If you are being treated for Parkinson's disease. How can you maximize the effect of Levodopa? The effect of levodopa can be maximized by increasing its absorption from the digestive system. In particular, taking levodopa on an empty stomach is very important. 

Take on an empty stomach: Do not eat anything 1 hour before taking levodopa. Do not eat anything for at least 30 minutes and if possible 1 hour after taking it. Take the pill with 2 glasses of water so that it can dissolve. If taking the levodopa on an empty stomach makes you nauseous, confirm that your medication has the right amount of carbidopa in relation to the levodopa (25%). If you continue to feel nauseous, you can eat a piece of white bread around the time that you take levodopa. Do not apply any butter, yogurt, cheese or similar high protein spreads. Protein can drastically decrease the absorption of levodopa. 
Get your constipation treated: This is critically important too. Being constipated can slow down the passage of levodopa through the digestive system. In most patients, drinking adequate water and taking stool softeners is helpful. 
Get your ulcer treated: It can be difficult to recognize that you have a gastric ulcer. However, if you have a burning sensation in your stomach at any time, or belch frequently, you may have a gastric ulcer. If you think you have an ulcer you should get tested (there is a simple breath test now) and treated with antibiotics (not antacids!) 
Do not take levodopa with iron tablets: The iron binds to levodopa and prevents its absorption. Keep a gap of at least two hours between these two medications. 
Try taking levodopa with orange juice and carbonated water (soda): Mix equal quantities of orange juice and carbonated water (soda). Take your regular levodopa with a glass of this preparation instead of water. The carbonated water hastens disintegration of the tablet, and the acidity of both things helps in levodopa absorption. There are special tablets of levodopa (dispersible levodopa, Madopar) which can be dissolved in this preparation. Talk to your doctor about it.

Suffering From Parkinson's Disease - How You Can Maximise The Effect Of Levodopa? 

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!

The relationship between intelligence and brain size, both among people and between various species, has never been precisely well defined. People often believe that their outstanding psychological capacities must mean that they are superior to all animals as far as brain size is concerned. However, it is not true since whales and elephants have much bigger brains than humans and humans have the same brain-to-body mass proportion as mice do.

Here are a number of ways by which the brain size can be determined:

Encephalization remainder: Since it would be against human instinct to admit loss and defeat, researchers have created a measure to determine the brain size called the encephalization remainder. It is the proportion of actual brain mass with respect to the anticipated cerebrum mass for the animal s size (based on the suspicion that bigger animals require somewhat less brain matter with respect to their size, compared to little animals). By this metric, human beings prove to be the best, with an EQ of 7.5 outperforming the dolphin's 5.3 and the mouse's 0.5.
IQ testing: Without a solitary and evident method for measuring intelligence, some improved tests like IQ (Intelligence Quotient) are by and large acknowledged as a moderately decent working device. IQ estimations are not without issues, and there is a great deal of criticism about their significance. IQ testing uses government sanctioned tests, for example, the WAIS III (Wechsler Adult Intelligence Scale). The normal IQ is somewhere around 90 and 110. The scores beneath the normal may demonstrate changing degrees of pathology, for example, marginal intellectual function, or mental hindrance of different severity. Over the normal range is regularly connected with knowledge, splendour, talent, or genius. However, as with computers of a few eras, size and intellect do not precisely relate. Present day portable computers weighing around one or two kilogrammes can store more data and perform a greater number of assignments than supercomputers from the 1980s that used to possess expansive structures. This is a contrast amongst quantity and quality. Numerous scientists now hold the view that it is not the whole brain, which is bigger in a human with a higher IQ, yet rather certain zones that are denser and might be bigger. A fascinating late revelation is that these ranges can be expanded in size and enhanced in usefulness during the course of our life.
NeuroplasticityIt refers to the dynamic procedure of repair and maintenance that our brains are continually experiencing. We are conceived with around hundred billion neurones, yet lose around two hundred thousand a day to a procedure called pruning. As we develop and grow, pathways in the brain that are not required are detached, and the neurones pass on. However, in a compensatory procedure, new neurones are delivered and more detailed associations are built up between neurones that are more dynamic. This is the procedure of de-cluttering, in which our brains develop to work at most extreme effectiveness. If you wish to discuss about any specific problem, you can consult a Neurologist.

Brain Size - How It Is Related With Intelligence?

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?

Brain cancer is a disease of the brain in which cancer cells (malignant cells) arise in the brain tissue. Cancer cells grow to form a mass of cancer tissue (tumor) that interferes with brain functions such as muscle control, sensation, memory, and other normal body functions. Tumors composed of cancer cells are called malignant tumors, and those composed of mainly non-cancerous cells are called benign tumors. Cancer cells that develop from brain tissue are called primary brain tumors while tumors that spread from other body sites to the brain are termed metastatic or secondary brain tumors.

