Two of the main diseases that fall under the umbrella term of COPD (Chronic Obstructive Pulmonary Disease), are emphysema and chronic bronchitis.

Emphysema

Emphysema attacks the air sacs, or alveoli in your lungs. It destroys the walls between them making larger sacs but fewer of them which hinders the lung’s ability to exchange gasses. This means that they are unable to rid the body of carbon dioxide and supply tissues with oxygen, decreasing lung capacity and ultimately causing breathlessness and fatigue.  

Chronic Bronchitis

Bronchitis causes irritation and inflammation of the airway lining. As this lining becomes more inflexible, it becomes increasingly difficult to clear mucus from passageways constricting breathing. Feeling short of breath, wheezing, and coughing are regular symptoms of this condition.

Steam

When people with normal lung function have a cold or sinus infection, they often turn to steam to help loosen mucus and clear airways. If patients have a mild case of COPD this might also work but for those with more advanced COPD, steam can trigger an exacerbation. Many COPD patients have to move from humid climates and have to limit time in hot showers as the damp air gives them a choking sensation. Those who use portable oxygen concentrators should keep in mind that steam is detrimental to sieve beds. Concentrators should not go into a steamy bathroom. If you must remain connected to oxygen while bathing, use longer tubing so that the concentrator can be placed outside the room, near a ventilation fan or open window, if possible.

Traditional Methods for Clearing Mucus

COPD sufferers often take medication to help them remain as mucus free as possible. Many practice the huff cough technique to clear mucus or postural drainage. Salt therapy has been popular in eastern Europe for quite some time and is now garnering interest here in the US. There has not been a lot of scientific study on the procedure but there was a trial involving patients with Stage 2 and 3 COPD that came to the conclusion that dry salt therapy might be helpful and warranted further study. The patients tested reported clearer breathing and greater physical endurance.  Anecdotal evidence seems to suggest that it has helped many patients to clear airways and breathe easier.

History of Salt Therapy

Salt therapy, also known as halotherapy or speleotherapy has been in use in Eastern Europe for about 150 years. However there is even mention of it as far back as the 4^th century BC when Hippocrates suggested inhaling steam from salt water to alleviate respiratory symptoms.

Back in the mid 1800’s Polish physician Felix Boczkowski conducted a study of salt mine workers. He found that they had much lower incidences of respiratory illnesses which he attributed to the inhalation of salt dust.

During World War II the salt caves in Germany became bomb shelters for citizens. Regular bombings of those areas led to an excess of salt dust being distributed into the air. Those that regularly took refuge in the mines reported that their respiratory problems were greatly reduced as a result.

After the war, in the 1950’s European doctors began working toward simulating the environment of the salt caves in a therapeutic setting. Today there are many salt therapy rooms found in European hospitals especially across Eastern Europe and Scandinavia.

Where does the Salt Come From?

During the Miocene era, around 20 million years ago, Europe was under the sea. As climate changed and water receded, salt from the water remained in caves and underground deposits.

Benefits of Salt

Salt is believed to have a natural ability to cleanse the respiratory passageways and eliminate toxins.

• Its antibacterial properties are especially beneficial for those who suffer from bronchitis.
• Salt is also a natural anti-inflammatory which can open airways for easier breathing.
• Mucus is loosened and said to become less sticky so that it is more readily cleared, reducing infection risk.
• Salt is toxic to airborne pathogens such as pollen.
• Salt molecules are small allowing them to penetrate deep into the lungs for far reaching and long lasting effects.
• Patients have reported fewer exacerbation episodes, better endurance, and less need for rescue inhalers for a period up to 12 months after treatment.
• Salt can increase the respiratory tract’s resistance to infection.

There Aren’t Any Salt Caves in my Neighborhood

Salt therapy rooms are popping up all over but if one hasn’t made it to your area yet you can go for a walk by the sea. Sea air is said to have a very positive effect on respiratory patients as well. Living near or making frequent visits to the ocean has been highly recommended for those with cystic fibrosis.

I Don’t Live Near the Ocean Either

Alright well, if that’s not a good enough excuse for a vacation, you can also speak to your doctor or respiratory therapist about a salt pipe or dry salt inhaler. They resemble nebulizers or inhalers and are readily available online.

Is Himalayan Salt Different?

Table salt is largely sodium chloride. Sea Salt, though it is made from evaporated sea water, is also mostly sodium chloride. Recently there has been some discussion of Himalayan salt inhalers as well. This salt has been found for a long time in lamps. The light bulb or candle within the crystal heats the salt and is thought to help release negative ions into the atmosphere and cleanse the air or toxins. This salt has a pink tinge which it gets from the iron oxide in its makeup. Himalayan salt is said to contain over 84 minerals including calcium, magnesium, and potassium and it also contains slightly lower levels of sodium than other salts. Speak to your doctor about the benefits of these additional minerals before deciding which kind of inhaler to get.