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Monday, 3 June 2013

She goes to school with a portable ventilator : Bangalore


It's nothing but the triumph of the will to live in the face of a debilitating morbidity. Fourteen-year-old Nidhi goes to school not just with her schoolbag. She carries along a portable ventilator and a suction machine by her wheelchair. It's after a long struggle that she has managed to get into a regular school and then get them to install a lift there for her.



 


 

Nidhi has one of the rarest genetic disorders which also happens to be one of the costliest. She has been diagnosed with Pompe disease that results in debilitating and progressive muscle weakness because of a defective gene she has received from one of the parents. The disease is life threatening and the treatment is ERT (enzyme replacement therapy), an expensive procedure.

Nidhi is not alone in her struggle. Her mother, Sharada Shirol, sits beside her in the classroom through the day as her daughter listens to the teacher intently. Her father, Prasanna Kumar Shirol, has quit his job at Reliance to attend to his daughter's needs.

The girl was normal when she was born. The first symptoms started when her parents realized that she could not crawl or stand up on her own. The initial diagnosis was myopathy, a muscular disease. Her parents took her to almost 45 hospitals in India before she was diagnosed with Pompe was in Davanagere in 2007.

It has been a struggle since then. She is wheelchair bound, has to be on a ventilator at night and has tracheostomy where an artificial airway has been done to help her breathe. She developed resistance to enzyme therapy and had to go through an immuno-suppression costing Rs 12 lakh.

For Prasanna and Sharada it has been a relentless fight to keep their precious one alive. "Why should we give up when she's fighting? Every time she goes to hospital, she exercises and finds a nerve for the injection. She has never cribbed. Many people have told me that I am fighting nature. But when she wants to live, how can we sit back?" asks Prasanna.

The couple's social life is nil. They have limited visitors at home, as Nidhi's immunity levels are low. Hangouts are restricted to malls, that too on rare occasions. "She has heard so much about Wonderla that she wants to visit it. We have promised her a visit this vacation," he said. Nidhi's only pastime is painting and she can do it endlessly.

It has been one disaster after another that the Shirols are handling. Nidhi has now developed Scoliosis because of being continuously confined to the wheelchair. Her spine is S shaped, and requires 35 screws to be re-aligned - that too at the risk of losing her post this procedure.

OUT OF RESOURCES

And the parents have run out of resources. "The medicines cost Rs 85 lakh per annum for her body weight of 25 kg. Thankfully it is being sponsored by a pharmaceutical company under their Charity Access Programme. But that is not all. We spend around Rs 30,000 to Rs 40,000 per month for her supportive care. The Sciolosis surgery will cost a minimum of Rs 10 lakh and we are running short of funds," he said.

Nidhi is the couple's only child. Sharada had conceived again but the pregnancy was terminated after pre-natal tests showed that the second baby too was affected by the disorder.




 Source : Times Of India  , 3rd April 2013 

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BRAVE ART ( THE WEEK )


The letters in her English notebook look like children standing in a row in a school assembly. Her paintings of kids having fun in parks and swimming pools bring in a rainbow on her bedroom wall. Except for the tablet wrappers which dot her glass paintings, there is no trace of what she is going through in her bright and cheerful artworks that have won her many awards.

Being immobile hasn't stopped Nidhi Shirol. Despite being wheelchair-bound, the 12-year-old is the busiest person in her house. She enjoys painting and one of her works recently appeared in Expression of Hope, a book published by GENZYME, a global programme for awareness and inspiration, featuring artworks by the Lysosomal Storage Disorders Community.

Nidhi was 7 years old when she was diagnosed with Pompe, a rare genetic disorder caused by a deficiency of the enzyme called acid alpha glucosidase. “When she was born, she was a normal child,” recalls Prasanna Kumar B. Shirol, Nidhi's father, showing her lovely childhood pictures on his laptop. But a few signs of development delays were seen as she grew up. She had difficulty crawling and even at 18 months, she was not able to get up on her own.
 
