The word epilepsy brings to mind visions of people frothing at the mouth and rolling on the ground. However, epilepsy affects each patient in a different way. This can make it hard to recognize at times. In the more serious cases of epilepsy, an epileptic attack can make a patient injure himself or develop other life threatening conditions. In rare cases, epilepsy can even cause death. Thus it becomes imperative to understand how to deal with epilepsy.

Treatment options for epilepsy can be categorized as medication, surgical procedures and dietary changes.

Medication
Medication for epilepsy is prescribed on the basis of the symptoms presented and the type of epilepsy the patient is suffering from. In most cases, seizures can be controlled with a single type of medication, but in others, the doctor may need to prescribe a combination of medicines to control epilepsy. These forms of medication do have side effects and hence any reactions to the medication must be immediately brought to the doctor's notice. The dosage for epilepsy medication may need to be varied with time. An epileptic patient should never discontinue medication on their own.

Surgery
Depending on the type of seizures and the area of the brain affected, a doctor may advise surgery in cases of severe epilepsy. Surgery can help reduce the number of seizures experienced or completely stop them. Surgery to treat epilepsy is of many types. Some of the common procedures are:

1. Surgery to remove tumor of any such conditions that may be triggering the epileptic attacks
2. Surgery to remove a small section of the brain from where a seizure originates. This may also be referred to as a lobectomy.
3. Multiple subpial transaction or a surgery that involves making a series of cuts in the brain to prevent the seizures from spreading to other parts of the brain.
4. Surgery to sever the neural connections between the right and left hemispheres of the brain.
5. Surgery to remove half the brain's cortex or outer layer

Dietary changes
A diet rich in fats and low in carbohydrates can help reduce seizures. This is known as a ketogenic diet and aims at making the body break down fats instead of carbohydrates. It can cause a buildup of uric acid in the body and thus should be practiced only under the guidance of a dietician. In cases where epileptic attacks are triggered by malnutrition and birth defects, taking vitamin supplements can help lower the frequency of seizures.

How to Deal with Severe Epilepsy

Women are not really sure about frozen embryos  ability to result in pregnancy. Ironically, the success of Frozen Embryo Transfer has dramatically improved over the last few years. In the days gone by, the chance of women getting pregnant through the use of frozen embryos seemed to be on the lower side compared to that from the transfer of fresh embryos. Recent data related to this suggests that this is no longer the case.

Reasons behind the low success rate of frozen embryo transfer in the past
Previously during the frozen embryo transfer process, the embryos which had to get frozen were the ones that did not get chosen for the fresh embryo transfer initially. The reason being that the embryologist had gone ahead to choose the best possible embryos for getting them transferred initially. As far as the fresh embryo transfer is concerned, quality of embryo has got a major effect on the chance of a woman getting pregnant. On the other hand, if quality of embryos frozen is not good, the rate of survival after it gets thawed along with the rate of pregnancy would be on the lower side.

The second important reason is the amount of embryos that got transferred. Let us consider a couple who produce four very good quality embryos. Two of them are transferred during fresh In Vitro Fertilization Process and the remaining two are frozen. This leads to pregnancy and the woman gives birth to a baby. Later on, the couple once again decides to go for pregnancy by using the frozen embryos. Though only one embryo survives after getting thawed. The frozen embryo transfer is that of a single embryo. The success rate of a frozen embryo transfer through a single embryo is always going to be on the lower side than what it will be when multiple embryo transfer is involved.

Finally the method of freezing embryos has seen a sea change quite a number of years ago. Nowadays the freezing of embryos takes place by a fast method, known as vitrification. This process has got a much better survival rate when embryos get thawed along with good rates of pregnancy when those particular embryos are transferred in a much better manner.

Studies about high success rate of frozen embryo transfer
There have been studies performed in women, who have had quite a vigorous stimulation of their ovaries and were considered to be at high risk for Ovarian Hyperstimulation Syndrome. The physicians took the decision of skipping the process of embryo transfer and instead go ahead to freeze all the embryos for use at a later stage.

This tends to significantly decrease the risk of having serious Ovarian Hyperstimulation Syndrome along with decrease in complications. Other cases involved, physicians deciding to move on with a fresh embryo transfer depite the risk of Ovarian Hyperstimulation Syndrome. In both the scenarios the couples have quite a large number of embryos and the embryos selected for transfer were the best embryos.

The studies have shown no difference in the rates of pregnancy between fresh or frozen embryos or for that matter higher rate of pregnancy with frozen embryos.

How Successful Is Frozen Embryo Transfer?

