Ovarian tissue transplant – A new hope for female cancer survivors

Healthy ovarian cortical tissue is removed using laparoscopic surgery from the woman about to undergo cancer treatment.

Cancer treatments, like chemotherapy or radiation therapy, highly hinder both hormonal production and reproductive potential in women, as the treatments attack fast growing cells in the body.

However, with an Australian woman, rendered infertile by ovarian cancer treatment, expecting twins after successfully undergoing ovarian tissue transplantation, doctors are expecting that the new technique could revolutionize fertility treatment.

Though the procedure had been carried out previously, this is for the first time that the tissue has been successfully transplanted into the abdomen instead of the ovaries.

Ovarian tissue transplant: How it is done

Healthy ovarian cortical tissue is removed using laparoscopic surgery (keyhole surgery) from the woman about to undergo cancer treatment. The minimally invasive procedure lasts approximately 1 hour and requires general anesthesia.

The ovary`s cortex is cut into tiny 1 millimeter thick strips and then frozen to be used for future transplantation.

Once the patient goes into remission post cancer treatment and plans to have a baby several slices of the previously frozen ovarian tissue can then be thawed and implanted near the fallopian, either orthotopic (on the natural location) or heterotopic (on the abdominal wall).

The cortex tissue strips contain immature follicles, once implanted back into the body start producing hormones and eggs like a normal ovary following which a woman starts to ovulate and can try for pregnancy either naturally or through in vitro fertilization (IVF) technique.

Source: http://zeenews.india.com/news/health/health-news/ovarian-tissue-transplant-a-new-hope-for-female-cancer-survivors_23706.html


The low cost technology saves premature babies

GE Healthcare created the Lullaby baby-warmer, to help to save lives in a country

Premature babies have very little body fat and are unable to regulate body temperature. Every year more than 20 million babies are born prematurely or with low birth weight – and an estimated 450 of them die each hour.

Yet most of these deaths could be avoided by simply keeping them warm.

“A new-born baby wailing can generally be heard outside the room – even across the hallway. But not my baby Mine can only whimper,” says Jayalakshmi Devi.

She’s standing outside the neo-natal intensive care unit (ICU) staring at the glass box where her baby son is kept.

Born too soon, her baby boy weighs less than 1.2 pounds (0.54kgs). Doctors have given him around a 40% chance of survival.

Having lost two babies already, Jayalakshmi didn’t want to take a chance this time. After delivering her child in a rural healthcare centre three hours outside Bangalore, she brought the baby to the state run hospital in the city.

At Vanivilas hospital, the neo-natal ICU sees scores of premature babies. Most are born at home, in far off rural areas and are brought here in critical condition.

Row after row, the transparent boxes creates warmth to hold the tiny, bare-bodied babies with only an oversized diaper around them. Some of the babies are small enough to fit into your palm.

Life-saving warmth

A baby’s body temperature drops as soon as it is outside the controlled environment of the mother’s womb. So just after labor, it’s important to regulate the temperature.

The babies need incubators to help keep them alive – equipment which state-run hospitals like this one often cannot afford.

So, GE Healthcare created the Lullaby baby-warmer, to help to save lives in a country that has the highest rate of pre-term baby deaths in the world.

Low-cost innovation

It was developed in Bangalore and launched in 2009. The baby warmer costs $3,000 (£1,900) in India, 70% cheaper than traditional models.

The design includes pictorial warnings and color coding, so that even illiterate rural healthcare workers can operate the machine.

The Lullaby warmer also consumes less power than most incubators, which means cost savings for the healthcare centre.

“Where better to make a baby warmer than here – India produces a baby nearly every second,” says GE Healthcare’s Ravi Kaushik.

He believes India is an ideal innovation centre when it comes to products like this, because 70% of the population is rural and 30% is urban, and within this you all different stratas of society.

“So you can have very great world class hospitals that want and require world class medical equipment that America or Europe would require. But at the same time there is a population in rural space that would require same kind of medical attention,” says Mr Kaushik.

Where better to make a baby warmer than here -India produces a baby nearly every second”

Ravi Kaushik GE Healthcare

“So when you design a product, you have to cater to the entire plethora of needs. That allows you to almost hit the entire world because India is a small representation of that.”

Engineers at GE’s technology centre are stripping down lifesaving, high tech medical devices of all their frills to understand how to create products that are affordable.

This project is now widely quoted as an example of “reverse innovation”.

This is where large global companies design products in developing markets like India and then take the successful creation back to international markets to sell.