Shirol and his wife, Sharada, took Nidhi to the National Institute of Mental Health and Neuro Sciences in Bangalore, where the child was diagnosed with myopathy, a disease of muscle tissue for which there was no cure.
 
The symptoms of Pompe appeared after five years. The disease crippled her muscles and she had difficulty standing and sitting. Being an outdoors person, that was more than what she could bear.
 
Life became tougher for her as days passed by. She developed severe breathing problems and had an incision made in her windpipe to get a tube inserted to assist breathing (tracheotomy). At night, she needs ventilator assistance.

As Nidhi couldn't walk, the family moved from Hubli to Bangalore and put her in Gopalan International School.
 
With medication, Nidhi's condition has improved a lot. But whatever damage the body has had is irreparable. Treatment only stops further deterioration.
 
Despite all the difficulties, Nidhi never complains. She never loses her patience over the numerous dos and don'ts. She knows that she cannot go out in the rain as it can lead to respiratory problems. The quiet fortitude with which she fights the disease amazes even her doctors. Some of the procedures in her treatment are a bit painful but she takes it all without a word of complaint. Nidhi never gives any trouble to her parents, too. “In spite of her ailments, she does everything on her own. I don't have to be after her to make her do her homework,” says Sharada, who involves Nidhi in all activities, family functions and holidays.

Nidhi misses three or four classes a month for her treatment, which includes enzyme replacement therapy. She has to do physiotherapy, pranayama and hydrotherapy regularly, and so, after school, she gets very little time for her studies. However, she has managed to score well and wants to become a doctor.

Recently, Nidhi's became less responsive to the therapy she was receiving as her body developed antibodies. She then underwent a complicated and expensive treatment regimen to overcome this antibody effect on the advise of Pompe disease experts at Duke's University in the US.

For Shirol, the challenges seem unending. Availability of the main drug for Pompe can be a big problem. “The highly expensive drug was discovered in the US in 2006. Right now the company is offering it to us free of cost as part of their clinical trials. If they stop sending us the medicine, Nidhi's life will be in danger,” says Shirol. Drug costs are based on the body weight of the child. “Now she is 24kg and the medicines for her cost 085 lakh per annum,” he adds.

Supportive medical help also costs more than what a middle class family can afford. “Right now I am spending around 040,000 a month on various tests, physiotherapy and sending the samples abroad,” says Shirol. He quit his job and started his own business to find more time to take care of Nidhi.

Around 500 children in India have been diagnosed with Pompe disease. “They need to be given treatment lifelong. Unfortunately, many of them are from poor families that cannot afford the treatment even for a month. So, many children affected by this disease have lost their lives for want of treatment. But the government has not started any major programme either at the state or Central level for Pompe disease,” says Shirol, the president and Karnataka state coordinator of Lysosomal Storage Disorder Support Society. The support society has sought the help of the National Human Rights Association India to preserve the lives of children with Pompe.

Neither Shirol nor his wife had a family history of the disease. Still their second child also had Pompe. “Sharada got a prenatal test done during her second pregnancy. Pompe was diagnosed and so pregnancy was terminated,” says Shirol. He hopes that developments in gene therapy may cure her daughter some day. “But it may take decades,” says the visibly anxious father.

Mahaveer Regal apartment, where Nidhi stays, looks like a large joint family during summer holidays. Children play together from morning till evening in the corridors and the ground floor. The noise drives Nidhi into a pensive mood at times. But then she will seek refuge in her make-believe world where there are seesaws, slides and lots of playmates waiting to be animated into paintings. 


