Alzheimer's disease is a neurological problem that is characterised by a cognitive decline and memory loss. It is a type of neurodegenerative dementia. The symptoms of alzheimer's disease include not being able to absorb and retain new information, lack of reasoning and judging, not being able to take on complex tasks, impaired visuospatial abilities, problems in reading, writing and speech, among many others. If a person has at least two of these symptoms in a debilitating manner, then the diagnosis can be made in favour of alzheimer's disease. The main causes of alzheimer's are shrinkage of the brain size and death of the brain cells. The immune system is also said to trigger this neurodegenerative disease. Let us find out what medical science has found so far.

1. Connections: many a times, in alzheimer's disease, the memory and behaviour of the person changes because the brain is unable to make proper neural connections which can lead to memory loss of how a person behaved and the elements that formed the basis of the patient's cognition. Apparently, the immune system behaves in the same way within the brain and blocks the connection. This happens because there is constant communication between the brain and immune system along neurological lines, which is where the disease first emanates.

2. Inflammation: the brain is prone to inflammation or swelling that is not the normal kind. This inflammation happens as a result of the activation of the infection fighting neurotransmitters and the chemical changes that happen in the brain when an infection strikes. The inflammation usually happens in the plaques or clumps which the brain tries to protect. These clumps are made up of a protein called amyloid. The immune system is responsible for creating this inflammation in the brain of the patient.

3. Pattern recognition receptors: many of these receptors work in different manners and cooperate with each other to create a response in the brain. These prrs can be found in the brain plaques, and they develop the signs of danger which further fuels the inflammation in the brain as a matter of protection.

4. Activation of cells linked with the immune system: when the prrs begin to respond, it basically activates the immune system and the cells of the same. This is the basic reaction that causes the changes in brain which then leads to the attachment of the protein to the tissue that is diseased, in which case alzheimer's disease starts. The inflammation that we had spoken about earlier basically happens in the nervous tissue.

It is important to recognise and act on the initial signs of alzheimer's disease before it progresses beyond one's control.

Can the Immune System Trigger Alzheimer's Disease

In some people, autism and epilepsy go hand in hand. But with new tools and techniques, it has become possible to cure such people. Cure for autism means the disappearance of the limiting symptom that is unique for each person. Cure for epilepsy means complete disappearance of seizure and no medication for epilepsy. 

Therefore, how autism with epilepsy can be cured is a point of consideration here.

Reasons for Epilepsy in Autistic People - 

People with epilepsy often experience seizures, which means that they have a temporary disturbance of mental functioning. It manifests due to Energy Disturbance in the energy fields of the autistic person. But, the trigger of the energy disturbance in such a person is the energy disturbance in the parents  or caregivers  energy field. The energy disturbance in the physical environment around the autistic person can also be a trigger. 

The energy fields get disturbed as autistic people are born as energy sensitivity being and they have poor energy boundaries. 

How Applied Intentional Epigenetics is Beneficial in Curing the Symptoms in Autism Along with Epilepsy?

Applied Intentional Epigenetics is a Biotechnology tool, which enables the reversing of symptoms in autism presented along with epilepsy. 

Applied Intentional Epigenetics is the science and art of utilizing methods and techniques using the power of Intention in any way that helps epigenetic transformations in a person. It brings these transformations at the genes and DNA level of the person. 

On the other hand, the Biotechnology tool involves using living organisms to make products through technological applications for a specific use. Epigenetics means to control the above genes. Biotechnology and epigenetics are connected through Intent or Intention. And the combination of two is for helping people with autism and epilepsy. It is also known as an intent healing which means healing using the power of Intention. It brings about the realignment in the energy fields of such people by rewiring the neural network in the brain and gut, reprogramming the DNA and erasing faulty cellular memories.

Result of Using the Intent Healing Tool -

People with autism along with epilepsy have shown positive results with the help of the intent healing process. These people have recovered completely from all the limiting symptoms of autism as well as symptoms of epilepsy. They were soon off the medicines once the healing session started. The entire process is done along with parents or caretakers under medical supervision. The process involves the healing of parents first and then the autistic child. 

Conclusion -

Where earlier people thought that autism along with epilepsy had no solution or only medication is the solution, now, with new discovery, they have understood that Intent Healing is the solution. Such healing has a permanent solution to the problem. The invention of such a healing process is a sigh of relief for children and families.

Autism And Epilepsy - Application Of Epigenetics For Permanent Cure!

Getting a good night s sleep is essential for a healthy lifestyle. When a person is asleep, the body rejuvenates itself. Some people can fall asleep as soon as their head touches the pillow but others can find it hard to sleep. Conditions that affect a person s ability to sleep properly over a long period of time are known as sleep disorders. There are many different types of sleep disorders.

Obstructive Sleep Apnea
Sleep apnea is a very common sleep disorder. This is marked by frequent interruptions in the person s breathing. It may cause the person s breath to become shallow or even stop briefly. In many cases, the person may not be aware of this happening while they sleep. Obstructive sleep apnea is caused by a partial or complete obstruction of the upper airway. This makes the chest muscles and diaphragm work harder to pull air into the lungs.

Insomnia
Insomnia can be described as an inability to fall asleep. Waking up frequently in the middle of the night and finding it difficult to go back to sleep or waking up earlier than planned in the morning are also characteristic signs of insomnia. There are two types of insomnia; primary and secondary insomnia. Primary insomnia refers to the inability to sleep that is not connected to any other disease. If the person s inability to sleep stems from another disease, it is known as secondary insomnia. There are a number of factors that could cause insomnia. This includes life changes such as shifting to a new home, death of a loved one or change of jobs, emotional discomfort, environmental factors such as light or noise, jet lag, stress, etc.

