India emerging as liver transplant hub’

India is emerging as a global hub for liver transplant with expanded medical facilities, an expert said here Friday.

“Around 50-60 percent of live transplant patients are from foreign countries,” said Vivek Vij, director, Liver Transplant Programme in Fortis Hospital here.

“The reason India has emerged as a hub for liver transplant is because of the poor medical facilities in countries like Bangladesh, Pakistan, Nepal, Cambodia and other African nations,” he added.

Vij was speaking on the occasion of Fortis Hospital becoming the first hospital in Uttar Pradesh to perform 100 liver transplants.

“Since the inception of the hospital in 2012, Fortis Noida has recorded a 100 percent donor and 97 percent recipient survival rate, surpassing the international standards for safety and establishing the hospital as a coveted centre for liver transplant.”

He said the hospital has also initiated a lot of campaigns and drives to raise awareness about liver-related diseases.

Source: Business Standard


Delhi gets Asia’s first ‘Silent’ MRI system

With a vision of laying as much importance on ‘patient-comfort’ as on the actual medical services provided to them, Mahajan Imaging, north India’s leading chain of high-end medical imaging centres, on Tuesday claimed to have installed Asia’s first ‘Silent’ MRI system in a ‘unique, non-intimidating and non-medical environment’ at its new diagnostic centre in Defence Colony here.

According to Mahajan Imaging, the MR750w MRI system by GE Healthcare has the world’s most advanced imaging technology that enables radiologists to perform MRI scans “without any sound”.

According to GE Healthcare, its revolutionary Silent Scan technology is designed to reduce MR scanner noise to near ambient (background) sound levels and thus improve a patient’s MR exam experience. Conventional MR scanners can generate noise in excess of 110 dBA (decibels) levels, roughly equivalent to rock concerts.

Dr Harsh Mahajan, chief radiologist at Mahajan Imaging, said, “We have installed Asia’s first truly silent MRI system. Till now, MRI scans were associated with a lot of noise – almost as much as a jet engine or rock concert, which led to stress and discomfort for patients. Today, we are able to do most brain scans without any noise at all! This, in addition to the obvious benefit of comfort to the patient, also enables us to do higher quality scans since patients do not move and are more cooperative during scans. This eventually leads to better images and hence a better diagnosis.”

Dr Mahajan said that soon the ‘silent’ technology would be extrapolated to other parts of the body, which would lead to a paradigm shift in MRI scanning.

“The development of this revolutionary Silent Scan MRI Technology is in keeping with GE’s mission of humanizing its medical technology,” said Karthik Kuppusamy, senior director of MR Imaging at GE Healthcare South Asia.

“This machine is also testament of India’s product development capabilities since it was co-developed by our engineers in Bangalore. We used proprietary high-fidelity gradient and ultra-fast RF system electronics and eliminated the sound at the source,” he added.

“It is amazing that there is no drop in image quality,” said Dr Raju Sharma, professor of radiology at the All India Institute of Medical Sciences (AIIMS), New Delhi. “I congratulate GE for developing a clinical system that can perform MRI scans without any sound – this is a dream come true for radiologists all over the world.”

Dr Sharma explained that having a noise-free environment makes the patients very comfortable. This improves utilisation of the MRI machine since scans do not need to be interrupted or repeated frequently.

Additionally, Mahajan Imaging has taken patient comfort a step further by giving both, their MRI room and CT room very unique and aesthetically pleasing interiors. While the MRI room bears the theme — Genesis-Hope-Healing, depicted using a 33 feet long painting of three Greek Goddesses, the CT scan room gives the impression of being underwater.

“The idea is to create an environment of healing,” said Ritu Mahajan, executive director of Mahajan Imaging and the person responsible for designing the facility. “We decided to push the boundaries of what is possible in an MRI room and used silk on the walls and ceiling to add warmth, and matching self-levelling epoxy flooring. Additionally, an artist from Albania was approached to make a 33 feet long painting which depicts Genesis, Hope and Healing, according to Greek mythology.”

“The room housing the CT scan machine in the diagnostic centre has been hand-painted by a young artist to give the impression of being underwater, something that is very popular with younger patients,” she said.

“Since an MRI machine has a very strong magnetic field, and is affected even by extremely small changes in radiofrequency waves, we decided to go with several small specially manufactured LED lights to light up the MRI room,” said Dominique Taffin, senior design architect from GE Healthcare who helped execute the MRI room interiors at the centre.

