YouTube star records own brain surgery

YouTube star Charles Trippy video logged his own brain surgery, according to The Jacksonville Observer.

Trippy, of Tampa, Fla., holds The Guinness World Record for the most number of days consecutively uploading video logs (vlogs) to YouTube. He currently has over 978,000 subscribers.

After fainting and suffering from a seizure in February 2012, Trippy was diagnosed with a brain tumor, which was removed shortly thereafter.

However, after the procedure Trippy continued to suffer from seizures. During a follow-up appointment, doctors discovered a small piece of tumor remained in his brain, The Jacksonville Observer reported.

On September 17, Trippy went in for a second brain surgery to remove the remaining tumor. Trippy, who remained awake during the procedure, got permission from doctors to vlog the surgery and post it to YouTube.

“Hi honey – I love you. Everything’s going great,” Trippy said on his vlog, during surgery. “My brain is open and you can see the TV remote isn’t there like we thought.”

Source: nypost.com


Man diagnosed with brewing beer in his stomach

The Texas man had a rare disease called “auto-brewery syndrome” that made him frequently drunk without ingesting alcohol.

A case study details why an unnamed 61-year-old Texas man was often drunk throughout the day, even on days when he insisted that he had not had a drink. He was eventually diagnosed with “auto-brewery syndrome,” a rare disease that has only a few confirmed cases in the last 30 years.

People with the syndrome have too much yeast in their intestinal tract. When they eat carbohydrates, the yeast turns the carbohydrates into ethanol and they become intoxicated from the inside out

“The physicians were not aware of any way that a person could be intoxicated without ingesting alcohol and therefore believed he must be a ‘closet drinker.'” Dr. Barbara Cordell and Dr. Justin McCarthy, study authors

Doctors — and even the man’s wife, who is a nurse — didn’t believe him for a long time when he said he wasn’t drinking. His wife regularly made him take a Breathalyzer test and he would consistently register a blood alcohol level (BAL) of 0.33% to 0.4%, or 5 times the legal driving limit.

In 2010 the man was placed under strict observation for 24 hours, after which he still had a high BAL. Doctors determined his condition was likely due to medication he had because of a 2004 surgery that destroyed helpful bacteria in his gut. As a result, yeast built up.

The man was placed on a low-carb diet, given antifungal medication and recovered. The study suggest that physicians consider the possibility of the rare condition if confronted with a case of someone claiming they become drunk without drinking.

Source: cir.ca.news


2-year-old world’s youngest to have bariatric surgery

A morbidly obese two-year-old has become the youngest person in the world to undergo bariatric surgery.

The parents of the toddler from Saudi Arabia who weighed (73 pounds) and had a Body Mass Index of 41 sought help because he suffered sleep apnea that caused him to stop breathing while asleep.

Two attempts to control his weight by dieting failed said the medics who carried out the bariatric surgery Mohammed Al Mohaidlya, Ahmed Sulimana and Horia Malawib in an article in the International Journal of Surgery Case Reports.

When he first presented to an endocrinologist at 14 months, the toddler weighed (47 pounds) but after dieting for four months his weight increased by (18 pounds).

The doctors from Prince Sultan Military Medical City at Riyadh were unable to ascertain whether the child’s parents stuck to the diet.

By the time the boy was referred to the obesity clinic he weighed (65 pounds) and his obesity had led to sleep apnea and bowing of the legs.

A further attempt at dieting failed and when he reached (73 pounds) doctors decided to perform surgery.

Surgeons carried out a laparoscopic sleeve gastrectomy on the boy which involved removing the outer margin of the stomach to restrict food intake, leaving a sleeve of stomach, roughly the size and shape of a banana.

Unlike a lap band, the surgery is not reversible.

“To our knowledge LSG has never been tried in very young age children,” the surgeons say in their report. “We present here probably the first case report of the successful management of a two year old morbidly obese boy.”

Within two months the boy lost 15 per cent of his body weight and two years after the 2010 surgery his weight had fallen from (73 pounds) to (53 pounds) and his BMI of 24 was within the normal range.

