One of the common ailments in the elderly people is the Parkinson s. A progressive disorder, when left untreated, results in worsening of the symptoms. Hence, it is essential to understand the treatment options available to manage the condition effectively. You may be suggested surgical therapies if medication is not effective enough to treat the symptoms.

Surgical treatment options can be beneficial for patients who are suffering from symptoms, but they do not help with treating the disease. In the past, surgical methods like Thalamotomy and Pallidotomy were used to destroy brain cells that contributed to the symptoms. While these methods are still used, they are very rare and situational.

Deep Brain Stimulation (DBS), an FDA-approved procedure, has become much more popular as it is much safer and does not involve invasive surgery. Instead of destroying brain cells like traditional methods, DBS involves sending electric pulses to the affected brain cells to reduce the symptoms. It is not a treatment procedure, but a means of bringing down the severity of Parkinson s to allow better and more comfortable treatment.

Deep Brain Simulation   Who are the right candidates?
Deep Brain Simulation is commonly used for Parkinson  s disease, but it is not recommended for everyone. It is a preferred method of treatment for people who have had Parkinson s for at least four years but have complications which include long periods of time where medications do not work, or symptoms return, uncontrolled and involuntary movements or the freezing/stiffness in the body.

Deep Brain Simulation is not recommended for those who have Dementia as it can lead to memory problems. The general rule of thumb that neurosurgeons follow is that Deep Brain Simulation can help with symptoms that do not get better with medication. DBS can help reduce medication requirements for patients as well as reduce the side effects that may occur due to medication.

Disorder specialists and neurosurgeons can conduct tests to determine if DBS is going to be effective for a patient before going ahead with such a procedure. An extensive assessment is necessary to understand the symptoms, the effect of Parkinson's drugs and also brain imaging is done. All of the expected benefits are then evaluated for the patients, and if the procedure can help alleviate the symptoms, DBS is given a green signal by neurosurgeons and patients can undergo the procedure.

How Does Deep Brain Simulation Work?
Deep Brain Simulation is a very complex procedure. Brain cells communicate with the rest of the body through electric signal, and these become irregular and do not work properly when affected by Parkinson's. DBS smoothens the functioning of these brain cells and reduces symptoms through electric pulses through the implantation of a medical device known as neurostimulator which is also referred as brain pacemaker.

But, as with any treatment procedure, DBS has potential risks and side effects, hence discuss with neurosurgeon thoroughly to access the suitability.

Adopting Deep Brain Stimulation For Parkinson's disease

Parkinson s disease is a disorder involving the nervous system. It can start with a mere tremor of one hand and advances to slow movement and stiffness. The face might show little no symptoms in the beginning but the speech might become slurred. With every passing day, the condition worsens. This condition has no permanent cure but the symptoms can be improved with proper medication.

What are the symptoms?
Some unmistakable symptoms include the following:

A sudden shaking of the limb. A sudden tremor of the hand is a very common symptom of this disease.
A stiffness of the muscles that can limit the range of motion and sharp pain.
The posture of the body might get compromised. Often balancing problems are witnessed among many patients.
There could be problems with speech leading to soft, slurry or quick speech. The speech in some cases can become monotonous devoid of inflexions.
Parkinson s disease can lead to slow movement and makes performing of simple tasks difficult.
Patients often find writing very difficult
What are the possible causes of Parkinson s disease?

Specific genetic mutation can lead to Parkinson s disease in folks who have a family history of Parkinson s disease. Certain variations of the gene increase the risk of this disease
Exposure to certain environmental factors or certain toxins can trigger Parkinson s disease in an individual.
Certain cells in the brain known as Lewy bodies can trigger Parkinson s disease.
A certain kind of protein cells within the brain known as alpha-synuclein can trigger the Parkinson s disease in an individual
What are the risk factors?

Heredity: Having an immediate family member or a close relative suffering from Parkinson s disease can increase the risk of getting this disease in an individual
Age: Although not a prime risk factor, but an individual over the age of over 60 have an increased risk of getting this disease
Toxins: Exposure to pesticide or certain herbicide increase the risk of Parkinson s
Sex: Men are more likely to get Parkinson s disease than women
What is the medication for Parkinson s disease?

Carbidopa-levodopa: This is a natural chemical that gets passed to the brain and is converted to dopamine by the body. The benefits of this medication might reduce with increased symptoms.
Carbidopa-levodopa infusion: A popular drug in this category is known as the Duopa. It is administered directly into the small intestine in the form of gel through a feeding tube.
MAO-B inhibitors: Drugs from this group include rasagiline and selegiline. This is a powerful medicine. Many patient experiences hallucination during the initial days of consuming these drugs.
Anticholinergics: This medication is mainly used to counter tremors of the limbs in the early stage of the Parkinson s disease.