“The positive effect of one’s surroundings on one’s health cannot be underplayed,” said Dr S S Kale, professor of neurosurgery at AIIMS, New Delhi. “What Dr Mahajan and his team have done is truly unique – every room has a different theme! The environment at the centre sets the patient at ease – a very important component of providing healthcare from a holistic point of view.”

Niharika Dutt, a 22-year old healthcare professional, has had several MRI scans done earlier because of some illness, but feels that this machine is different. “I have had MRI scans done many times because of repeated dizziness and migraine,” said Dutt, “but I have never seen a room this pretty! I had seen photographs of this room online and felt that they were edited – but I later realised that Mahajan Imaging has actually made their room like this. The ambience, in addition to the quietness of the machine, is definitely going to make any patient forget about their disease for some time and make the harrowing experience of the MRI better.”

In addition to the advanced MRI and CT technology, the new centre boasts of the world’s best Mammography machine, X-Ray system, ultrasounds, cardiac scanners, dental CT and DEXA machine – providing all radiology services under one roof.

Source : India Medical Times


New layer of cornea discovered by Indian doctor Harminder Dua

A new layer in the human cornea was discovered by the Indian doctor Harminder Dua at The University of Nottingham in 2014. It plays a vital role in the structure of the tissue that controls the flow of fluid from the eye.

The research was published in a paper in the British Journal of Ophthalmology.
The new finding could shed new light on glaucoma. The new layer named as Dua’s Layer is just 15 microns thick but incredibly tough. Comprised of thin plates of collagen, it sits at the back of the cornea between the corneal stroma and Descemet’s membrane.

It makes an important contribution to the sieve-like meshwork, the trabecular meshwork (TM), in the periphery of the cornea.

The TM is a wedge-shaped band of tissue that extends along the circumference of the angle of the anterior chamber of the eye.

It is made of beams of collagen wrapped in a basement membrane to which trabecular cells and endothelial cells attach. The beams branch out randomly to form a ‘meshwork’.
Scientists had previously believed the cornea to be comprised of five layers – from front to back— the corneal epithelium, Bowman’s layer, the corneal stroma, Descemet’s membrane and the corneal endothelium.

Pressure within the eye is maintained by the balance of aqueous fluid production by eye tissue called the ciliary body and drainage principally through the TM to the canal of Schlemm, a circular channel in the angle of the eye.

Defective drainage through the TM is an important cause of glaucoma, a condition that leads to raised pressure in the eye that can permanently affect sight. Around 1 to 2% of the world’s population yearly have chronic glaucoma and globally around 45 million people have open angle glaucoma which can permanently damage the optic nerve – 10% of whom are blind.

It is hoped the discovery will offer new clues on why the drainage system malfunctions in the eyes of some people, leading to high pressure.
Glaucoma is a devastating disease caused by defective drainage of fluid from the eye. Glaucoma is the second largest leading cause of blindness of world.

Source: Zee News

 


Cancer incidence likely to rise five-fold in India by 2025

With a million new cases being reported every year, cancer seems to be tightening its grip on India. Experts say the incidence of the killer disease is expected to rise five-fold by 2025.

According to medical professionals, lung and oral cancers were the most common among men while cervix and breast cancer were striking more and more women. Cancer is one of the leading causes of deaths in India, which has nearly three million patients suffering from the disease, they said.

Annually, nearly 500,000 people die of cancer in India. The WHO said this number is expected to rise to 700,000 by 2015. “The number of cancer cases in India is increasing every year,” P. K. Julka, head of the oncology department at the All India Institute of Medical Sciences, told IANS.

According to WHO, lung, oral, lip, throat and neck cancers are the most common among men while women suffer more from cervix, breast and ovarian cancers. “Incidence of cancer has increased in India, especially prostate cancer in elderly men besides kidney, penis and intestine cancer,” Nayan Kumar Mohanty, director, Department of Urology, Saket City Hospital said.

Manju Khemani, Head of the Department, Institute of Obs and Gynae at the hospital, said: “Cervical cancer is the second most common in women worldwide. Unlike some other cancers, it strikes as early as 32-35 years of age.”

According to health ministry data, out of more than 300 cancer centres in India, 40 percent are not adequately equipped with advanced cancer care equipment. India will need at least 600 additional cancer care centres by 2020 to meet the requirements. Oncologist Gaurav Thukral, Head Medical Services, HealthCare at Home (HCAH), told IANS: “High treatment costs are one of the main reasons why cancer care is out of reach for millions of Indians.