Cerebral ischaemia or brain ischemia is a medical condition that restricts the flow of blood to the brain, resulting in an unmet metabolic demand. This leads to limited oxygen supply in the brain, which could result in the death of brain tissues, cerebral infarction or an ischemic stroke. Thus, a cardiorespiratory arrest, a stroke, and irreversible brain damage are few possible consequences of cerebral ischaemia.

People with compressed blood vessels, low blood pressure, congenital heart defects or sickle cell anaemia have a high risk of developing cerebral ischaemia since compressed blood vessels or very low pressure can lead to restricted blood flow. Also, sickle-shaped cells have a greater tendency to clot, causing obstructed blood flow.

Patients with cerebral ischaemia experience a host of symptoms, such as weakness in the body, problems with coordination and movement, vision and speech impairment and unconsciousness.

Cerebral congestion, on the other hand, refers to the excessive quantity of blood in the brain vessels, causing pressure on the cerebral substance. Cerebral congestion is of two types. It is termed as active when there is too much arterial blood flow and passive when there is undue quantity of venous blood in the veins of the brain. Both conditions cause symptoms, such as a severe headache, insomnia, irritability and unconsciousness. The patient gets little sleep and is disturbed often followed by dreams. When awake, the patient s mental activity in the brain is very high.

Homeopathy is now a well-established school of medicine backed with years of research and practice. Gone are the days when homeopathy was considered no more than an extension of herbal home remedies.

Homeopathic laboratories around the world produce a large number of medicines covering almost all ailments. The benefits of homeopathic treatment are now well established due to its holistic approach and minimal side effects. Homeopathy is undoubtedly a ray of hope for patients with cerebral ischaemia and cerebral congestion, as it delivers a comprehensive treatment plan designed to target the signs and symptoms of the disease and address its non-occurrence.

The medications deal with mild to severe symptoms, including inflammation of the brain, headache, vomiting, insomnia, stroke/convulsions and seizures. The stramonium drug, for example, deals with seizures. Belladonna is an effective remedy for sharp shooting headaches, a common symptom of cerebral congestion. Ferrum is believed to be a valuable remedy for brain ischaemia. Few drugs deal with the symptoms of both ischaemia and congestion nux is a suitable drug for the treatment of ischaemia as well as for passive cerebral congestion. Similarly, phosphorus can be used to treat brain ischaemia and congestion. Zincum metallicum is a highly recommended drug for chronic cases of ischaemia.

The treatment is comprehensive and long term and shows substantive results. Regular follow-ups and consultation with a homeopath specialist is the key to an effective treatment.

Homeopathy Treatment Of Cerebral Ischaemia & Cerebral Congestion

Migraine is a severe form of headache wherein, the excruciating pain is accompanied by an extreme sensitivity to sound and light; you also experience nausea. The headaches usually affect either side of the head and are throbbing in nature. Hot flashes, numbness of limbs and blind spots in the eye; these are often considered as warnings. In certain cases, migraines can cause blackouts that can range from a few seconds to a few minutes.

Migraine occurs in four stages:

Pro-drome (symptom indicative of an onset of an illness)
Aura (visual auras including blurred vision)
Headache
Post-drome (the residual effects of migraine characterized by fatigue and lethargy)
But the occurrence of these stages varies across individuals. The causes of migraines aren t specifically understood. It may be due to the interaction of the brain stem with the trigeminal nerve, which is an important pain pathway of the brain. Imbalances in hormonal levels or in the levels of neurotransmitters such as serotonin may also prove to be a causal factor.

Symptoms

Migraine may be triggered due to stress, physical exertion, and excess intake of alcohol or food additives such as MSG (Monosodium Glutamate). Changes in the environment and sleeping patterns may also be probable culprits.

Migraine can be easily distinguished from regular headaches, given the fact that migraines last longer and are rather severe in nature with pain felt in one part of the head. Most people experience the  Aura stage where they have visual flashes right before headache. Nausea, eye pain or sensitivity to light and sound are other factors helpful in distinguishing migraine from other headaches.

Symptoms can occur a while before headache, immediately before headache, during headache and after headache. Although not all migraines are the same.

Typical symptoms include:

Moderate to severe pain, usually confined to one side of the head during an attack, but can occur on either side of the head
The pain is usually a severe, throbbing, pulsing pain
Increasing pain during physical activity
Inability to perform regular activities due to pain
Feeling sick and physically being sick
Increased sensitivity to light and sound, relieved by lying quietly in a darkened room
Some people experience other symptoms such as sweating, temperature changes, tummy ache and diarrhea.
Complications in migraine may include:

Chronic migraine which last up to 15 days or more
Status Migrainosus where the attacks last for over 3 days
Migrainous infarction where the aura lasts longer than it should, cutting blood supply to the brain. 
If you wish to discuss about any specific problem, you can consult a neurologist.