Obesity expert adjunct professor Paul Zimmett from the Baker IDI Heart and Diabetes Institute said the case was “shocking” and “very unusual”.

“It’s rather like the other day when we saw one of our spacecrafts going out of our solar system into the dark regions of space, it’s going into unknown territory,” he said of the case. “We have no idea what effect this may have on the child’s growth and unless he has proper follow up he may suffer vitamin deficiencies.”
Read more: http://www.foxnews.com/health/2013/09/19/morbidly-obese-2-year-old-world-youngest-to-have-bariatric-surgery/#ixzz2fQDzapE9

 


Mountain Dew Mouth’ Is Destroying Appalachia’s Teeth

Appalachia has a distinct culture of sipping soda constantly throughout the day. “Here in West Virginia, you see people carrying around bottles of Mountain Dew all the time — even at a public health conference,” says public health researcher Dana Singer.

By now, we’ve all heard of the health risks posed by drinking too much soda.

But over in Appalachia, the region that stretches roughly from southern New York state to Alabama, the fight against soda is targeting an altogether different concern: rotted teeth.

Public health advocates say soft drinks are driving the region’s alarmingly high incidence of eroded brown teeth — a phenomenon dubbed “Mountain Dew mouth,” after the region’s favorite drink. They want to tackle the problem with policies, including restricting soda purchases with food stamps (now called the Supplemental Nutrition Assistance Program, and currently in Congress).

“We are using taxpayer dollars to buy soda for the SNAP program, and we are using taxpayer dollars to rip teeth out of people’s heads who can’t afford dental care and are on Medicaid,” says Dana Singer, a research analyst at the Mid-Ohio Valley Health Department in Parkersburg, W.Va., who wants to see stricter regulations on sales of all sugary beverages in the region. “It makes no sense to be paying for these things twice.”

The beverage industry has repeatedly that its products are destroying teeth. But dentists beg to differ.

“I see erosion from the acids in the drinks, and decay from the sugars,” says , a dentist in South Charleston, W.Va. “They go hand in hand many times, and they’re equally bad. I would definitely attribute these problems to drinks.” Both sodas and energy drinks, he says, “are more damaging than food.”

Dentists have also found that the effects of soda on teeth are strikingly similar to the effects of methamphetamine or crack on teeth, as I in May. Drinking more than a soda a day raises the risk that found in many soft and energy drinks will eat away at your tooth enamel and its pearly white color. To get a sense of what that looks like, check out .

Back in 2009, Priscilla Harris, an associate professor at the Appalachian College of Law, issued the first battle cry in the war against Mountain Dew mouth with a legal brief titled “,” which explores how the drink became ingrained in the region’s culture. Since then, she’s been leading the charge to come up with policies to tackle the problem.

Harris says that dental problems are especially bad because dental care is harder to get in Appalachia, which includes many of the poorest and most remote communities in the country. Many people don’t trust the well water in their homes because of pollution concerns and probably drink more soda because of it, she says. She’s received a from the Robert Wood Johnson Foundation to study the problem.

And there’s another reason why soda mouth is so pervasive in Appalachia, Harris says: the region’s distinct culture of sipping soda constantly throughout the day. Singer adds, “Here in West Virginia, you see people carrying around bottles of Mountain Dew all the time — even at a public health conference.”

The drink is also native to the region. Mountain Dew was, before PepsiCo bought the brand.

“What Mountain Dew has going for it is that it’s high in caffeine and high in sugar,” Harris says, adding, “Students tell us it tastes best, and it’s a habit.”

While Harris says that there aren’t a lot of comprehensive surveys of dental health in Appalachia, signs of a rampant problem are unmistakable: Some 26 percent of preschoolers in the region have tooth decay, and 15 percent of 18- to 24-year-olds have had a tooth extracted because of decay or erosion. That’s according to calculations by Singer, who is working with Harris.

The elderly are affected, too. Some 67 percent of West Virginians age 65 or older have lost six or more teeth owing to tooth decay or gum disease, the Centers for Disease Control and Prevention.