When Pompe strikes : By Dr Meenakshi Bhat
 
Pompe, a rare genetic disorder, is found in one in 40,000 people. It mainly affects muscles in the body. The initial symptoms include difficulty standing, sitting and climbing. The patient may have trouble breathing, chewing and swallowing also as more important muscles get affected. The earlier the diagnosis, the better. Those who receive treatment late may require tracheotomy and ventilator support. Heart muscles can also get affected and heart rhythm problems can happen. The muscles of the back often lose their ability to support the spine and, therefore, people with Pompe are prone to abnormal curvature in the spine called scoliosis.
 
In a family where one child is affected with Pompe disease, the likelihood of the parents having another affected child is 25 per cent (1 in 4) in each subsequent pregnancy.

Dr Meenakshi Bhat is consultant in clinical genetics and associate 
professor at Centre for Human 
Genetics at Biotech Park, Electronic City, Bangalore.

Source : The Week  , 1st June 2012 


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Heard of Pompe, Gaucher’s? Know about them and more   

Listen To Those Who Live With These Rare Genetic Disorders

 




Nidhi (left) was diagnosed with Pompe when she was seven years old, while Yatish (above) suffers from Gaucher’s


 If you have a disease, even as serious as malaria, you know there is a cure and that doctors can diagnose it. But have you heard of rare genetic disorders like Pompe, Gaucher’s, Fabry and Mucopolysaccharidosis (MPS)? These are inherited metabolic disorders that result from defects in lysomal function. Some of their incidences are among 1 in 10,000.
 
    The Centre for Human Genetics hosted a gathering of patients and parents with these rare genetic diseases on Saturday. 

    Nidhi Shirol, a third standard student of an international school, loves to paint but her life is not the same as any other student of her class. Her mother waits outside her class helping her in case she has difficulty in breathing. She is put on ventilator throughout the night. Her father Prasanna Kumar Shirol, a marketing executive and now president of
Lysosomal Storage Disorders Support Society (LSDSS), says Nidhi was a normal child till she was nine months old. 

    Nidhi had difficulty in crawling, standing and used to take support of her thighs to get up. “We took her to many doctors. No one was able to diagnose her condition. At Nimhans, for the first time, the
doctors told us that she has myopathy, a genetic disorder. She was seven when a doctor in Davanagere diagnosed her with Pompe,” he says. 

    She was on ventilator 24X7 for almost a year. Now she is undergoing an enzyme replacement therapy that is helping her recover slowly. 

    Ten-year-old Tejas Udayshankar loves to dance and is one of the brightest kids in his school. But his joints are swollen, back crouched and he looks as small as a two-year-old. The lively boy was diagnosed
with MPS very recently. He also underwent a surgery to keep his spine straight. Otherwise, his head would roll back. “He was a healthy baby, weighing 4.7 kg. When he turned four, we realized something was abnormal but no doctor could diagnose what was wrong,” says his father N Udayshankar. Udayshankar is married to his paternal aunt’s daughter. (Consanguine marriage). 

    Another case of consanguine marriage is that of Ramesh M, whose six-year-old son Yatish M is suffering from Gaucher’s.
His spleen had become huge and stomach bloated and no one could diagnose the reason. He has hardly grown and looks younger than his younger brother who is four years old. 

    Many such patients gathered at the centre for human genetics to get their children screened. “These group of rare inherited metabolic disorders are usually found among 1 in 1,000 patients but some of them are as rare as one in a million,” explained clinical geneticist at the centre for human genetics, Dr Meenakshi Bhat. 
Source : Time News Network

Tuesday, 14 May 2013

Gene associated with adolescent idiopathic scoliosis identified

Researchers from the RIKEN Center for Integrative Medical Sciences in Japan have identified the first gene to be associated with adolescent idiopathic scoliosis (also called AIS) across Asian and Caucasian populations. The gene is involved in the growth and development of the spine during childhood.  Their study is published today in the journal Nature Genetics.  



This is a girl with adolescent idiopathic scoliosis (left) and posterior-anterior standing x-ray of spine (right).

AIS is the most common pediatric skeletal disease, affecting approximately 2% of school-age children. The causes of scoliosis remain largely unknown and brace treatment and surgery are the only treatment options. However, many clinical and genetic studies suggest a contribution of genetic factors. 