If detected early, treatment is effective and cheaper. However, if detected late, it is more expensive (can even lead to bankruptcy) and also reduces the chances of survival.” In India, a skewed doctor-to-patient ratio only worsens the situation.

The health ministry is working towards a target doctor-patient ratio of 1:1,000 by 2021, which at present is 1:2,000. Julka said: “In India, the requirement is 1 cancer care unit per 100,000 population, which is a far cry from the current scenario”.

He, however, added the government was taking a number of steps to combat the situation, including setting up a cancer care institute in Jhajjhar in Haryana. Doctors say the causes of such a high incidence of cancer may be both internal like genetic, hormonal and poor immune conditions as well as external or environmental like food habits, industrialization, over growth of population and lifestyle. Ignorance among the public, delayed diagnosis and lack of adequate medical facilities has given cancer the dubious distinction of being a “killer disease”.

However, the fact remains that if cancer is detected in its early stages, it can be treated and an individual can lead a healthy life, Thukral said. Mohanty said: “It is important to create awareness about common types of cancer and their symptoms among the general public.

Passing blood in urine is the first alarming sign and should not be neglected. It is important to know that food plays a pivotal role in cancer prevention. “Avoid a high-cholesterol diet like meat, liver and milk products. Intake of antioxidant-rich foods like guavas, tomatos, grapes and pineapples can help protect against cancer. Adding dietary fibre to your food can protect you from intestine cancer,” Mohanty added.

Source: First Post

 


World’s tallest woman recovering after operation to remove tumour

The world’s tallest woman has been saved from being paralyzed and going blind after doctors removed a huge tumor from her brain.

Siddiqa Parveen, who is estimated to be 7ft 8in tall, had a spine on the ‘verge of breaking’ and was feared to be losing her sight.

The 28-year-old suffered from gigantism brought on by a tumour on the pituitary gland, producing excess growth hormone.

She had already suffered fractures to her spine and was unable to stand up straight .

Doctors in India feared her back would “snap” if she went untreated and put weight on.

They also feared the massive tumour would cause her to go blind.

She was forced to travel 1,000 miles from her remote village in West Bengal to Delhi for the life-saving operation.

Neurosurgeon Dr Ashish Suri, of the All India Institute of Medical Sciences, said the operation had been a success.

“The tumour had to be taken out through the nose by inserting an endoscope through the nostrils,” he said.

“She suffered significant blood-loss during the operation as the tumour was a vascular one. But she coped well.”

Siddiqa’s unbelievable size saw her recently crowned the world’s tallest woman by Guinness Book of Records – but it caused significant medical challenges.

Her frame was so large doctors were forced to use a large operating table, as well as additional trolleys to cope.

Dr PK Bithal, head of neuroanaesthesiology said: “Our maximum bed size is six feet, both in the operating theatre and intensive care unit

“Positioning her appropriately for surgery was a big problem. Her head size was enlarged, which made access of the tumour with our instruments, like endoscopes, extremely difficult.

“Anaesthetising her was a problem with her head size, since we did not have endotracheal tubes of her size, and she had difficulty lying down with the multiple fractures in her spine.”

 

But hospital authorities say it is only “the first of multiple steps in her road to complete recovery”.

Siddiqa, who weighs 130kg and has enlarged hands and feet, has been released from the intensive care unit but remains in hospital.

However, her problems are not just physical and doctors say she will need to be treated for a ‘psychosocial crisis’ – having been isolated for much of her life.

Dr Suri said: “She has been confined to her house for the major part of her life. An old teacher from her area is the only one she communicates with and only speaks Bengali.

“She has been silent for so long, it will take us a long time to ensure her complete recovery,” said Dr Tandon.

Siddiqa was mentioned in the 2014 Guinness Book of World Records as the new record holder after the 2012 death of Yao Defen from China who, at 233.3 cm -7 feet 7 inches – was the tallest woman on earth.

Siddiqa’s entry in the latest book states: “The tallest woman living is Siddiqa Parveen of South Dinajpur, India, who in December 2012 was measured by Doctor Debasis Saha from Fortis Hospitals to be at least 222.25 cm (7 feet 3.5 inches).

