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!

You may find out that your child is suffering from hearing loss when he is born or he may be diagnosed with the condition later in life. Hearing loss in children is commonly caused by otitis media, birth problems and on the account of certain injuries or illnesses.

Signs and symptoms

The early-stage symptoms of hearing loss in children are as follows:

No reaction to extremely loud noises

No response or reaction to your voice

The child makes some sounds, which taper off

The other symptoms which follow include:

He may pull and rub his ears.

He may act cranky constantly without any proper reason.

He might stop paying attention.

Low energy levels are indicated.

He may find it hard to follow directions.

He may ask you to increase the volume of the radio or TV.

Fever and ear pain are also likely symptoms.

Treatment

Early hearing loss can affect a child s language learning skills. If the problem is diagnosed and treated soon, the problem with language can be avoided. The method of treatment depends on the cause of hearing loss in your child and the severity of hearing loss.

There are certain medicines for hearing---prescribed by your ENT Surgeon. Please take the point watchful waiting. Even, if you have the slightest doubt of hearing loss contact ENT immediately.

The primary treatment methods of hearing loss in children include the following:

Watchful waiting: Sometimes, the condition may resolve on its own and the treatment involves simple monitoring of your child for positive changes.

Medicines: There are certain medicines for hearing loss in children, which may be prescribed by your pediatrician.

Ear tubes: Ear tubes may be recommended if medicines and monitoring do not work. The tubes allow fluid to drain and help in preventing infections. A minor surgery has to be undertaken on your child for getting the ear tubes placed. This will solve hearing loss and other related issues.

Hearing aids: Hearing aids may be used to allow your child to hear better. It is safe for children to use ear tubes after the age of one month. For the right hearing aid for your child, you need to consult a hearing specialist.

Implants: Cochlear implants are used to treat hearing loss in many children. These are electronic devices that are put in the inner ear to benefit hearing. These should be used only if hearing aids did not succeed and these are meant to be used only in the case of children with serious hearing problems.

There are several other devices, which can help your child with hearing loss. For suggestions and recommendations, you must take your child to a hearing specialist.

Hearing Loss In Children - Signs And Treatment Of It!

Alzheimer s disease is one of the most severe forms of dementia that is, memory loss which also comes with other disorders such as reduced muscle movement. A patient with the Alzheimer s disease practically forgets even the most basic day-to-day activities and hence, the disease interrupts the lives of people suffering from it and the ones who are related to them. A commonly observed pattern in the patients suffering from the Alzheimer s disease is that most of them are aged 60 years and beyond. In simple words, it is the death of the brain cells, that is, the nerve cells which causes the memory loss at first and then the cognitive decline of other bodily functions.

Symptoms:

A patient of the Alzheimer s disease might show one or more of the following mentioned symptoms. Read the symptoms carefully and help identify the symptoms if you see them in anyone in your surroundings. Most people mistake this symptom to be something else which causes a delay in the diagnosis. But if the disorder is diagnosed at an early stage it might help people survive, or at least have a little longer until their memory stays intact. Therefore, it is of utmost importance to know about the symptoms that are given below:

The inability to remembering the information 
Repeating questions or actions
Unable to find the way on a rather regularly visited road
The decrease in decision-making ability
Poor judgment
Unable to solve complex puzzles or do tough activities
Unable to recognize familiar people such as colleagues and relatives
Unable to dress up properly
Inability in speaking mother tongue or word formation
Uncontrollable mood swings
Rude and un-empathetic social behavior such as being outspoken
They will be unable to maintain their own finances unlike before.
Stages of Alzheimer s disease
It is not unknown a fact when someone says that detecting a disease at an early stage is beneficial than at a later stage. The reason being that if a disease is detected earlier, there are more chances of treating it successfully, or in case of the Alzheimer s disease there are more chances of a medication to work on slowing down the adverse effects of the disease since there is no permanent cure available for it. Therefore, it is of utmost importance that one is aware of the early onset of the disease and also, the symptoms to make a quick diagnosis. The disease affects people between the age of 30 and 60, generally, the symptoms begin at the very early age of 30 but they do not become persistent before reaching a later-on stage. The three stages are:

Preclinical when the individual hasn t recorded any symptoms
The beginning with mild symptoms
Complete dementia

Alzheimer's Disease - Know Its Symptoms!

Grading of brain cancer is entirely different as compared to the staging of other cancers in the body. Cancer in the breast, lung, colon etc. are staged depending on the possible spread, location of a tumor and lymph node involvement etc. However, brain tumors are graded based on the aggressiveness of the tumor cells under a microscope. The resect ability and the grade of the tumor cells guide a doctor on the treatment decisions. The decision of a brain surgery depends on factors such as the location, spread of a tumour and the general health of the patient.

Types of Brain Tumor Grading:

Grade 1 tumor- These sets of tumors are medically known as the juvenile pilocytic astrocytoma and subependymoma. They are slow growing and non-invasive. There is a likelihood of the patient getting cured with surgery.
Grade 2 tumor- These are brain tumors that do not possess dead cells as part of the tumour. But, they do portray a lot of abnormal cells. Tumors of this type can be categorized under oligodendroglioma, astrocytoma, and ependymoma.
Grade 3 tumor- Tumors of this type are graded based on the cell type of the cancer cells. For instance, an anaplastic astrocytoma is a grade 3 tumor that has no dead cells but possesses dividing cells. In contrast, anaplastic ependymoma and anaplastic oligodendroglioma are grade 3 tumor cells that have dead cells in them.
Grade 4 tumor- Tumors of this type are referred to as glioblastoma. The tumor cells are actively dividing, the growth of blood vessels is witnessed and areas of dead tissue keep expanding.

Treatment options:
Surgery- If the location of a brain tumor is such that it is accessible to a surgeon, the latter goes ahead and removes most of the tumor if not the whole. If, however, the brain tumor cells are placed very near to the surrounding very sensitive brain tissues, a doctor might remove a small portion of the tumor to curb its growth.
Radiation Therapy- This mode of treatment uses high energy X-ray beams to kill targeted cells of the brain. External beam radiation usually targets a small area of the brain. A whole brain radiation, on the other hand, is usually employed when a tumor has spread to most parts of the brain. Radiotherapy is now so evolved that it is highly targeted to tutor cells that kills cancer and spares normal brain .
Chemotherapy- Chemotherapy employs drugs to kill cancer cells. Chemotherapy can either be taken in the form of an IV or in the form of pills. The dosage of chemotherapy is decided based on the concentration of cancer cells, spread frequency, platelet count of the patient etc. The most common chemotherapy drug that is prescribed by doctors to fight cancer cells is temozolomide.

Brain Tumor - Stages and 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!

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?

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