Exercises to get rid of double chin

July 27, 2013

Exercises_to_get_ridHere are some exercises you can do to banish the extra flab under your chin

Double chin is common among overweight men and women. And if you are sporting one too, you certainly know how unflattering it is. And alternate names like turkey neck, chin twin, second chin, etc. just proves the point. However, getting rid of a double chin is not that easy and one has to religiously do exercises for the neck and chin to make the extra flab disappear.

Sadly, women are more prone to it

It's not like women have a shortage of body issues that they needed one more added to their list. Since women have a tendency to accumulate fat deposits in the body, they are more prone to having a double chin, says fitness expert Leena Mogre.

Reduce overall body fat

When a person is fat, there is accumulation of fat everywhere on the body and hence, as a result occurs a double chin. "Spot reduction is a myth. You can't get rid of double chin with certain neck and chin exercises alone. One has to reduce fat percentage overall. Double chin exercises will work only when coupled with diet and weight training," explains Mogre. Sometimes, people can get a double chin due to hereditary reasons and in such cases they could opt for a cosmetic procedures to get rid of it, she adds.

What you can do...

Fitness expert Samir Purohit, too, says that there no specific exercises in Pilates for a double chin and reducing overall body fat will help instead. He shares two exercises:

Platysma exercise

In this exercise, you open the mouth as wide as possible, then stretch the lower lip and jaw over your top row of teeth. This will tighten the area around the chin and help you lose a double chin. Repeat five to 10 times.

Chin lift

Another exercise is the Chin Lift, as it stretches and tones the various muscles of the face eg. the jaw and neck. Sit erect and tilt your head back until you are looking toward the ceiling. Lips should be pursed tightly, as if you wanted to kiss the ceiling. Just use your lips, do not engage facial muscles. Hold your lips for a five seconds and then release. Repeat five to 10 times.

Other exercises:

Neck roll

Sit straight and inhale while turning the head to one side such that the chin touches the shoulder. Now exhale and slowly lower the head such that the chin is resting on the chest. Inhale again and gently lift your head to the other side where the chin touches the other shoulder. Repeat 5 to 10 times.

Chin slap

Using the back of your hand, slap gently underneath your chin. Whilst gently slapping, gradually build up speed. Do this for a couple of minutes, 2-3 times a day.

Comments

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Agencies
July 30,2020

New York, Jul 30: Can the coronavirus spread through the air? Yes, it's possible.

The World Health Organisation recently acknowledged the possibility that Covid-19 might be spread in the air under certain conditions.

Recent Covid-19 outbreaks in crowded indoor settings — restaurants, nightclubs and choir practices — suggest the virus can hang around in the air long enough to potentially infect others if social distancing measures are not strictly enforced.

Experts say the lack of ventilation in these situations is thought to have contributed to spread, and might have allowed the virus to linger in the air longer than normal.

In a report published in May, researchers found that talking produced respiratory droplets that could remain in the air in a closed environment for about eight to 14 minutes.

The WHO says those most at risk from airborne spread are doctors and nurses who perform specialized procedures such as inserting a breathing tube or putting patients on a ventilator.

Medical authorities recommend the use of protective masks and other equipment when doing such procedures.

Scientists maintain it's far less risky to be outside than indoors because virus droplets disperse in the fresh air, reducing the chances of Covid-19 transmission.

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Agencies
June 4,2020

The World Health Organisation on Wednesday said that anti-malarial drug hydroxychloroquine (HCQ) will return to the solidarity trial for the potential treatment of coronavirus disease.

At a press conference in the WHO headquarters in Geneva, Director General Tedros Adhanom Ghebreyesus said: "On the basis of the available mortality data, the members of the committee recommended that there are no reasons to modify the trial protocol. The Executive Group received this recommendation and endorsed continuation of all arms of the solidarity trial, including hydroxychloroquine."

The world health body had temporarily suspended the usage of HCQ from the solidarity trial for coronavirus treatment on May 25 soon after a study published in one of the most reliable medical journals, which had suggested that the drug could cause more fatalities among COVID-19 patients.

However, the WHO chief said that the decision was taken as a precaution while the safety data was reviewed.

Ghebreyesus also said that the Data Safety and Monitoring Committee will continue to closely monitor the safety of all therapeutics being tested in the solidarity trial.

"So far, more than 3,500 patients have been recruited in 35 countries. WHO is committed to accelerating the development of effective therapeutics, vaccines and diagnostics as part of our commitment to serving the world with science, solutions and solidarity," he said.

Soon after HCQ was suspended from the trial, the Indian government had said that the antimalarial drug has been known for its benefits for a long time and its usage will be continued on the frontline workers, including police and healthcare professionals, as prophylaxis. The government had also said that studies were being conducted and the drug would be included in the clinical trial also for the treatment of coronavirus disease.

US President Donald Trump also had strongly advocated the use of HCQ and called it a "game-changer". He went to the extent of saying that he had taken the medicine.

Launched by WHO and partners, solidarity trial is an international clinical trial to find an effective treatment for COVID-19, including drugs to slow the progression of the disease or improve survival. The trial, which enrols patients from different countries, "will compare four treatment options against standard of care to assess their relative effectiveness against COVID-19", said WHO. 

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News Network
February 21,2020

Washington, Feb 21: The fat around arteries may play an important role in keeping the blood vessels healthy, according to a study in rats that may affect how researchers test for treatments related to plaque buildup, as seen in conditions leading to heart attack.

The study, published in the journal Scientific Reports, noted that the fat, known as perivascular adipose tissue, or PVAT, helps arteries let go of muscular tension while under constant strain.

According to the researchers, including Stephanie W. Watts from the Michigan State University in the US, this feature is similar to how the bladder expands to accommodate more liquid, while at the same time keeping it from spilling out.

"In our study, PVAT reduced the tension that blood vessels experience when stretched," Watts said.

"And that's a good thing, because the vessel then expends less energy. It's not under as much stress," she added.

According to Watts and her team, PVAT has largely been ignored by researchers believing its main job was to store lipids and do little more.

Until now, she said, scientists only divided blood vessels into three parts, the innermost layer called the tunica intima, the middle layer called the tunica media, and the outermost layer called the tunica adventitia.

Watts believes PVAT is the fourth layer, which others have called tunica adiposa.

Tunica, she said, meant a membranous sheath enveloping or lining an organ, and adiposa is a synonym for fat.

"For years, we ignored this layer -- in the lab it was thrown out. In the clinic it wasn't imaged. But now we're discovering it may be integral to our blood vessels," Watts said.

"Our finding redefines what the functional blood vessels are, and is part of what can be dysfunctional in diseases that afflict us, including hypertension. We need to pay attention to this layer of a blood vessel because it does far more than we originally thought," she added.

Earlier studies, Watts said, had shown that PVAT plays a role in the functioning of blood vessels, finding that it secretes substances that can cause blood vessels to relax as well as substances that can cause it to contract.

In the current study, the researchers decided to test whether PVAT provides a structural benefit to arteries by assisting the function of stress relaxation.

They tested the thoracic aorta in rats, and found those with intact PVAT had more stress relaxation than those without.

The study revealed that the pieces of artery with surrounding fat had measurably relaxed more than those without.

Watts and her colleagues then tested other arteries, and were able to duplicate the same response.

"It's not something you see only in this particular vessel or this particular species or this particular strain. But that maybe it's a general phenomenon," she said.

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