“Dr Saha estimates her standing height to be at least 233.6 cm (7 ft 8 in).”

Source: healcon

 


Beijing’s air would be step up for smoggy Delhi

In mid-January, air pollution in Beijing was so bad that the government issued urgent health warnings and closed four major highways, prompting the panicked buying of air filters and donning of face masks. But in New Delhi, where pea-soup smog created what was by some measurements even more dangerous air, there were few signs of alarm in the country’s boisterous news media, or on its effervescent Twittersphere.

Despite Beijing’s widespread reputation as having some of the most polluted air of any major city in the world, an examination of daily pollution figures collected from both cities suggests that New Delhi’s air is more laden with dangerous small particles of pollution more often than Beijing’s. Lately, a very bad air day in Beijing is about an average one in New Delhi.

The U.S. Embassy in Beijing sent out warnings in mid-January, when a measure of harmful fine particulate matter known as PM2.5 for the first time this year went above 500, in the upper reaches of the measurement scale. This refers to particulate matter less than 2.5 micrometers in diameter, which are believed to pose the greatest health risk because they penetrate deeply into lungs.

But for the first three weeks of this year, New Delhi’s average daily peak reading of fine particulate matter from Punjabi Bagh, a monitor whose readings are often below those of other city and independent monitors, was 473, more than twice as high as the same average in Beijing of 227. By the time Beijing had its first pollution breach past 500 on the night of Jan. 15, Delhi had already had eight such days. Indeed, only once in three weeks did New Delhi’s daily peak value of fine particles fall below 300, a level more than 12 times the exposure limit recommended by the World Health Organization.

“It’s always puzzled me that the focus is always on China and not India,” said Angel Hsu, director of the environmental performance measurement program at the Yale Center for Environmental Law and Policy. “China has realized that it can’t hide behind its usual opacity, whereas India gets no pressure to release better data. So there simply isn’t good public data on India like there is for China.”

Experts have long known that India’s air is among the worst in the world. A recent analysis by Yale researchers found that seven of the 10 countries with the worst air pollution exposures are in South Asia. And evidence is mounting that Indians pay a higher price for air pollution than almost anyone in the world. A recent study showed that Indians have the world’s weakest lungs, with far less capacity than Chinese lungs. Researchers are beginning to suspect that India’s unusual mix of polluted air, poor sanitation and contaminated water may make the country among the most dangerous in the world for lungs.

India has the world’s highest death rate because of chronic respiratory diseases, and it has more deaths from asthma than any other nation, according to the World Health Organization. A recent study found that half of all visits to doctors in India are for respiratory problems, according to Sundeep Salvi, director of the Chest Research Foundation in Pune.

Clean Air Asia, an advocacy group, found that another common measure of pollution known as PM10, for particulate matter less than 10 micrometers in diameter, averaged 117 in Beijing in a six-month period in 2011. In New Delhi, the Center for Science and Environment used government data and found that an average measure of PM10 in 2011 was 281, nearly 2 1/2 times higher.

Perhaps most worrisome, Delhi’s peak daily fine particle pollution levels are 44 percent higher this year than they were last year, when they averaged 328 over the first three weeks of the year. Fine particle pollution has been strongly linked with premature death, heart attacks, strokes and heart failure. In October, the World Health Organization declared that it caused lung cancer.

The U.S. Embassy in Beijing posts on Twitter the readings of its air monitor, helping to spur wide awareness of the problem. The readings have more than 35,000 followers. The United States does not release similar readings from its New Delhi embassy, saying the Indian government releases its own figures.

In China, concerns about air quality have transfixed many urban residents, and some government officials say curbing the pollution is a priority.

But in India, Delhi’s newly elected regional government did not mention air pollution among its 18 priorities, and India’s environment minister quit in December amid widespread criticism that she was delaying crucial industrial projects. Her replacement, the government’s petroleum minister, almost immediately approved several projects that could add considerably to pollution. India and China resisted pollution limits in global climate talks in Warsaw in November.

Frank Hammes, chief executive of IQAir, a Swiss-based maker of air filters, said his company’s sales were hundreds of times higher in China than in India.

“In China, people are extremely concerned about the air, especially around small children,” Hammes said. “Why there’s not the same concern in India is puzzling.”