Restless Leg Syndrome
This sleep disorder is also classified as a neurological disorder. It is characterized by an overwhelming urge to move one s legs while sleeping. This may be felt as a scratchy itchy, burning, pulling or throbbing sensation. Massaging the legs or moving it only provides temporary relief. The exact cause of this condition is not known but suffering from an iron deficiency, kidney failure, diabetes, Parkinson s disease or peripheral neuropathy can increase the risk of this sleep disorder.

Narcolepsy
This can be described as the brain s inability to control its sleep cycle. This can make a person fall asleep unexpectedly during the day while falling asleep at night becomes more difficult. In most cases, this sleep disorder is caused by reduced levels of a neurotransmitter known as hypocretin.

So, if you are experiencing any of the above symptoms or have difficulty sleeping, it is advised not to self-medicate and delay the treatment. Seek help from a professional right away and enjoy peaceful sleep.

Sleep Disorder - Know Its Types And Causes!

Antibiotics are something which have changed are lives for eternity as well as for the better, to say the very least. With each day that passes, there are greater strides of advancement which are made in the field. Of late, it is said that antibiotics also have the potential to stop new cells in the brain from growing, which is quite a risk when it comes to their usage among people are sick.

Research has found that if the brain of the person under treatment is subject to sustained use of antibiotics, it is true that the brain can lose its functionality for a quicker time than what one would consider to be normal. So it can be said, this usually is not the advisable way to go.

Like most testing practices when it comes to medication, antibiotics which were tested on the brains of the subjects i.e. those of mice had an effect of mitigating their high-level memory. How this happened to be is rather interesting, to say the very least.

How dangerous can antibiotics be?
It is often said that eating right does wonder for a person s brain. Well, the mice that were not treated with the antibiotics were seen to lose the healthy bacteria present in their stomachs. In addition to this, they lost new brain cells. This led on to them performing worse in mental tests than their peers who had had some antibiotics administered to them on a consistent basis.

Now a cynic may point out that what is seen to be true for mice may really not hold true when it comes to humans being considered. However, if it is taken into due account that a lot of path-breaking research is carried out on mice, there is quite some credence to the results of the study.

To supplement the evidence even further, it was also seen that for mice which were in possession of low levels of monocytes, which are a type of white blood cells. It was seen that there was a great dependency on monocytes for the generation of white blood cells. The part of the brain which is hindered by generating new cells on account of the sustained use of antibiotics is the hippocampus.

Antibiotics are the proverbial shot in the arm which can aid recovery by destroying the threat to a person s wellness. However, it is to be considered that they are not safe in general as there is collateral damage!

Antibiotics - Can They Stop The Growth Of Brain Cells?

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?

The chronic disorder that causes recurrent and unprovoked seizures is referred to as Epilepsy. A seizure is an impulsive and unexpected rush of activity in the brain. The reasons for the cause of epilepsy include head trauma, high fever, low blood sugar, and alcohol withdrawal. It is a neurological disorder and more than 3 million people in the United States have been affected by epilepsy. The chronic disorder is common not only in adults but even in young children and it has been observed that it occurs more in males. The disorder can merely be controlled by the use of various strategies as there is no cure for it till date.

Causes of epilepsy
Any illness that disturbs the usual form of neuron activity can lead to seizures. There are many possible causes of epilepsy. The 2 main types of seizures include partial/focal seizure and generalized seizure. The partial seizure would affect only one part of the brain. It is difficult to identify mild seizures. Further, stronger seizures are known to cause uncontrollable muscle twitches and spasms. At the time of a strong seizure, a patient can lose his consciousness. On the other hand, generalized seizures affect both parts (cerebral hemispheres) of the brain so their onset is not easily identifiable. Types of generalized seizures include tonic-clonic, absence or atonic etc. The other important fact is that epilepsy progresses because of imbalance of neurotransmitters which are nerve-signaling chemicals and also due to an abnormality in the brain wiring.

Drugs used to treat epileptic seizures
Anticonvulsant drugs are mainly used to treat epileptic seizures. The type of treatment provided to patients mainly depends on factors like severity and frequency of the seizures. The other factors that are also taken into consideration for the type of treatment provided include medical history, overall health and the age of a person. A patient can feel better with a seizure medication, an implant that works on the nerves, a special diet, and surgery.
To control epileptic seizures medications are the best option and to treat the brain disorder the right medication needs to be used. There are nearly 20 drugs available that are used for treating different types of epileptic seizures. The doctors provide medication only after proper review of the patient s medical history and their lifestyle. Some of the medications that are made include the use of antiepileptic drugs and anti-seizure drugs. The faulty signaling of the brain is suppressed with these medications.

Important precautions you must take

It is very important that the medication is taken as directed by the doctor. The main reason behind the use of these drugs is that they reduce the number of seizures and there are no side-effects. 
Care should be taken that the drugs provided to the children to treat epilepsy are FDA approved and are safe for use by children. 
The epilepsy drugs that can be taken for partial seizures include carbamazepine, phenytoin, valproic acid, valproate, and brivaracetam.
Natural treatments can also be made use of for epilepsy as at times medications do not work well on some patients. Acupuncture, use of natural herbs and vitamins can also be used for treating the brain disorder.

Epilepsy - Things You Must Take Care Of!

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