Parkinson's Disease - What Are The Risk Factors?

The neurones in the brain are constantly reorganising their connections both functionally and physically according to the environment, your thinking and behaviour. This ability is known as neuroplasticity. Through neuroplasticity the nerve cells of brain can compensate for injury to some parts of the brain and enable a person to recover from stroke, birth abnormalities. It is also beneficial in treating autism, ADD, learning disabilities and helps manage obsessive compulsive disorders.

Here are seven things you should know about neuroplasticity.

Change depends on the attentiveness of the brain: Neuroplasticity changes can only happen if the brain is alert and active. When the brain is active it releases neurochemicals that are necessary for the neurone connections to change. If a person is distracted to inattentive, these changes cannot happen.
The more the effort; the bigger the change: Neuroplasticity changes depend on how motivated the person is to change or learn new tasks. For this reason, when it comes to using neuroplasticity for physiotherapy, it is essential to first deal with any depression or anxiety issues the patient might be having before attempting to rehabilitate them.
It helps strengthen neural connections: Repetition of actions is one of the key elements of neuroplasticity in physiotherapy. Through this, the strength of neurone connections is strengthened to include sensory information, movement and cognitive patterns.
It improves cell to cell connections: This is crucial to a patient s rehabilitation as it increases reliability and makes a person more independent. In turn, this makes behaviour patterns more reliable.
It helps predict actions: A task can usually be broken down into a series of smaller tasks. For example, feeding oneself can be broken down into steps that begin with lifting a spoon and filling it with food to finally putting the spoon into your mouth. Hence, along with completing an action, the brain must also know what to do next. Neuroplasticity helps improve this associative flow and allows the brain to predict the next step.
Changes can be temporary or permanent: Initial changes due to neuroplasticity are temporary ad only if the brain determines the experience to be desired is this change made permanent. This is why when treating mobility issues, patients are not always able to repeat tasks in the same way.
Memory guides the learning: When making new neural connections through neuroplasticity, the brain is taught to discard unsuccessful attempts and only remember the experience of the successful attempts. From here, adjustments are made to improve the connection.

Neuroplasticity - 7 Things You Must Know About it!

Epilepsy is a condition that starts in the brain and causes seizures in which the patient loses consciousness and has convulsions. He also jerks his arms and legs along with trembling and frothing from the mouth.
The lesser known fact about epilepsy is that there are many types of epileptic conditions-over 40 - and similarly, there are numerous drugs available to treat your epileptic disorder and prevent seizures. Your doctor will diagnose your type of epileptic disorder and prepare a treatment plan for it.

Types of epileptic seizures
Epileptic seizures are generally categorized as either partial or primary, generalized depending on where they originate in the brain. Partial seizures are less intense and they start in one section rather than the entire brain. If you have this type of seizure, you will be aware of what s happening to you. The other type of seizure affects a larger part of the brain. Here you may have difficulty understanding what's happening to you. Since these spread to the entire brain, you lose consciousness and start convulsing.

Having a seizure can put you at risk for serious injuries including head injuries.
So, if you close to you suffers from epilepsy, it's critical to your health and well being to educate yourself about your condition and have an action plan in place to tackle the seizures which can happen anywhere, and sometimes with no one to assist you or him actively.

Here is what you can do to manage epilepsy-

Educate yourself: You must know as much as possible about your condition. Know your symptoms and learn to recognize the symptoms preceding a seizure. Also, educate your friends and family about epilepsy so that they can support you during a seizure. Educate your family to do the right things when you have a seizure.
Make a seizure response plan: This plan should list the names and numbers of your doctors and two emergency contacts.
Other things you can do as an epileptic:
Antiepileptic drugs are quite successful in preventing seizures but they should be taken as prescribed. Don t change your dosage before talking to your doctor.
Sleep properly as lack of sleep can trigger seizures.
Exercising regularly can help keep you physically healthy and reduce depression and also help in managing seizures.
Manage your stress levels, limit alcohol and cigarettes.
On the other hand, if your family member or friend has epilepsy, this is what you can do:

Roll the person onto one side during a seizure.
Place something soft under the person s head.
Loosen tie and top buttons.
Don t put an object in an epileptic s mouth. It can hurt his/her teeth.
Don't try to restrain him during a seizure.
Clear away stones and other dangerous objects if the patient is thrashing around.
Time the seizures and be calm during them.
Don t leave the patient alone.

Epileptic Conditions - How To Deal With Them?


Autism is defined as a neurobiological pervasive development disorder that includes lack of social skills and inability to reciprocate to social interactions. The patient may also have intellectual and cognitive deficits and problems in communication (verbal as well as non-verbal).