In multiple interviews, Delhiites expressed a mixture of unawareness and despair about the city’s pollution levels. “I don’t think pollution is a major concern for Delhi,” said Akanksha Singh, a 20-year-old engineering student who lives on Delhi’s outskirts in Ghaziabad, adding that he felt that Delhi’s pollution problems were not nearly as bad as those of surrounding towns.

In 1998, India’s Supreme Court ordered that Delhi’s taxis, three-wheelers and buses be converted to compressed natural gas, but the resulting improvements in air quality were short-lived as cars have flooded the roads. In the 1970s, Delhi had about 800,000 vehicles; now it has 7.5 million, with 1,400 more added daily.

“Now the air is far worse than it ever was,” said Anumita Roy Chowdhury, executive director of the Center for Science and Environment.

Indians’ relatively poor lung function has long been recognized, but researchers assumed for years that the difference was genetic.

Then a 2010 study found that the children of Indian immigrants who were born and raised in the United States had far better lung function than those born and raised in India.

“It’s not genetics; it’s mostly the environment,” said MyLinh Duong, an assistant professor of respirology at McMaster University in Hamilton, Ontario.

In a study published in October, Duong compared lung tests taken in 38,517 healthy nonsmokers from 17 countries who were matched by height, age and sex. Indians’ lung function was by far the lowest among those tested.

All of this has led some wealthy Indians to consider leaving.

Annat Jain, a private equity investor who returned to India in 2001 after spending 12 years in the United States, said his father had died last year of heart failure worsened by breathing problems. Now his 4-year-old daughter must be given twice-daily breathing treatments.

“But whenever we leave the country, everyone goes back to breathing normally,” he said. “It’s something my wife and I talk about constantly.”

Source: Ndtv news


ENT specialist treats burn injury patient, fined Rs 4 lakh for negligence

The National Consumer Disputes Redressal Commission (NCDRC), while setting aside an order of the Bihar State Consumer Disputes Redressal Commission, held a doctor guilty of medical negligence and directed him to pay a compensation of Rs 4 lakh to a man who lost his hand due to his treatment.

NCDRC president D K Jain and members Vineeta Rai and Vinay Kumar, while hearing the revision petition, held that the Bihar State Commission erred in not correctly assessing and appreciating the evidence before them and erroneously concluding that there was no medical negligence.

The aggrieved, Jai Prakash Mehta, a resident of Bihar sustained serious burn injuries on his right arm due to electric shock while working on the electrification of a railway line as a contract labourer on June 26, 1998. He was taken to Dr B N Rai, an ENT specialist, under whom the aggrieved underwent treatment for over two weeks following which there was further deterioration of the burn injuries in his right arm.

Dr Rai then referred him to the Institute of Medical Sciences and Sir Sunderlal Hospital, Banaras Hindu University (BHU), Varanasi, where he was informed that gangrene had set in which could not be reversed and his arm had to be amputated.

Distressed by the medical negligence on the part of Dr Rai, which had very adverse and serious financial and emotional consequences for him, Jai Prakash approached the District Consumer Disputes Redressal Forum, Rohtas, Sasaram on grounds of medical negligence and deficiency in service and requested for compensation.

The District Forum dismissed the complaint on the grounds that there was no credible evidence to prove that there was any medical negligence on the part of the doctor and further that he was not a ‘consumer’ since no fees were taken from him by the doctor. Jai Prakash filed another appeal before the State Commission, which in its order upheld the findings of the District Forum.

Jai Prakash then filed a revision petition in the NCDRC, challenging the order of the Bihar State Commission.

The NCDRC in its observation stated, “The finding of the State Commission that no medical evidence was produced, including expert opinion, to prove that the medicines prescribed were not effective or incorrect is not tenable because this is a case of res ipsa loquitur, wherein the facts speak for themselves. If Petitioner had been properly treated for his serious burn injuries and referred in time to an appropriate health facility by the doctor, then gangrene and consequent loss of his right arm could have well been avoided.”

It noted, “Clearly the doctor, who was an ENT specialist, did not have the professional competence and skills to treat the patient for burn injuries and instead misled him by assuring that the medicines mainly in the form of first aid treatment would lead to his recovery. It is clear that the Petitioner got wet gangrene because of the burn injuries which were not properly and adequately medically treated for over two weeks by the doctor.”

Source: India Medical Times


Indian doctor awarded by American Society of Haematology

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Dr Praveen Kaudlay, a clinical haematology specialist registrar based in the UK, has been awarded with Abstract Achievement Award by the American Society of Haematology for his work as a first author on bone marrow failure condition called as paroxysmal nocturnal haemoglobinuria.

