Sunday, July 7, 2013
any post partum mamas with an umbilical hernia?
A Run Just for The Divas

Our friends at Active.com cull the best races for you across the country, and every month, we'll be sharing our favorite one!
The Race: Divas Half Marathon & 5K Series
The Location: North Myrtle Beach, SC
The Date: April 28, 2013
Are you ready for a girls' weekend? From the east to the west coast, run like a DIVA with other strong and beautiful women. Dress up at the feather boa station, stop by the tiara stop, and receive a rose from a handsome man at the finish line. Make sure to toast your accomplishments with some bubbly at the post-race dance party. Want in? Sign up now!
--Fara Rosenzweig, Active.com
Image Credit: Diva Half Marathon & 5K Series
Saturday, July 6, 2013
9 Surprising Facts About Your Stomach

From those burning, churning feelings that erupt whenever we eat our favorite foods, to the bloating that keeps us from zipping up our jeans, to the gas that can make us the most unpopular person in the elevator, our stomach can be the cause of some major inconveniences, if not some outright health concerns.
Still, experts say most folks know painfully little about how their stomach and their digestive tract operates -- one reason that solving tummy troubles can seem much harder than it has to be.
"There are some very popular misconceptions concerning stomach health, most of which can really lead people astray on how to effectively deal with certain problems," says Mark Moyad, MD, director of preventive and alternative medicine at the University of Michigan Medical Center in Ann Arbor.
Gastroenterologist David Greenwald, MD, agrees. "Sometimes what seems like a complex, difficult or even frightening problem really is a simple one, with a simple solution, if you can separate the myths from the facts," says Greenwald, an associate professor at the Albert Einstein College of Medicine and Montefiore Medical Center in New York City.
To help set the record straight, Greenwald, Moyad, and NYU director of pediatric gastroenterology Joseph Levy, MD, helped WebMD prepare the following gut-busting challenge. Try to separate the myths from the facts to see how much you really know about how to keep your tummy healthy and happy.
Answer: Myth. The major part of the digestive process takes place in the small intestine. The stomach takes in the food, then churns it and breaks it into tiny particles called "chyme." The chyme are then released in small batches into the small intestine, where most digestion occurs, he says.
Contrary to popular belief, Levy says, foods do not digest in the order they are eaten. "Everything lands in the stomach where it's all churned together, and when it's ready it's released into the small intestines together," he says.
Answer: Myth. Once you are an adult, your stomach pretty much remains the same size -- unless you have surgery to intentionally make it smaller. Eating less won't shrink your stomach, says Moyad, but it can help to reset your "appetite thermostat" so you won't feel as hungry, and it may be easier to stick with your eating plan.
Answer: Myth. While it may seem hard to believe, the size of the stomach does not correlate with weight or weight control. People who are naturally thin can have the same size or even larger stomachs than people who battle their weight throughout a lifetime. "Weight has nothing to do with the size of the stomach. In fact, even people who have had stomach-reducing surgeries, making their tummy no larger than a walnut, can override the small size and still gain weight," says Levy.
Olivia Wilde and Jason Sudeikis in New York

Browse through Glamour's extensive daily celebrity photo gallery online today. Check out what your favourite celebrity has been up to!Continue reading...
Cartilage Gives Early Warning of Arthritis, Study Finds

By Robert Preidt
HealthDay ReporterTUESDAY, April 2 (HealthDay News) -- Exercise-related damage in cartilage can help identify people with the earliest stages of osteoarthritis, a new study reveals.
The findings could improve early detection of the painful joint disease and could also be used to improve methods of repairing damaged cartilage, said study senior author Alan Grodzinsky, of the Massachusetts Institute of Technology, and colleagues.
For the study, the researchers developed a method that identifies osteoarthritis-related changes that occur in cartilage in response to high-load activities such as running and jumping.
Cartilage is firm, rubbery tissue that cushions bones and keeps them from rubbing together. When osteoarthritis begins to develop, the ability of cartilage to resist physical-activity-related impact is reduced. This is now known to be due to the loss of molecules called glycosaminoglycans (GAGs).
Using their new system, the researchers found that GAG-depleted cartilage loses its ability to stiffen under the forces of high-load activities. GAG loss also caused an increase in the depletion of fluids from the cartilage, which likely reduces protection against the impact of high-load activities.
The findings show how GAG loss at the earliest disease stages reduces the ability of this tissue to withstand high-load activities, according to the study, which was published in the April 2 issue of the Biophysical Journal.
"This finding suggests that people with early degradation of cartilage, even before such changes would be felt as pain, should be careful of dynamic activities such as running or jumping," Grodzinsky said in a journal news release.
Osteoarthritis affects about one-third of older adults and is the most common type of joint disorder.
New Kind of Therapy Shows Early Promise in MS Patients

By Brenda Goodman
HealthDay Reporter
WEDNESDAY, June 5 (HealthDay News) -- A new therapy for multiple sclerosis that teaches the body to recognize and then ignore its own nerve tissue appears to be safe and well-tolerated in humans, a small new study shows.
If larger studies prove the technique can slow or stop the disease, the therapy would be a completely new way to treat autoimmune diseases such as multiple sclerosis (MS) and type 1 diabetes.
Most treatments for MS and other autoimmune diseases work by broadly suppressing immune function, leaving patients vulnerable to infections and cancers.
The new treatment targets only the proteins that come under attack when the immune system fails to recognize them as a normal part of the body. By creating tolerance to only a select few proteins, researchers hope they will be able to cure the disease but leave the rest of the body's defenses on guard.
"This is important work," said Dr. Lawrence Steinman, a professor of neurology at Stanford University who was not involved with the study.
"Very few investigators are trying therapies in humans aimed at simply turning off unwanted immune responses and leaving the rest of the immune system intact to fight infections -- to do surveillance against cancer," Steinman said. "The early results show encouragement."
For the study, published in the June 5 issue of the journal Science Translational Medicine, researchers in the United States and Germany recruited nine patients with MS. Seven had the relapsing-remitting form of the disease, while two others had secondary progressive MS (a more advanced phase). All were between the ages of 18 and 55, and were in good health except for their MS.
Blood tests conducted before the treatments showed that each patient had an immune reaction against at least one of seven myelin proteins.
Myelin is a white tissue made of fats and proteins that wraps nerve fibers, allowing them to conduct electrical signals through the body. In MS, the body attacks and gradually destroys these myelin sheaths. The damage disrupts nerve signals and leads to myriad symptoms, including numbness, tingling, weakness, loss of balance and disrupted muscle coordination.
Six patients in the study had low disease activity, while three others had a history of more active disease. Most were not experiencing symptoms at the time of their treatment.
On the day of the treatments, patients spent about two hours hooked up to a machine that filtered their blood, harvesting white cells while returning red cells and plasma to the body.
After the white cells were collected, they were washed and then combined with seven proteins that make up myelin tissue. A chemical was used to link the proteins to the white blood cells, which were dying.
The Outnet's New Must-Have Collaboration

The Outnet, also known as our minor designer shopping addiction, has unleashed it's latest edited collection today with IssaContinue reading...