 To understand the causes and development of scoliosis, Dr Ikuyo Kou, Dr Shiro Ikegawa and their team have tried to identify genes that are associated with a susceptibility to develop the condition

By studying the genome of 1,819 Japanese individuals suffering from scoliosis and comparing it to 25,939 Japanese individuals, the team identified a gene associated with a susceptibility to develop scoliosis on chromosome 6. The association was replicated in Han Chinese and Caucasian populations.


The researchers show that the susceptibility gene, GPR126, is highly expressed in cartilage and that suppression of this gene leads to delayed growth and bone tissue formation in the developing spine. GPR126 is also known to play a role in human height and trunk length. 

"Our finding suggest the interesting possibility that GPR126 may affect both AIS susceptibility and height through abnormal spinal development and growth," explain the authors. 

"Further functional studies are necessary to elucidate how alterations in GPR126 increase the risk of AIS in humans," they conclude.


Source : Science Codex , 12th May 2013

Adolescent Idiopathic Scoliosis Gene Identified

Adolescent Idiopathic Scoliosis Gene Identified 

The condition, adolescent idiopathic scoliosis (AIS), is a type of scoliosis afflicting patients between 10 and 18 years of age, and is the most common type of pediatric skeletal disease in which the specific cause is not known. Therefore it is termed “idiopathic,” meaning is arises spontaneously from an obscure or unknown cause.

However, many clinical and genetic studies suggest a contribution of genetic factors as approximately 30 percent of AIS patients have some family history of scoliosis. AIS affects about two percent of school-age children, and primarily in those of Asian or Caucasian decent. 

Scoliosis is a medical condition in which a person’s spine is curved from side to side in a complex three-dimensional deformity, which exceeds more than 10 degrees when viewed from the coronal plane or sagittal plane. On isolated imaging the spine of a scoliosis patient may look like an “S” or a “C”, rather than a straight line.

Scoliosis is classified as either congenital – caused by vertebral anomalies present at birth, idiopathic – cause unknown, or is secondary to another primary condition. Secondary scoliosis may be the result of any number of neuromuscular conditions like spina bifida, cerebral palsy, or physical trauma.

An estimated 65 percent of scoliosis cases are idiopathic, about 15 percent are congenital, and about 10 percent are secondary to a neuromuscular disease.

The onset of adolescent idiopathic scoliosis generally does not result in immediate discomfort or neurologic symptoms. The curve of the spine does not put pressure on organs nor is there a noticeable shortness of breath seen with AIS, according to the Scoliosis Research Society (SRS).

When scoliosis begins in adolescent patients, often there is some lower back pain. However, lower back pain is not uncommon as  many teens participate in a large number of activities without having good core abdominal and back strength or flexibility. Therefore, the condition is diagnosed by a doctor using tactile and imaging tests.

To correct the curvature, treatments include physical therapy, casting, bracing, and surgery – anterior and posterior fusion.

Research has been ongoing to identify the cause of AIS, including genetic factors. Thus far there are no identifiable causes for this condition, but researchers from the RIKEN Center for Integrative Medical Sciences in Japan believes they’ve isolated the first gene to be associated with AIS.

In the study, published in the journal Nature Genetics, doctors Ikuyo Kou and Shiro Ikegawa, and their team wanted to identify the genes associated with a susceptibility of acquiring the condition, in hopes of understanding the causes and development of scoliosis.
The genome of 1,819 Japanese individuals afflicted with scoliosis were compared it to 25,939 other Japanese individuals. This process allowed the team to identify a gene associated with a susceptibility to develop scoliosis on chromosome 6, GPR126. The association was replicated in Han Chinese and Caucasian populations.