After success in the domestic market, GE now sells the warmer in more than 80 countries.

Bundled up

While this works for healthcare centers on a budget, it still needs continuous electricity to run.

But go further down the population pyramid, and the problems get more complex.

Women in villages give birth at home and have little access to basic healthcare or electricity.

For them, keeping babies warm means wrapping them in layers of fabric and hot water bottles, or putting them under bare light bulbs.

Many of them don’t survive.

But now a low cost baby bag is saving thousands of young lives. Called the Embrace, it emerged out of a class assignment at Stanford’s Institute of Design in 2007.

Four graduate students – Jane Chen, Linus Liang, Naganand Murty, and Rahul Panicker – were challenged to come up with a low-cost incubator design that could help save premature babies born into poverty.

The team created a sleeping bag with a removable heating element.

Using high school physics, they used phase-change material (PCM), a waxy substance that, as it cools from melted liquid to solid, maintains the desired temperature of 37 degrees Celsius (98.6 F) for up to six hours.

The end product looks like a quilted sleeping bag that is durable and portable. It requires only 30 minutes of electricity to warm up using a portable heater that comes with the product.

More importantly for mothers, it allows for increased contact with their child, unlike traditional incubators.

So it also encourages Kangaroo care, a technique practiced on newborn, especially pre-term infants, which promotes skin-to-skin contact to keep the baby warm and facilitate breastfeeding and bonding.

The infant warmer costs about $200 to make, is inexpensive to distribute, and is reusable.

Embrace is a non-profit venture. The product is not sold, but is donated to impoverished communities in need.

The invention is thought to have helped save the lives of more than 22,000 low birth-weight and premature infants.

Taking the program forward, the organization has developed a new version designed for at-home use by mothers. The model has been successfully prototyped and is currently undergoing clinical testing in India.

The organization has also set up educational program to address the root causes of hypothermia.

“We provide intensive, side-by-side training to mothers, caretakers, and healthcare workers,” says Alejandra Villalobos, director of development at Embrace.

“We develop long-term partnerships with local governments and non-profits in every community where we work.

“We believe that increased access to both technology and education is necessary to achieve our ultimate vision: that every woman and child has an equal chance for a healthy life.”

 


J-K Govt organizes vaccination camp for Hajj pilgrims

The Jammu and Kashmir Government has organized a vaccination camp here for pilgrims heading for the Hajj to ensure they are protected from different diseases.

Every year, Muslims undertake a pilgrimage to Mecca as part of their religious duty and hope for salvation.

To ensure complete safety and a healthy journey, the state government decided to bear the expenses to vaccinate Hajj pilgrims this year.

Hajj pilgrims have welcomed the government`s initiative.
“Omar Abdullah (Chief Minister) announced an offering of Rs. 5,700,000 for this program. This has broug

ht great relief to the pilgrims,” said Gul Ahmad Khan, a pilgrim at the vaccination camp on Monday.

Each pilgrim received three vaccine shots, one each for Meningitis, polio and seasonal influenza.

The expenses for the first two are provided by the Government of India, while expenses for the third are borne by the state government, said Fayaz Lone, the executive officer of the State Hajj Committee.

The vaccination program has been launched at the district level where the pilgrims are being given injection for the protection from different diseases.

Authorities said over 8000 pilgrims will leave from the Kashmir valley for Mecca on September 7 for the annual pilgrimage.


Listening to 30 mins of music can improve heart health

http://drkimfoster.files.wordpress.com/2011/08/music.jpgResearchers have discovered that listening to favorite music substantially improves endothelial function in Coronary Artery Disease.

The study evaluated the effects of listening to favorite music on endothelial function through changes of circulating blood markers of endothelial function: the stable end products of nitric oxide, asymmetric dimethylarginine, symmetric dimethylarginine and xanthine oxidase in 74 patients with stable CAD.

Professor Deljanin Ilic said that the combination of music and exercise training led to the most improvement in endothelial function. Improvements in endothelial function were associated with significant improvements in exercise capacity.

“Listening to joyful music for 30 minutes has been associated with improved endothelial function,” she said.

Source: Zee News

 


Early deaths from pollution in the US total 200,000 annually

Those who live in a particularly smoggy city in the US are able to see the pollution that surrounds them on a daily basis. But a recent study from the Massachusetts Institute of Technology (MIT) reveals that people who live in all types of environments are at risk of pollution-related death.

