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?

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?

Neurological disorders may creep in due to many reasons. It may be due to degenerative diseases, accidents, other health conditions, birth defects or genetics. The most common form of disorder occurs due to non-functional brain cells in some parts, and loss of myelin sheath in neurons, which protects the nerve signals in their complete transfer from origin to destination. These losses are irreparable, but further degeneration can be avoided with Ayurveda. Panchakarma, the branch of Ayurveda, which deals with detoxification of the body and mind, specially helps. Over a period of time, it can bring back the lost sensation in nerves. Yoga, pranayama and Ayurvedic treatments lead to recovery and relief to a huge extent.

Important facts about Panchakarma
There are 3 important steps in Panchakarma, which are followed one after another to get the result. The main objective of Panchakarma is to detoxify the body. Virechanam, vamanam, sneha vasti, nasyam and kashaya vasti are the 5 folds in Panchakarma.

Poorvakarma or preparing the body, followed by Abhyangam or massage, followed by Elakizhi or herbal paste massage, and finally podikizhi, or steam bathing makes the body ready for receiving further treatments.
Njavara Kizhi is the special treatment done in Panchakarma where the body is given a rice bolus massage to improve the joint and neuro functions.
What is Njavara Kizhi?
Njavara is a variety of rice, which is specially used for Ayurvedic treatment and massages. In this treatment the rice is made into a pudding by boiling it with milk. This pudding is then made into boluses. The boluses are filled in muslin cloth, and then using these muslin bolus dabs, the whole body of the patient is massaged. This full-body massage has excellent effects on neurological and joint functions. The deep tissues within the body are rejuvenated. The treatment is carried on for 45 minutes to 60 minutes by therapists or experts. Another form of the treatment requires the rice to be made into a paste, and then the paste is applied all over the body. But this is more preferred for beautification.

Other effective therapies
Siro Vasti, Kati Vasti, Ela Kizhi and Nasyam are all different forms of Panchakarma treatment, which detoxify the body and mind and rejuvenate the body and nerve functions. But these treatments cannot be conducted on the body on your own. You need a masseur who must be a specialist in Ayurveda to do this for you. Hence contacting Ayurvedic clinics, doctors or experts would be the best to start the treatment.

Neurological Disorder - How Panchkarma Therapies Can Help?

The carpal tunnel syndrome and peripheral neuropathy can be the two problems which cause numbness in the fingers. The median nerve at the base of the hand passes through the carpal tunnel. If the tunnel is pinched or narrow, the nerve may be tightened, which affects the functioning of the fingers. The numbness, pain, and sensations in the fingers can be due to the neurological disorder in the body.

How Can I Relieve Numbness in My Hands?

The numbness in the hands and fingers can be very uncomfortable, especially when you are writing or driving. Many medications will relieve your numbness, but you can also try effective home remedies which have no side effects.

  Apply ice on the numbness or just dip your hands in the ice-cold water for a few minutes.

  You can also try heat massage by heating a massage pad or salt bag and applying on your numbed fingers.

  Daily stretching and exercise of hands and fingers can also relieve you from finger pain.

  Regular meditation and walk can relieve you from pain and refresh your muscles from stress.

  Avoid lifting heavy weights because it may tighten your tunnel.

There are also various ways to relieve your numbness in the thumb and fingers of the hands by means of using acupressure and herbal tea.

What Causes Numbness in Fingers While Sleeping?

Many reasons cause numbness in the fingers. Waking up with numb fingers or hands is generally not worrisome, if you do not have any other nerve symptoms. Many times, the sleeping position puts extra pressure on your hands or fingers, which causes numbness.

The nerve compression is very common while sleeping. This happens due to the position of sleep or the sharing of the bed. If you are experiencing other symptoms like weakness in the hands and legs or pain, this may lead to some serious nerve damage disease.

What Causes Numbness in Tips of Fingers?

The main reason for numbness in the tips of the fingers is the ulnar nerve compression. The ulnar nerve is responsible for the pain and shock to the hand that gives grip to the fingers. If you sleep with folded arms or legs inwards, then it is possible that you might have numbness in the tips of the fingers. The ulnar nerve reacts when pressure is put on the elbows or knees. What Does it Mean When You Wake up, and Your Fingers are Numb? Many people think that numbness in the fingers and hands are caused due to some disorder or serious illness. But, it is very common. Numbness in the fingers happens when the nerve compression is applied for a longer time.

Takeaway

Numbness is not always a problem. However, if it occurs with other significant nerve symptoms, it is advisable to consult a doctor immediately.

Finger Numbness - What Should You Know?

Staying up late at night intentionally is not insomnia. If you find it difficult to fall asleep, or cannot sleep soundly for long, then it is indeed a case of insomnia. The inability to sleep can have terrible repercussions on your physical and psychological health.

A number of reasons could cause insomnia. Understanding the causes could help you identify your sleeplessness as insomnia and seek treatment right away.

What Health Issues cause Insomnia?

Here are some health problems of both the mind and body that can keep you awake  

  Stress Chronic stress and worry born out of our tense lives is a direct cause of insomnia. Long-term anxiety, panic disorders, as well as PTSD can induce sleeplessness.

  Irregular Sleep Patterns Your body would hate it if you deviate from the Circadian Rhythm   the body clock. It regulates the functions of your body, including your sleep patterns. But if you defy your body clock by sleeping at irregular hours   suppose you are staying up late to get some extra work done, or you may have opted for a night shift, or if you are experiencing a jet lag   then you will notice that when it is finally time for you to hit the bed, sleep will be elusive.

  Depression Depression is a horrific psychological disorder that makes a person lose interest in life itself. And one of the indicators of depression is loss of sleep. It is not just depression, but also other illnesses that cause psychological turbulence such as bipolar disorder and obsessive-compulsive disorders, triggering insomnia.

  Breathing Issues Sleep apnoea is a dangerous disorder that stops your breathing multiple times every night and will wake you up every time. Yet you will possibly not even remember waking up. However, this does disturb the quality of your sleep and affects your health adversely.

  Dementia Dementia is accompanied by a gradual loss of memory. But sometimes people who are suffering from dementia display anxiety, restlessness or even aggressive behaviour when it is time for them to go to bed. This is called the sundown syndrome and it might even keep them up all night.

  Pain Pain is one of the commonest reasons for losing sleep. Pain can originate due to any number of reasons   arthritis, a sprained joint, an injury, or if you are undergoing chemotherapy or radiotherapy, then it may keep you awake at night. This is actually a vicious circle because the inability to sleep will aggravate your pain. Talk to your doctor who will prescribe the appropriate pain medication.

  Parkinson s disease This disease is another reason behind insomnia. Parkinson s disease interferes with your nerve signals and this might cause disruption in your sleep.

  Menopause When a woman inches closer to her menopause, her body reduces the production of oestrogen and progesterone. This imbalance of hormones can trigger sleep loss.

How long can you go without sleeping?

There is no data on how long a human can function without sleep. The longest someone stayed awake is 11 days. Usually, the body cannot last that long without some sound shut-eye. Your brain flushes out the waste matter its cells produce during sleep. That is why even 24 hours without sleep can make your brain sluggish and disoriented. If you stay awake for more than 48 hours at a stretch, your cognitive abilities will start failing you. Sleep is instrumental to a healthy mind and body. If you are experiencing insomnia, talk to a doctor immediately or look up some remedies.

Health Problems That Keep You Awake!

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

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