Prologue:

Brain cancer is actually the abnormal growth and uncontrolled growth of the cancer cells in the brain,that forms a tumor in the brain.Tumours can be either benign or malignant.

Benign brain tumours are abnormal collections of cells that reproduce slowly and usually remain separate from the surrounding normal brain.

Malignant tumours reproduce and grow quickly. Their borders are hard to distinguish from the normal brain around them.

Symptoms:

There are few early symptoms of brain cancer, but as the tumour grows within the confines of the skull, it causes increased intracranial pressure and exerts pressure on the brain, causing signs to develop.

Brain cancer symptoms and signs are varied and depend on the area of the brain involved, but can include:

Headaches.

Seizures.

Nausea and vomiting, which, CANSA reports, may be worse in the morning or after a sudden position change.

Difficulty walking or clumsiness.

Vision changes.

Changes in alertness.

Behavioural impairment.

Causes:

Brain cancer occurs when there is an uncontrolled growth of cancer cells in the brain that form a malignant brain tumor. The underlying cause of primary brain cancer, cancer that begins in the brain, is not known. Secondary brain cancer is caused by a cancer of another organ in the body, such as the breast, prostate, kidney, skin, or bone, that has spread to the brain.

What are the risk factors for brain cancer?

Certain inherited conditions, including neurofibromatosis, Von Hippel-Lindau syndrome, Li-Fraumeni syndrome, and Turcot syndrome

Personal history of cancer or family history of brain cancer

Impaired immune system

Radiation therapy of the head

Treatments Options:

Treatment

Surgery is the main form of treatment for brain tumors that lie within the membranes covering the brain or in parts of the brain that can be removed without damaging critical neurological functions. The goal is to remove the entire tumor, whenever possible, as a tumor may recur if any tumor cells are left behind. Radiation therapy and chemotherapy are generally used as secondary treatment for tumors that cannot be cured through surgery alone.

Stereotactic radiosurgery

Stereotactic radiosurgery is a treatment option that delivers a high concentration of radiation directly to the tumor in order to stop its growth, while delivering only a minimal dose of radiation to the surrounding tissue. Unlike conventional surgery, stereotactic radiosurgery does not require making an incision to remove the tumor. It can be especially effective in patients with many small metastatic brain tumors.

Brain Cancer

Sleep is known to most as a period of rest and relaxation, but there are multiple disorders which are associated with sleep too. Hypersomnolence or hypersomnia is one of the most common sleep disorders. This is characterised by excessive daytime sleepiness and prolonged periods of sleep at night. They wake up fresh in the morning, but can easily go back to sleep any time of the day without feeling strained or tired. There is again no freshness associated upon waking up. Funny as it may sound, they can doze off even during a meal or in the middle of a conversation.

Causes: This condition is most common in men and in the early adolescent days.

There is no underlying cause that has been identified, though there is a genetic predisposition.
People with history of head trauma are more affected
People with anxiety, depression, bipolar disorders, epilepsy, and other mental disorders are also more likely to be affected
People with sleep apnea often are hypersomnolence
Restless legs syndrome, narcolepsy
Neurodegenerative disorders like Parkinson s and Alzheimer s tend to sleep more.
Symptoms:

Sleeping for longer hours at night time
Excessively sleepy during daytime
Able to doze off anytime during the day
Inappropriate and involuntary sleeping pattern
Having difficulty getting out of bed after waking up, even after prolonged sleep
Feeling of disorientation
Feeling agitated, anxious, lethargic, and irritated
Impaired cognition and memory
All these lead to extreme state of drowsiness
Increased tendency for hallucinations
Reduced appetite and even weight loss in some people
There is restlessness, reduced pace of thinking and speaking
Overall reduced energy levels
Social interactions are affected including work life, social functions, etc.
Diagnostic criteria:

If a person happens to sleep more at night or falls asleep during the day easily for more than 3 times a week, it is usually concerning.
The added feature of no tiring physical activity can also lead to suspicion
In acute cases, these symptoms are present for at least a month and in chronic cases, it could be seen for up to 3 months
It cannot be explained by lack of sleep on a regular basis
One or more of the above conditions could be present, which can help in making the diagnosis
Treatment:
Most cases of hypersomnia would need treatment only to improve their energy levels and improve the quality of life. Very often, treating the underlying condition can lead to improvement of hypersomnia. The tired, lethargic, restless feeling affects the overall performance of a person, leaving them with a lowered self-esteem. Brain stimulating drugs like amphetamines are used to improve daytime alertness and also reduce sleepy feeling during the day.


Hypersomnolence - How It Can Be Managed?

Don't wait any longer, manage your Vascular Neurologist online with a Lybrate doctor today

Consult for Vascular Neurologist - Online and Easy!

FilterClear All

COMMON SPECIALITIES

COMMON ISSUES