The study, published in the journal Atmospheric Environment, saw a team from MIT’s Laboratory for Aviation and the Environment track emissions from sources including industrial smokestacks, automobile tailpipes, marine and rail activities, and heating systems around the US.

In order to ascertain how many early deaths are a result of air pollution, the researchers used emissions data from the Environmental Protection Agency’s National Emissions Inventory, which is a catalog of emissions sources.

They used data from 2005, which was the most recent information available at the start of the study, and then divided it into six emissions sectors:

  • Electric power generation
  • Industry
  • Commercial and residential sources
  • Road transportation
  • Marine transportation
  • Rail transportation.

Results show that in total, air pollution causes about 200,000 early deaths each year, with the greatest number coming from the roads – exhaust from automobile tailpipes was linked to 53,000 deaths per year.

Steven Barrett, assistant professor of Aeronautics and Astronautics at MIT, says:

“It was surprising to me just how significant road transportation was, especially when you imagine [that] coal-fired power stations are burning relatively dirty fuel.”

Baltimore

One reason the researchers give for this finding is that vehicles are dense in likewise densely populated areas – which could increase the pollution exposure for large populations – whereas power plants are usually situated far from dense populations, and their emissions get deposited at a higher altitude.

Barrett says that a person whose death is pollution-related dies on average 10 years earlier than he or she otherwise would have.
Residents of Baltimore, MD, face the highest early emissions-related death rates.

When the MIT team analyzed the data on a state-by-state basis, they found that California’s residents have the worst exposure to air pollution, yielding about 21,000 premature deaths each year.

These deaths are mostly related to road transportation and emissions from both residential and commercial heating and cooking.

After mapping emissions in 5,695 cities across the US, the team found that Baltimore has the highest pollution-related mortality rate. In a given year, 130 out of every 100,000 residents will most likely die as a result of air pollution exposure.

Following closely behind automobile pollution, electricity generation emissions accounted for 52,000 early deaths each year.

The researchers note that the largest impact for deaths related to this type of pollution occurred in the east-central US and in the Midwest. They suggest a reason for this may be that Eastern power plants use coal with higher sulfur content than Western plants.

But the West Coast definitely did not escape health impacts. In Southern California alone, for example, marine-derived pollution from shipping and port activities accounted for 3,500 early deaths.

Barrett says:

“In the past 5 to 10 years, the evidence linking air-pollution exposure to risk of early death has really solidified and gained scientific and political traction.

There’s a realization that air pollution is a major problem in any city, and there’s a desire to do something about it.”

He notes that although the study is based on numbers from 2005, the results most likely represent today’s pollution health risks.

Source: Medical news today


Botox can help treat more than just wrinkles

Botox, which is best known as a cosmetic treatment for frown lines, can also effectively treat the after effects of Bell`s palsy and other serious facial nerve problems.

Bell`s palsy results from damage to the facial nerve that controls muscles on one side of the face.

Ear-nose-throat surgeon Dr. Matthew Kircher of Loyola University Medical Center is giving patients Botox injections to treat facial nerve disorders that sometimes occur after Bell`s palsy, including unwanted facial movements known as synkinesis.

Botox injections work by weakening or paralyzing certain muscles or by temporarily blocking the nerve input into the muscles.

Facial synkinesis is the involuntary movement of one set of muscles when the patient tries to move another set of muscles. For example, when the patient blinks, the mouth smiles or grimaces.

Botox can improve the symmetry of the face and reduce muscle contractures and spasms.

Botox also is effective for platysmal banding – verticle lines that develop in the neck as a result of muscle contractions.

Kircher said that he starts out conservatively, treating patients with dilute doses.

After seeing how well the patient does, Kircher adjusts the dose if necessary.

Botox is not a cure. The drug wears off after three or four months, so patients need repeat injections.

 


Go makeup free once a week to delay ageing

Rita Strazinska has urged women to go makeup free one day a week to protect the skin

Most women can’t imagine stepping out of the house without makeup, but avoiding it one day a week, can help in delaying the ageing process, suggests a skincare expert.

Rita Strazinska, founder of Bio2You Organic Seabuckthorn skincare, has urged women to go makeup free one day a week, for a minimum of 24 hours, to help protect the skin and allow it to rejuvenate without being weighed down by cosmetics, reports femalefirst.co.uk.

“By opting to give skin a breather once a week, accompanied by a good skincare routine, women may find their self-confidence levels actually increase as they notice the condition of their skin improving, whilst the world has chance to appreciate their natural beauty,” said Strazinska.

