An Ancient Practice Offers Hope for Snoring Relief
A recent study suggests that an age-old method may alleviate the troubling symptoms of snoring. The technique of blowing into a conch shell, known as shankh blowing, appears to benefit individuals suffering from obstructive sleep apnea (OSA), a condition that obstructs airways and often leads to snoring.
In the UK alone, around eight million people are affected by OSA, which not only causes loud snoring and choking sounds but also disrupts sleep. This disruption can elevate the risk of serious health issues like high blood pressure, strokes, and heart disease.
A small experiment conducted by a specialized team in India involved 30 participants aged 19 to 65 diagnosed with OSA. These individuals were encouraged to blow into a conch shell for a minimum of 15 minutes, five days a week.
Those who committed to this practice for six months reported feeling 34% less sleepy during the day and enjoyed higher quality sleep compared to those who performed deep breathing exercises.
Described as a significant advancement in treatment options for OSA, Dr. Krishna K. Sharma from the Eternal Heart Care Centre and Research Institute in Jaipur emphasized the potential of this method as a “promising alternative.” Currently, many individuals with OSA use continuous positive airway pressure (CPAP) machines, which can be uncomfortable as they blow pressurized air into the nose and throat during sleep.
Interestingly, participants who practiced shankh blowing also showed higher oxygen levels in their blood at night, which is quite encouraging for those seeking remedies for snoring.
Moreover, the 30 study participants observed an average of four to five fewer apneas—instances where breathing ceases during sleep—per hour. Dr. Sharma characterized shankh blowing as a “distinctive” exercise that requires deep inhalation followed by a strong exhalation through tightly pursed lips.
He elaborated on the mechanism behind it, stating that this action produces strong vibrations and airflow resistance, likely strengthening the muscles of the upper airway, especially in the throat and soft palate, which are prone to collapsing during sleep for individuals with OSA. The unique spiraling structure of the conch shell may also have specific acoustic and mechanical effects that further engage these muscles.
This technique is straightforward, cost-effective, and could offer a non-pharmaceutical solution for snoring. Given the positive results from the initial study, researchers plan to conduct a larger trial across multiple hospitals. Dr. Sharma expressed hope that the next phase would help evaluate the effectiveness of shankh blowing over more extended periods and determine its impact on those with the most severe forms of OSA.
This innovative research emerges amid unsettling findings suggesting a possible link between OSA and lung cancer. A significant correlation was uncovered between the two conditions, raising concerns for many.
Researchers in the U.S. have been analyzing health records of over 2.4 million adults and, while they are cautious about pinpointing exact causes, they theorize that poor oxygenation during sleep, along with factors like smoking and obesity, could be contributing elements.
At a recent American Society of Clinical Oncology conference in Chicago, scientists urged the need for screening individuals with OSA for lung cancer and addressing the disorder promptly after diagnosis.
Dr. Jowan Al-Nusair, a co-author of the study, indicated that this research is among the first statistically significant studies linking OSA with lung cancer. He noted the importance of further exploration to determine the strength of this connection and emphasized that OSA might be a preventable risk factor for lung cancer.
Advocating for more vigilant monitoring of patients with OSA, he stressed the potential benefits of early intervention and screening to mitigate the risks associated with the disorder. Understanding the reasons behind the increased cancer risk related to OSA remains crucial.