Migraine - Know The Causes and Symptoms!

There is a distinct relationship between sleeping disorders and your emotional health, both influence each other. Insomnia is a common sleeping disorder, which is generally caused due to stress and tension. Depression and anxiety also account for insomnia. It has been proven by research that people who experience sleeplessness or cases of insomnia are at a higher risk of depression and similar psychiatric disorders.

Insomnia is an important factor which causes depression and many people affected by it commit suicide. Researchers have found dysfunctional activity in the area of the brain where emotions are processed and regulated, among people with insomnia. Their study explains the mechanism by which insomnia affects and influences emotions in people, which leads to depression and other disorders.


The ways in which insomnia affects your emotions

    There is a clear difference in the brain activities of people with insomnia when compared with normal people who get good sleep. There is usually a great difference between the activities of the amygdala, which are neurons in the temporal lobe of the brain. The amygdala is very important in regulation and processing of emotions.
    Insomnia disrupts the ability of the brain to process negative emotions.
    Neural change and problems with regulating emotions are also caused because of insomnia.
    Insomnia disables the ability of judging or sensing any kind of emotion by looking at the face of a person. It is difficult to judge emotions such as anger and sadness in people suffering from insomnia. This impairment occurs more in women.
    Insomnia and similar sleeping disorders affect our inhibition and disrupt our impulse control mechanism. An insomniac person is likely to develop increased impulsiveness to negative stimulus.
    People suffering from insomnia develop a perception towards negative stuff and perceive most things in a negative way, rather than looking at the bright side which a normal person tends to do. People affected by insomnia are characterized by a negative mood and are pessimists in nature.
    A sleep deprived or insomniac patient shows greater activity around the limbic area of the brain. This is the area where major emotional regulation and processing are undertaken.
    A person suffering from insomnia develops a cranky personality. The patient is in an irritable mood and is triggered by the slightest and pettiest of circumstances. An insomniac patient is also characterized by swinging moods, high temper and general fatigue, which result due to lack of sleep.

Insomnia is a sleeping disorder which directly affects a person's emotions and the processing and regulation of emotions. There is a direct and important link between insomnia and emotional disorders.

How Insomnia Influences Your Emotions

A stroke, also called cerebrovascular accident (CVA), cerebrovascular insult(CVI), or brain attack, occurs when a part of the brain is deprived of blood flow. When the brain cells are deprived of oxygen they begin to die. When brain cells die, the functions controlled by that part of the brain also stops, which results in different types of disabilities among stroke survivors.

There are two types of strokes

Hemorrhagic
Ischemic stroke
The first is caused when a brain aneurysm or a weak blood vessel bursts. Most of the time, this type of stroke leads to death. The second one happens when a clot blocks the flow of blood to the brain. Patients suffering from stroke suffer from various side-effects, the most common ones being paralysis or loss of feeling in a certain part of the body, problem in understanding or talking and loss of vision in one side. The side-effects start showing up regularly after a person has had a stroke.

In certain conditions, blood flow to a certain part of the brain stops for only some time and hence the body suffers stroke like symptoms which only last a couple of hours before disappearing. This is known as a transient ischemic attack (TIA). Unfortunately, the effects of a stroke can be debilitating and also permanent. Hence its important to know the symptoms of a stroke and rush the patient to a doctor as soon as possible. Sometimes early treatment can save a lot of damage.

The primary symptoms of stroke are as follows:

Confusion and problems with talking and comprehension
Headache along with alteration of consciousness or vomiting
Numbness of the face, arms or legs, especially on one side of the body
Issue with seeing, in one or both eyes
Inability to walk with stability, including disrupted coordination
Problems with the bladder and bowel control
Acute depression
Body temperature fluctuates, and pain worsens with movement
Paralysis on one side of the body along with fatigue
Problem in expressing or controlling emotions
Risk Factors:

Hypertension
Diabetes
Increased Cholesterol
Smoking
Obesity
Sedentary Lifestyle
Diagnosis of stroke

Several tests are carried out to determine the type of stroke acquired. They are:

Physical examination, which involves observing the patient's overall condition.
Blood tests
CT scans
MRI scans
Cerebral angiogram
Echocardiograms
Stroke is a fatal brain disease and can cause permanent damage to your system so its best to check with your doctor to know how you can prevent it.

Brain Stroke - Factors That Can Lead To It!

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