Your lungs flank your heart like two guardians, delivering
life-giving oxygen to your cells and expelling carbon dioxide,
the waste product of energy production.
The journey of inhaled air starts in the nose or mouth.
From there, it flows into the windpipe and then enters the
tubes of the bronchi — the muscular, branching structures in
the lungs. Those branches narrow into hollow twigs called
Each bronchiole ends in an alveoli, a two-way, microscopic
air sac that absorbs oxygen and sends it into the bloodstream,
and picks up carbon dioxide for disposal.
Ahh . . . a breath of fresh air! Or maybe it’s aaah-choo.
Because our respiratory system doesn’t always work like
it’s supposed to. We can get upper respiratory infections,
like colds, flu or pneumonia. The bronchi can become inflamed,
clogged with mucus and go into spasm, triggering
Asthma afflicts an estimated 27 million American adults
and children, resulting in 500,000 yearly hospitalizations and
4,000 deaths from severe asthma attacks. And the problem
is getting steadily worse. Over the last 25 years, the number
of people with asthma has quadrupled and the numbers of
deaths from asthma has doubled.
Another respiratory problem is chronic obstructive lung
disease (COPD), which is usually caused by smoking. It has
two main forms:
- Emphysema, in which the walls of the alveoli are injured and you’re constantly short of breath.
- Chronic bronchitis, in which you’re mucus-ridden, cough constantly, and breathe with difficulty.
And there are many other acute and chronic problems that can
bedevil the lungs, like acute bronchitis (a bacterial infection of
the bronchi, usually occurring after a cold), or worse yet lung
Fortunately, there are easy, natural ways to optimize lung
function and help you breathe easier. Ways to thwart chronic
respiratory infections, decrease inflammation, keep excess
mucus in check, and relax the airways.
In this article, I discuss a dozen, simple, lung-loving strategies,
each of which is like a breath of fresh air.
Optimizing Lung Function
It’s important to know which area of lung function is associated
with which specific lung health condition, and then take
measures to optimize the functionality of that specific area.
For those with asthma:
Asthma represents a mix of spasm of the muscular airways
combined with inflammation and increased mucus production.
Allergies can aggravate both of these. Because of this,
when optimizing lung health, it is especially important to focus
on areas that calm muscles that are in spasm while balancing
immune function. Things that help these include (the first two
are most important):
1. Take boswellia (1,000 mg daily). This herb helps balance
the immune system. BosCur one cap 1–2 times a day can
be especially helpful, as it has only the helpful components
of the boswellia and has a form of curcumin which is highly
absorbed. Both of these are very powerful immune balancers.
2. Optimize vitamins and minerals. Many nutrients can optimize
the health of your airways. They include vitamins B6
and B12, vitamin C, vitamin D, vitamin E and beta-carotene,
along with the minerals magnesium, selenium and molybdenum
— all of which you can find in the Energy Revitalization
System vitamin powder. Instead of writing 3,000 words
on why each of these can help and having you take 6–8
tablets a day, let’s keep it simple. Take the one drink a day
of the vitamin powder for overall health.
3. Support Adrenal Function. Just as prednisone (a synthetic
cortisol steroid) helps asthma (with a slew of side effects),
supporting your own natural adrenal cortisol production
can help your breathing — but safely! A mix of licorice, vitamin
B5, vitamin C, and adrenal glandulars will help support
adrenal function and can be found in combination in
Adrenal Stress End.
4. Oil your alveoli. The omega-3 fatty acids in fish can cool
down an overactive immune system and help the airways
in your lungs stay relaxed. Tuna, salmon, sardines and
other fatty fish are good sources of omega-3s. For a lungoptimizing
fish oil supplement, I recommend Vectomega,
which has a bioidentical structure identical to that found
in salmon (it surprised me to realize that most fish oils are
not bioidentical), dramatically increasing absorption. 1–2
tablets a day are all you need, instead of 8–16 of most fish
5. Take lycopene (30 –45 mg daily). This powerful antioxidant
from tomatoes is most important for those with exerciseinduced
asthma. In one placebo-controlled study, it was
significantly protective after one week’s use in 55 percent of
people with exercise-induced asthma. Why not just eat tomatoes?
You’d have to eat a pound a day to get an optimal dose!
Vitamin C 500 mg a day also helps exercise-induced asthma.
6. Settle your allergies. Have asthma triggered by allergies?
These tips can help:
- Consider NAET. A special acupressure technique called NAET can make your lungs less sensitive to possible negative influences, like foods that injure your immune system. To find a practitioner, visit the NAET website. NAET knocked out my lifelong hay fever in one 20-minute treatment!
- Add an electrostatic air cleaner to your furnace. As I wrote in my book Real Cause, Real Cure (Rodale, 2012), this device pulls allergens out of the air, a big help if your lungs aren’t functioning optimally. Doing this in our home knocked out my daughter’s asthma almost overnight. Your heating and cooling service company can guide you in picking and installing a unit, which costs about $800. Smart tip: Be sure the air cleaner filters can fit in your dishwasher, and wash them the first of each month. If you can’t install an in-furnace air filter, an alternative is a HEPA air filter in your bedroom. It’s not as thorough, but it’s extremely helpful.
- Take measures in your home to decrease allergen load. This can include treating for dust mites (any allergist can guide you on this) while also considering special plastic wraps that go around the mattresses to collect the dust.
For people with emphysema and chronic bronchitis:
Emphysema represents severe lung damage, most often from
smoking, toxic chemical/substance exposures, or chronic
bronchitis. It can cause significant shortness of breath, wheezing,
and limitations in activity. In the past, emphysema was
felt to represent almost entirely irreversible lung damage and
chronic bronchitis was the step before emphysema. Fortunately,
there does appear to be a significant reversible component
to both these conditions, and at these levels of lung damage
even small increases in lung function can translate into large
increases in your being able to function. This means aggressively
going after the inflammation and airways spasm as discussed
above for asthma (especially optimizing lung function
using treatments one to three above).
Interestingly, optimizing the levels of a key antioxidant called glutathione has been especially helpful.