Singer says one of the best opportunities to curb the problem is targeting programs like SNAP, which allows recipients to buy soda. According to a by Yale’s Rudd Center for Food Policy and Obesity, the federal government is spending $1.7 billion to $2.1 billion on soda purchases through SNAP.

Under current guidelines, any kind of soda of any size can be purchased with SNAP card — even Mountain Dew, which has 170 calories in a single 12-ounce can.

Various states, from Florida to Tennessee, have proposed bills that would restrict the use of SNAP to buy soda, sugary treats or other unhealthful foods. Singer says she would like to see West Virginia and other states in Appalachia try this approach.

Basic education, says Harris, is also needed: “We also just need to let people know that you can drink these drinks safely, but they can also do harm.”

Source: npr.org


Indian gets top post in WHO after 44 years

India’s Dr Poonam Khetrapal Singh was elected the regional director of the WHO’s Southeast Asian region on Thursday.

An Indian has regained the post after a gap of 44 years. The post was last occupied by an Indian in 1968.

The present incumbent Dr Samlee Plianbangchang is from Thailand and has served for 10 years now.

Dr Khetrapal Singh was elected here during the ongoing meeting of the health ministers of the Southeast Asian countries, an official release said.

The election of the regional director is an opportunity to strengthen India’s commitment to perform its role in health and development with the WHO as a key partner, Health and Family Welfare Minister Ghulam Nabi Azad said.

He said: “Poonam Khetrapal Singh is an acknowledged public health specialist and administrator with vast experience and recognition in the UN system. She would be able to contribute to regional as well as global initiatives.”

Dr Khetrapal Singh has experience at global level in the WHO as executive director sustainable development and healthy environments and member of the cabinet of the director general in Geneva.

At the national level she has been the advisor, international health, in the health ministry.

Prior to joining WHO, Dr Poonam Singh was a career member of the Indian Administrative Service (IAS) since 1975. In that capacity she held several important portfolios with the Punjab government, including secretary, health, family welfare and medical education. She also worked as a specialist in population, health and nutrition in the World Bank.

Dr Poonam Khetrapal Singh has a PhD in Public Health and is a Fellow of the Royal College of Physicians (FRCP), Edinburgh.

The Southeast Asian region of the WHO comprises of 11 countries — India, Nepal, Bhutan, Bangladesh, Myanmar, Thailand, Indonesia, Sri Lanka, Maldives, Timor-Leste and Democratic People’s Republic of Korea.

SEARO is headed by a Regional Director (RD) who is elected by the members of the SEARO countries. The RD has a term of five years and, though elections are held, customarily, the RD gets a second term.

Persons who have held this post in the past are Dr C Mani (1948-68; India), Dr V T H Gunaratne (1968-81; Sri Lanka), Dr U KoKo (1981-94; Myanmar) and Dr Uton Muchtar Rafei (1994-2004; Indonesia). [IANS]

Source: Medicine net

 

 


Body on a chip’ uses 3D printed organs to test vaccines

Miniature human organs developed with a modified 3D printer are being used to test new vaccines in a lab in the US.

The “body on a chip” project replicates human cells to print structures which mimic the functions of the heart, liver, lung and blood vessels.

The organs are then placed on a microchip and connected with a blood substitute, allowing scientists to closely monitor specific treatments.

The US Department of Defense has backed the new technology with $24m (£15m).

Bioprinting, a form of 3D printing which, in effect, creates human tissue, is not new. Nor is the idea of culturing 3D human tissue on a microchip.

It works better than testing on animals”

Dr Anthony Atala Wake Forest Institute for Regenerative Medicine

But the tests being carried out at the Wake Forest Institute for Regenerative Medicine in North Carolina are the first to combine several organs on the same device, which then model the human response to chemical toxins or biologic agents

Printing organs

The modified 3D printers, developed at Wake Forest, print human cells in hydrogel-based scaffolds.

The lab-engineered organs are then placed on a 2in (5cm) chip and linked together with a circulating blood substitute, similar to the type used in trauma surgery.

The blood substitute keeps the cells alive and can be used to introduce chemical or biologic agents, as well as potential therapies, into the system.