Probable G-protein coupled receptor 126 is a protein that in humans is encoded by the GPR126 gene. This gene encodes a member of the adhesion-GPCR receptor family, characterized by an extended extracellular region with a variable number of N-terminal protein modules coupled to a TM7 region via a domain known as the GPCR-Autoproteolysis INducing (GAIN) domain. It is involved in the process of myelination.

It has also been found that variations in this gene can affect a person’s stature as the gene is involved in the growth and development of the spine during childhood. GPR126 is highly expressed in cartilage and that suppression of this gene leads to delayed growth and bone tissue formation in the developing spine. GPR126 is also plays a role in human height and trunk length.

The researchers concluded, further studies will be necessary to properly elucidate how alterations in the GPR126 amplifies the risk of AIS.


 Source : The Enquisitr , 13th May 2013


Monday, 22 April 2013

Keep it straight, say spine docs : Pune

When 17-year-old Swati Billary from Akola began to have severe problems walking and urinating at the age of 12, doctors diagnosed her with 40 per cent scoliosis — a condition in which aperson’s spine is curved. She was put on medication, exercises and had to wear braces, but this troika seemed to have no effect, as the scoliosis progressed to a severe 98 per cent curve.



Swati (down), who is now recuperating at Sancheti Hospital, had a 98 per cent curvature on her spine, necessitating surgery. After two rods and 22 screws were inserted into her spine on Saturday, the teen now has a straight back










It was then, five years later, that Swati was referred to Pune’s Sancheti Hospital for specialised treatment, and advised to undergo surgery. On Saturday, Swati underwent a six-hour scoliosis correction surgery, in which two rods and 22 screws were inserted into her spine to straighten it.

Her father Tanaji Billary said, “At 12, Swati could not walk even half a kilometre without breathing hard, and experienced many other problems. We were advised surgery, which cost around Rs 2 lakh. Now Swati’s spine is only 4-5 per cent curved and it is under control.

Finally there is relief for my daughter.” Medical experts say that out of all patients diagnosed with scoliosis, common in a small percentage of adolescents, only 50 per cent require surgery. However, early detection prevents surgery, and surgical results are becoming increasingly satisfactory, with awareness rising among parents, doctors and teachers.

Dr Ketan Khurjekar, head of the Spine department at Sancheti Hospital, who conducted Swati’s surgery, said, “Three to four per cent of all adolescents are found to have some form of scoliosis or the other. Most are girls — it is four times more common in girls than boys — and the extremity of the curvature is more progressive.

There is a genetic pre-disposition in some adolescents for it; several cases have been observed in consanguineous marriages.” He added, “Around five years ago, around 80 per cent of patients came in late and needed surgery. Today, only around 40-50 per cent need surgery due to early intervention. In 2012, we saw at least 160 patients for this condition, out of which 85 required surgery.”

Dr Rajesh Parasnis, spine surgeon at the Oyster & Pearl Hospital, said, “The ideal age for surgery depends on premenarchal status, type of curve, degree and severity of spinal deformity. Broadly, 12-16 years is ideal for surgery, as curves are flexible and skeletal maturity is around the corner. Curves less than 15-20 degrees are observed for a while.

Curves between 20-40 degrees require bracing to prevent further progression, and those beyond need surgery.” Dr Jaydev Panchwagh, a neuro and spine surgeon at the Deenanath Mangeshkar Hospital, said, “Last year, I saw around 20 patients, of which only 30 per cent needed surgery. Early signs can be noticed by pediatricians. Increased awareness in the medical fraternity is helping it get getting detected at an early stage.

For very small children, plaster techniques and body molded jackets called braces or corsets are good options. Even if surgery is required, it should be done early on to attain maximum results.”

Scoliosis surgery involves the insertion of special surgical implants like rods, hooks, screws, and wires. The goal is to straighten and balance the spine and secure it in place, so that curve progression stops before skeletal maturity is reached.


Source : Pune Mirror ( 22nd April 2013 ) 

Friday, 12 April 2013

MIRACLE SCOLIOSIS !

