types of density that is Low Density Lipoprotein (LDL) and High Density Lipoprotein (HDL). LDL is more dangerous than HDL, called as bad and good cholesterol respectively. In addition, the triglycerides and lipoprotein are also critical indicators of overall cholesterol levels. Depending on a person's age, height and weight, normal levels are derived for each of these four.

Because of their density of the cholesterol molecules, as they are circulating in the blood stream, they tend to get sluggish and settle down along the walls of the blood vessels, referred to as plaque. This plaque attracts more and more cholesterol from the blood and the layer gets gradually thicker. This reduces the thickness of the blood vessels and in severe cases even completely blocks blood flow to important organs like the brain and heart, leading to severe conditions like stroke and heart attack respectively.

However, it is not always that all cholesterol is bad. It is one of the essential things for the proper body functions with the main functions listed below.

1. Each cell in the body requires it to form the cell membrane, the protective layer around the cells
2. Synthesis of vitamin D is done with the help of cholesterol, which is very essential for skin health
3. It also helps in hormone formation. In addition to steroids, other hormones like testosterone, estrogen, cortisol require cholesterol as a main ingredient
4. Formation of neurotransmitters and overall nerve function requires cholesterol. This ensures optimal neurological functioning.

So, as noted above, there are, both good and bad aspects to cholesterol. It is not all that dangerous a thing that it is made out to be. The trick is to maintain a good level of cholesterol so that the body's requirements are met, and at the same time, the harmful effects are kept at bay. Some important parameters to manage, include the percentage of bad cholesterol in the blood and the ratio of triglycerides to HDL in the blood. These are considered fair indicators of heart health and if need be, lifestyle changes and/or medications can be undertaken to manage overall health and reduce risk of heart disease and stroke.

Cholesterol: Good and Bad of It

Stroke is a medical condition in which the flow of blood towards the brain is poor and causes the death of certain cells. There are two common types of stroke: 

1. Ischemic- due to lack of blood flow
2. Hemorrhagic- due to bleeding

Signs and symptoms of stroke 

Problems with movement
Inability to feel  on one side of the body
Problems understanding or in speech
Vertigo
Loss of vision
Difficulty in carrying out everyday activities
Role of Physiotherapy for Patients with Stroke

The main focus of physiotherapy is to help you use your arms and legs to regain as much strength and movement as possible. 
If you have one-sided paralysis, correct positioning is important to prevent spasm or injury.
It helps you to sit up as this will help you avoid blood clots in your legs, improve your breathing and help you recover quickly.
If you are unable to move, you may be given chest physiotherapy to keep your lungs free of infection.
What does a Physiotherapist do?

A physiotherapist advises you on how you should be positioned when lying or sitting, and how often you need to be moved.
Motivates you to be actively involved in your physiotherapy sessions to help you relearn normal patterns of movement
Decides when you should begin to start walking and what equipment is needed to move or support you
Provides therapy to strengthen your limbs and teach you how to move again as independently as possible
Takes care of the fact that no complications should arise and you have a smooth recovery.
Treatment Techniques:

Strength Training: It is evident that strength training can improve upper-limb strength and function without increasing tone or pain in individuals with stroke.
Gaming: Goal orientated computer gaming has proven to significantly reduce upper limb impairment in stroke survivors.
Virtual Reality: Virtual reality training has been shown to be effective in restoring upper limb motor impairments and motor-related functional abilities.
Mirror Therapy: Mirror therapy has been shown to have a beneficial effect on motor control and function compared to conventional therapy.
Robot-Assisted Therapy: It has been shown to have a beneficial effect on motor recovery and function.
In the upper extremity with severe impairment and/or poor prognosis for recovery, Chedoke McMaster Stroke Assessment (CMSA) of Arm and Hand < Stage 4) treatment should focus on maintaining a comfortable, pain-free, mobile arm and hand. Engage in repetitive and intense use of novel tasks that challenge the stroke survivor to acquire necessary motor skills to use the involved upper limb during functional tasks and activities. Engage in motor-learning training including the use of imagery.

Stroke - How Physiotherapy Can Help With It?

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