Ayurveda is the oldest study of medicine and has proved to be very effective when it comes to managing and treating those affected by autism. The earlier an autistic person resorts to ayurveda, the more effective it is.

Ayurvedic drink recipe for treating the symptoms of autism: (should be taken daily)
1.1/3 cup of yogurt
2.3/4 cup of water
3. Cumin
4. Coriander and
5. Ginger
Or
Diluted fresh pomegranate juice

Ayurveda in curbing aggression:
Autism includes heightened aggression and aversion from social interaction due to a neurological condition that impairs the functioning of the brain. Not all autistic patients are violent towards others, but may express their frustration by self-harm and emotional outbursts. One can curb these emotional outbursts by taking herbal supplements. An ayurvedic herb called brahmi (bacopa monnieri) which is known for its, anti-anxiety, neuroprotection and antioxidant properties can help considerably.

Regular massages using sandalwood, rose, lavender and gotu kola oils are also very calming and relieving, because it stimulates the blood flow and neuronal responses. Massage also helps in increasing eye contact and social relatedness, less stereotypical behavior and improved sleep.

Ayurvedic herbs for autism:
1. Brahmi- scientifically known as bacopa monnieri, brahmi is an important herb that delays the process of forgetting and improves memory. Not only does brahmi improve memory, but also increases the grasping power, intellect and speech and also corrects the abnormality of emotions, personality and mood of an autistic individual. It also helps in performing complex tasks such as comprehension, reasoning and learning.

2. Ashwagandha- scientifically known as withania somnifera, ashwagandha has high affinity for gamma aminobutyric acid (gaba) receptors. Low gaba activity is related to cognitive impairment.

3. Shankhapushpi- scientifically known as convolvulus pluricaulis, shankhapushpi is very effective in improving learning and memory and is highly effective in treating insanity and epilepsy. 

4. Centella asiatica- this ayurvedic herb is used as a medication for insanity, speech disorders and epilepsy, making it a very useful drug for treating autism.

Top 5 Ayurvedic Medicine for Autism Treatment

Acoustic vestibular schwannoma or the acoustic neuroma is a kind of tumour. But this tumour is benign which means it is non-cancerous. The vestibular nerve connects your ear to your brain, it is responsible for hearing and balancing. An acoustic neuroma develops on the vestibular nerve. And it can cause hearing impairment.

How does acoustic Vestibular Schwannoma occur? 
The vestibular nerve is lined with Schwann cells. Sometimes, these cells start to develop rapidly. This forms a mound on the nerve, it slowly becomes large enough to prod against the brain, and this adversely affects the actions of the brain.

What are the Symptoms?
In the early phases, the tumour does not trigger any symptoms. They begin to manifest once the tumour starts expanding. Here is a list of the symptoms of acoustic vestibular schwannoma-
  Gradual hearing loss
  Misalignment and losing balance
  Ringing in the ears.
  Regions of numbness in your face
Even though these tumours are benign, sometimes they enlarge to such an extent that they can be harmful to the brain. As soon as you witness the above-mentioned symptoms, book an appointment with a doctor.
With timely treatment and medication, doctors can reverse the growth of an acoustic vestibular schwannoma. 

What triggers this Disease?
The exact cause of this disease is not known. It could be any one of the following-
  A chromosomal anomaly or a malfunctioning gene
  Inhibition in the function of the protein suppressor that regulates the growth of Schwann cells

How is Acoustic Vestibular Schwannoma detected?
Your doctor will recommend these tests-

  Audiometry -
The audiologist will present sounds at different frequencies and you will have to make a gesture whenever you hear a sound. This will reveal the state of your hearing.

  Magnetic Resonance Imaging -
An MRI can detect the presence of a tumour that is 1-2 mms in diameter. If MRI causes pain or discomfort, a CT scan will be done.

Treatment -
If the tumour is tiny, your doctor won t prescribe medicines but your tumour will be monitored and imaged regularly so that the proper action can be taken as soon as it begins to enlarge.

  Surgery -
If the tumour is large, then you might have to undergo surgery. Not only will the tumour be removed, but also care will be taken to preserve the facial nerve so that facial paralysis does not set in.
You will be placed under general anaesthesia. The surgeon will drill a small hole in your skull near the ears and extract the tumour through your inner ears.

  Radiation -
If the tumour is small or if the patient is elderly and surgery can cause complications, doctors suggest radiation therapy. In this therapy, gamma rays are directed towards the tumour to shrink it.
Acoustic vestibular schwannoma can be treated if diagnosed on time. So, if you have noticed any symptoms, talk to a doctor right away.

Acoustic Vestibular Schwannoma - All You Must Know About It!

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