Following are the key reasons behind her tip:

A clearer complexion: No makeup can help in reduction of spots, blemishes and acne. Makeup can also irritate the skin, leading to redness and allergic reactions.

Go chemical free: Most cosmetics have harmful chemicals like parabens, so it is wise to give skin a rest from such ingredients at times.

More time: The average woman spends around 20 minutes every morning putting on makeup. Going makeup free means more time to sleep or eat breakfast!

 


Women over 60 need to exercise only once a week

Doing a little bit of exercise can go a long way,” Gordon Fisher, Ph.D., primary investigator of the study and assistant professor in the Department of Human Studies

A new study has suggests that women over age 60 may need to exercise only one day a week to significantly improve strength and endurance .

The study, by researchers at the University of Alabama at Birmingham (UAB), monitored 63 women performing combined aerobic exercise training (AET) and resistance exercise training (RET) for 16 weeks.

One group performed AET and RET one time per week, a second group two times per week and a third group three times per week.

The study found significant increases in muscular strength, cardiovascular fitness and functional tasks in each group, but there were no significant differences in outcomes among groups.

“One of the biggest barriers to exercise training for the older female population is adherence, and one of the key findings in this study is that doing a little bit of exercise can go a long way,” Gordon Fisher, Ph.D., primary investigator of the study and assistant professor in the Department of Human Studies in the School of Education, with a secondary appointment in Nutrition Sciences in the School of Health Professions, said.

“Telling people that they need to do at least three to five days of exercise to improve their overall health can be a major obstacle.

“Lack of time is the most often-cited barrier to exercise adherence. This study demonstrates that doing as little as one AET and one RET workout each week can provide a lot of benefit for older women`s overall quality of life and health,” he said.

The study is published in The Journal of Strength and Conditioning Research.

 


Botox can help treat more than just wrinkles

Dr. Matthew Kircher of Loyola University Medical Center is giving patients Botox injections to treat facial nerve disorders that sometimes occur after Bell`s palsy

Botox, which is best known as a cosmetic treatment for frown lines, can also effectively treat the after effects of Bell`s palsy and other serious facial nerve problems.

Bell`s palsy results from damage to the facial nerve that controls muscles on one side of the face.

Ear-nose-throat surgeon Dr. Matthew Kircher of Loyola University Medical Center is giving patients Botox injections to treat facial nerve disorders that sometimes occur after Bell`s palsy, including unwanted facial movements known as synkinesis.

Botox injections work by weakening or paralyzing certain muscles or by temporarily blocking the nerve input into the muscles.

Facial synkinesis is the involuntary movement of one set of muscles when the patient tries to move another set of muscles. For example, when the patient blinks, the mouth smiles or grimaces.

Botox can improve the symmetry of the face and reduce muscle contractures and spasms.

Botox also is effective for platysmal banding – verticle lines that develop in the neck as a result of muscle contractions.

Kircher said that he starts out conservatively, treating patients with dilute doses.

After seeing how well the patient does, Kircher adjusts the dose if necessary.

Botox is not a cure. The drug wears off after three or four months, so patients need repeat injections.

 


Soon, pill to prevent stroke, heart attack

A pill to prevent stroke, University of North Carolina discover for a new class of antithrombotic therapies

Researchers have uncovered a key platelet protein that may offer a new angle for developing drugs to prevent stroke and heart attack.

Lead study author Stephen Holly , PhD, assistant professor of biochemistry and biophysics at the University of North Carolina School of Medicine, said that I think we’re at the start of an exciting journey of drug discovery for a new class of antithrombotic therapies.
In the human circulatory system, platelets are something of a double-edged sword. Without their clotting abilities, even a minor injury could result in potentially fatal bleeding.

But during a heart attack or stroke, platelets form a clot that can potentially block blood flow through our veins and arteries, a dangerous condition called thrombosis, which can deprive tissues of oxygen and lead to death.

Holly and his colleagues uncovered several potential drug targets using a screening technique that has never before been applied to the cardiovascular system.

The technique, called activity-based protein profiling, has been used in cancer research and allows researchers to track the actual activities of proteins operating within a cell.

The team first pre-screened human platelets to narrow the field of drug-like compounds then generated an activity-based protein profile using one of these compounds to single out proteins that play a role in platelet activation.

This new knowledge of platelets’ natural “on-off” switches could be exploited to develop drugs that keep platelets from forming pathological blood clots. As a next step, the researchers hope to investigate the proteins’ roles in animal models before potentially pursuing clinical trials in humans.

The study has been published online in the journal Chemistry and Biology.