Teenager grows FIVE INCHES overnight after operation to straighten the crooked spine that was killing him

 

 

  • Harvey Legge, 14, was suffering from scoliosis, or curvature of the spine
  • At a 90 degree angle, bend was so severe it was crushing his vital organs
  • Operation saw him grow from 4'10" to 5'3" and curve reduce to 20 degrees

A teenager has grown an incredible five inches overnight after an operation to straighten his spine.
Harvey Legge, 14, was suffering from scoliosis, or curvature of the spine - and the bend was so severe it was crushing his vital organs.
He was referred to a paediatrician at Sheffield Children’s hospital who said his case was so severe he would have to have surgery.
The operation saw him grow five inches overnight, taking him from 4'10" to 5'3". His spine has gone from being at a 90 degree angle, to just a 20 degree angle.


Twisted: Harvey Legge, 14, was suffering from scoliosis, or curvature of the spine. The bend was so severe it was crushing his vital organs
Twisted: Harvey Legge, 14, was suffering from scoliosis, or curvature of the spine. The bend was so severe it was crushing his vital organs


His mother Claire Walker, 39, said: ‘It really is wonderful to see. He now stands as tall as me - he literally grew five inches overnight after the operation once surgeons had straightened out his spine.
‘To see the X-rays of his spine before and after the operation really is remarkable. The surgeons have done a wonderful job.’
Mrs Walker, from Holton Le Clay, Lincolnshire, said: ‘It was a shock when he was first diagnosed with it.
 

'I’d noticed that his rib cage didn’t look level when he bent down, but I had no idea that it was anything as serious as scoliosis.
‘When I was told he would have to have surgery to correct it, I was devastated. But I knew that it was the only option for him.


‘The bend in his spine was so severe that it was crushing all his organs. His rib cage was banging on his hip and he used the other hip as a shelf to rest his arm. He couldn’t walk very far because he was so twisted.’


Harvey Legge
Harvey Legge
The operation saw him grow five inches overnight, taking him from 4'10" to 5'3". His spine has gone from being at a 90 degree angle, to just a 20 degree angle.



Doctors decided that because Harvey's case was so severe, they couldn’t wait any longer to operate on him. 

Mrs Walker said: ‘We knew that he was very young to have this operation and it was nerve-wracking, but there was no choice.

‘Two months previously we had been on holiday to Italy and while we were sat around the pool, people were watching Harvey with their jaws dropping open. He was very conscious about what he looked like, too.’

Doctors warned the couple that there was a risk of paralysis with the operation, but they knew it was Harvey’s only chance as he was being suffocated by his own spine.

Harvey
Harvey
But complications from the operation left surgeons fearing Harvey was brain dead after he lost his entire body’s worth of blood. He has since made a full recovery 


The eight hour operation was carried out in November 2011 at Sheffield Children’s Hospital, where doctors put titanium rods either side of his spine to straighten it.
But complications from the operation left surgeons fearing he was brain dead after he lost his entire body’s worth of blood and his brain shut down.

Mrs Walker said: 'It was terrifying when he lost so much blood - we thought we were going to lose him. Harvey spent nine days recovering in hospital, and then a further three months recovering at home. 

Mrs Walker added: ‘It was so amazing when he stood up and he was so much taller. He had always been the smallest in his class and now he is of average height which is great.

Harvey
Harvey
Standing tall: Harvey with his mother Clare and surgeon Ashley Cole. He had always been the smallest in his class but is now of average height


‘He can now do contact sports and he can run too. He won’t grow any more, but it is fantastic that he is now so much taller than he was.

Ashley Cole, the consultant spinal surgeon who performed Harvey’s operation said: ‘It was a huge success and Harvey has recovered fantastically well.

‘We had to do the surgery much sooner with Harvey than many other children because his condition was progressing at such a fast rate.’


Source : Daily Mail , UK ( 12th feb 2013 )