Sensors which measure real-time temperature, oxygen levels, pH and other factors feed back information on how the organs react and – crucially – how they interact with each other.

Dr Anthony Atala, institute director at Wake Forest and lead investigator on the project, said the technology would be used both to “predict the effects of chemical and biologic agents and to test the effectiveness of potential treatments”.

“You are actually testing human tissue,” he explained.

“It works better than testing on animals.”

Anti-terrorism

A group of experts from around the US is involved in putting together the technology, which will carry out toxicity testing and identification.

The funding for the project was awarded by the Defense Threat Reduction Agency (DTRA), a division of the US government which combats nuclear, chemical and biological weapons.

The tests being carried out at Wake Forest “would significantly decrease the time and cost needed to develop medical countermeasures” for bioterrorism attacks, said Dr Clint Florence, acting branch chief of vaccines within the Translational Medical Division at DTRA.

Wake Forest said it was able to test for antidotes to sarin gas, recently used against civilians in Syria.

Printed house

Dr Atala, whose field is regenerative medicine, said the bioprinting technology was first used at Wake Forest for building tissues and organs for replacement in patients.

His team had managed to replicate flat organs, such as skin, tubular organs such as blood vessels, and even hollow non-tubular organs like the bladder and the stomach, which have more complex structures and functions.

But building solid organs like the heart and the liver is the hardest challenge yet.

It takes about 30 minutes just to print a miniature kidney or heart, which is the size of a small biscuit.

“There are so many cells per centimetre that making a big organ is quite complex,” Dr Atala told the BBC.

But the bioprinting of full size solid organs might not be far away.

“We are working on creating solid organ implants,” said Dr Atala.

Source: BBC News


Airtel Ghana funds ultra-modern medical teaching facility

Ghana President John Dramani Mahama has complimented Indian-owned mobile telecom provider Airtel Ghana for financing an ultra-modern teaching facility and clinical centre for the School of Medical Science of the University of Cape Coast that has also enabled the upgradation of the Central Regional Hospital here into a teaching facility.

The project was started two years ago after a joint sod cutting by the late president John Evans Atta Mills and the CEO (international) and joint managing director of Bharti Airtel, Manoj Kohli. The company, however, declined to state how much it had spent on the project, which it had undertaken as part of its corporate social responsibility (CSR) initiative.

President Mahama commended Airtel Ghana for funding the construction of the facility, adding that the company had been consistent with its contribution towards enhancement of education in the country.

The school runs courses in surgery, internal medicine, paediatrics and child health, and obstetrics/gynaecology. These disciplines have sub-specialties such as ENT, ophthalmology, dermatology, medical imaging, anaesthesia and pain management, psychiatry and orthopaedics.

School dean Dr Harold S Amonoo-Kuofi said the facilities funded by Airtel, together with the two-storey Diagnostics Centre, greatly helped in the decision to upgrade the Central Regional Hospital to a teaching hospital.

He also urged other corporates to follow the Airtel example and support the university in its drive to provide the human resource necessary to address the shortfall of doctors in the country, especially in the rural communities.

Airtel Ghana managing director Philip Sowah said the company decided to fund the project to fulfil one of its core values of creating a positive impact among the communities in which it operates.

“It has been our dream to be part of helping to develop the country’s human resource,” Sowah added. [IANS]

Source: India Medical Times


US FDA issues import alert for Ranbaxy drugs

The US Food and Drug Administration on Monday issued an import alert against drug products manufactured at Indian drug major Ranbaxy’s facility in Punjab’s Mohali for non-compliance with US drug manufacturing requirements.

Under the import alert which will stand until the company complies with what are known as current good manufacturing practices (CGMP), US officials may detain at the US border drug products manufactured at the Mohali facility, the US regulator said in a media release.

“We want American consumers to be confident that the drugs they are taking are of the highest quality, and the FDA will continue to work to prevent potentially unsafe products from entering the country,” said Howard Sklamberg, director of the Office of Compliance in the FDA’s Centre for Drug Evaluation and Research.

The US drug regulator also ordered that the Mohali facility be subject to certain terms of the consent decree of permanent injunction entered against Ranbaxy in January 2012.