 

The award was presented, along with the paper presentation, at the 55th annual American Society of Haematology conference held in New Orleans, US from December 7 to 10.

Each year, the American Society of Haematology, offers merit-based Abstract Achievement Awards to select individuals to acknowledge the accomplishments of haematologists-in-training. This year’s Abstract Achievement Awards recognize undergraduate students, medical students, graduate students, resident physicians, and post-doctoral fellows who are both first author and presenter of an abstract.

Discussing about his paper with India Medical Times, Dr Kaudlay said, “The work was on bone marrow failure condition called as paroxysmal nocturnal haemoglobinuria. We looked at polymorphism in a complement molecule as these patients despite being treated with a drug, Eculizumab, tend to have haemolysis (blood getting destroyed inside the circulation). The study also included testing a molecule that blocks complement C3 in-vitro. The main investigator for this work is Prof Peter Hillmen, based at St James University Hospital at Leeds. I am the first author for the paper. Nearly 3,000 abstracts are submitted from around the world in this high profile conference attended by more than 20,000 delegates from all parts of the world.”

 

A graduate from Bangalore Medical College, Dr Kaudlay holds an interest in blood disorders and bone marrow failure syndromes and stem cell transplantation, which are quite common in India. He finished his postgraduation in General Medicine from India before going to the UK in 2003.

Talking about his future plans Dr Kaudlay said, “My future plan is to take research work that is of direct interest to India in blood disorders and bone marrow transplantation as Indians have different genetics compared to the Caucasians where most of the research are done. We have a large burden of thalassemia and sickle cell disease whose management needs to be improved. Bone marrow cancers are now being detected more than before needing novel chemotherapy drugs and stem cell transplantation. Indigenous research with Indian subjects needs to be pursued more to have a strong database to apply for treatment modalities.”

“My personal ambition is to develop a bone marrow donation registry which is as robust as in the West as patients of the Indian origin both within and outside India are struggling to find suitable match as lifesaving one marrow transplantation for many malignancies. There is a dire need to work along to develop the registry involving Indian population. The specialty of Haematology needs to be developed further to attract international trials and research in India,” he added.

Source: India medical times:

 


India launches its indigenous cervical cancer screening device

India launched its first indigenously developed device for screening and early detection of cervical cancer, which kills over 74,000 women in the country every year.

Launching the low-cost “AV-Magnivisualiser” device developed by Indian Council of Medical Research (ICMR), Union Minister of Health and Family Welfare Ghulam Nabi Azad said it will help in early detection of cervical cancer among adolescent girls and women, thus helping in save many lives.

Designed and developed at Institute of Cytology and Preventive Oncology ( ICPO), Noida, working under ICMR, the device will cost about Rs 10,000 and is much lower as compared to the cervical cytology method used at present in medical colleges, the equipment of which costs over Rs eight lakh.

“I am extremely happy and I congratulate the scientists involved in the cutting-edge level. I hope the cost-effective device will be available in the market in the next eight months to help ensure ..

The Minister said with this device it will be easy to screen and detect cervical cancer in its early stages, thus making treatment more effective.

“We will also ensure proper training of nurses and manpower for using the device in the coming months,” he said, adding that screening for cervical cancer is available only in regional cancer institutes and medical colleges at present.

He said the equipment presently being used is expensive, as a result of which not many medical coll ..

Source: Economic Times


Woman in Madhya Pradesh delivers 10 babies

In an extremely rare case, a 28-year-old woman in Madhya Pradesh delivered 10 babies – but all

stillborn, a doctor said on Monday.

Anju Kushwaha from Koti village in Satna district was being taken to the Sanjay Gandhi Memorial
hospital, 125 km away in neighbouring Rewa district, after she went into labour but she delivered nine
stillborn babies on the way.

A doctor attending to the woman said the medical team was awestruck when Anju’s husband Sanjay presented
before them the nine stillborn babies.

When the medical team examined her, they found one more foetus was in the woman’s womb. It was delivered
early on Monday but again turned out to be stillborn, said the hospital’s assistant superintendent SK
Pathak.

The doctors said it was a case of miscarriage followed by “hyper stimulation syndrome”, where fertility
drugs stimulate the ovaries to produce many egg sacs.

The woman is keeping well, doctors said.

Source: NDTV