The decree contains provisions to ensure CGMP compliance at certain Ranbaxy facilities, including in Paonta Sahib in Himachal Pradesh and Dewas in Madhya Pradesh, as well as provisions addressing data integrity issues at those two facilities.

Ranbaxy’s Paonta Sahib and Dewas facilities have been on FDA import alert since 2008.

In September and December 2012, FDA inspections identified significant CGMP violations at Ranbaxy’s Mohali facility, including failure to adequately investigate manufacturing problems and failure to establish adequate procedures to ensure manufacturing quality, the FDA release said.

Under the decree, Ranbaxy is required to hire a third-party expert to conduct a thorough inspection of the Mohali facility and certify to the FDA that the facilities, methods, processes, and controls are adequate to ensure continuous compliance with CGMP.

Once the agency is satisfied that Ranbaxy has come into compliance with CGMP, Ranbaxy will be permitted to resume manufacturing and distribution of FDA-regulated drugs at the Mohali facility, the FDA said. [IANS]

Source: India Medical Times


Tattoo-like skin patch that acts as a thermometer

Scientists have developed an ultra-thin tattoo-like patch that when glued to the skin can be used as a thermometer to measure its temperature.

 A team of researchers from the US, China, and Singapore have created the small patch that looks like a bar-code tattoo and is applied using special glue.

It keeps working even when the skin to which it is attached twists and turns.

The patch can measure body temperature (at the skin level) very accurately, and over a continuous period of time.

Also, because it measures heat at multiple locations (at the same skin site) at the same time, the patch is capable of monitoring heat flow and the constriction and dilation of blood vessels as they respond to the environment around them.

The team claims that the patches can work in reverse as well, delivering heat to the skin, if desired, simply by increasing the voltage, ‘phys.Org’ reported.

The patch isn’t ready for use by the general population just yet, however, as it still requires an external power source.

The team is investigating different sources for different types of patches – solar for those applied to the skin and bioelectric for those applied inside the body, such as to the outside of organs.

Source: Zee news


What allergy, asthma sufferers need to keep in mind

35 million Americans suffer from allergies, which in the fall begin in late August and peak in September.

With summer coming to a close, and kids heading back to school and preparation for fall begins, we shouldn’t forget to consider fall allergies.

An estimated 35 million Americans suffer from allergies, which in the fall begin in late August and peak in September.

For those with fall allergies, three triggers typically occur – ragweed, indoor allergens and infections.

“During the summer, people experience the lowest incidence of allergies and asthma so they feel better and stop taking their allergy medications. But they should start taking them again in early September to prevent symptoms before they start,” David Rosenstreich, M.D., director of the allergy and immunology division at Montefiore Medical Center, said.

“If allergy sufferers make the mistake of waiting until after their symptoms are in full swing, it’s much harder to stop the allergic reaction than to prevent it from even beginning,” he said.

One of the biggest culprits for fall allergies is ragweed.

In the fall, ragweed releases pollen into the air and this continues until frost kills the plant closer to winter.

Most prevalent in the Eastern and Midwest states, ragweed causes an allergic reaction commonly called hay fever and results in symptoms that include itchy eyes, nose and throat, sneezing, stuffy or runny nose, tearing or dark circles under the eyes.

An allergy symptom is the result of the immune system overreacting.

Another trigger for allergies during the fall is due to people staying indoors more and they are therefore exposed to allergens like pet dander, dust and mold.

Several precautions to consider includes maintaining an allergen free environment at home, focus on your bedroom: keep your pets out, eliminate the rug because it collects dust and avoid feather pillows.

Make sure the fireplace is well-ventilated and be careful of any leakage and keep basement and bathroom dry to avoid mold growing in these damp areas of the house. Have your heating system cleaned to avoid dust mites when you first turn on the heat.

The third trigger is infections and the flu, which affect the body’s immune system and cause it to release antibodies and histamines to fight them off.

The flu vaccine is recommended to help reduce the risk of getting sick, but it’s even more important for people who suffer from asthma or other lung conditions.

Source: Zee News