PROOF POSITIVE, ..... The C  O - Experts Low Level C  O "Health" MONITOR  IS  A  MEDICAL MIRACLE  PRODUCT  !  !  !
 
According to Scientist at UCLA, and Research Scientists at other Leading Medical Institutions throughout the World who have recently released Reports on their Medical Studies regarding the many devastating effects of Chronic Low Level C  O Poisoning.
 
THIS PRODUCT CAN PREVENT or REDUCE many of the HARMFUL effects of the following:
 
1. Underweight Babies, with smaller Head Sizes; as well as some other Serious Birth Defects in the newborn. The FETUS is severely and irreversibly effected by Very Low Levels of COHb during the 3rd trimester.
 
2. WILL REDUCE or PREVENT Permanent DAMAGE to the HEARING of the very young.
 
3. WILL REDUCE "A Known Risk Factor, OXIDATIVE  STRESS"
CARBON MONOXIDE POISONING IS A KNOWN RISK FACTOR IN MANY DISORDERS, including:
a. Alzheimer's
b. Parkinson's
c. Multi Sclerosis
d. Lou Gherig's Disease
e. Cardiovascular Disease
f. Asthma
g. Various other Respiratory Problems
 
4. Will  REDUCE  the  33%  that  SUFFER HEART TROUBLE  AFTER C  O POISONING.
 
5. Will  REDUCE  the NUMBER of  STROKES  Suffered due to BAD AIR QUALITY.
 
*NOTE REPORTS of RECENTLY RELEASED MEDICAL STUDIES:
 
1. Expired air carbon monoxide concentration in mothers and their spouses above 5 ppm is associated with decreased fetal growth. 
Gomez C, Berlin I, Marquis P, Delcroix M.
View Abstract:  http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?db=pubmed&cmd=Retrieve&dopt=AbstractPlus&list_uids=15980786&itool=iconabstr&query_hl=1&itool=pubmed_docsum
 
2. Contact: Elaine Schmidt
eschmidt@mednet.ucla.edu
310-794-2272
University of California - Los Angeles
How chronic exposure to tiny levels of carbon monoxide damages hearing in young ears

UCLA scientists first to identify mechanism

FINDINGS: UCLA scientists have discovered how chronic exposure to low levels of carbon monoxide [C O] damages the inner ear, resulting in permanent hearing loss. At the Ca/OSHA's exposure limit of 0.0025 percent -- or 25 parts per million CO in the air -- the gas creates oxidative stress, a condition that damages the cochlear cells, leading to impairment of the auditory nerves.

CONTEXT: Tobacco smoke, gas heaters, stoves and ovens all emit C O, which can rise to high concentrations in poorly ventilated homes. Infants and children are particularly vulnerable to C O exposure because they spend a great deal of time in the home. NO policies exist to mandate regulation of C  O in the home.

IMPACT: This is the first time that inhaled C O has been linked to oxidative stress, a KNOWN RISK FACTOR IN MANY DISORDERS, including Alzheimer's, Parkinson's, Multi Sclerosis, Lou Gherig's Disease and Cardiovascular Disease, Anemia, Asthma, and other Respiratory Problems.  

Tobacco smoke, which contains C O, also aggravates many of these diseases. The UCLA findings highlight the need for policy makers to reexamine the regulation of C  O due to car exhaust, tobacco smoke, smog, and heating and cooking appliances; as well as any and all sources of carbon monoxide.

3. Carbon pollution blamed for hea
rt damage
Dec 03 (Reuters) - Air pollution clearly causes immediate damage to the heart, including heart attacks, but its short-term effects on asthma and other respiratory symptoms are harder to document, U.S. researchers said on Wednesday.
To View Abstract:  http://heart.healthcentersonline.com
4. Strokes go up as air quality drops 
People are more likely to be hospitalized for strokes on days when air pollution is bad, new research shows.[Consider that indoor air "can" be 5 times as bad as outdoor air]
To View Abstract:  http://heart.healthcentersonline.com/newsstories/strokesgoupasairqualitydrops.cfm
 
5. Carbon Monoxide often damages heart
Among people who suffer moderate to severe carbon monoxide poisoning, more than one third will develop cardiovascular symptoms, new research indicates.
http://heart.healthcentersonline.com/newsstories/carbonmonoxideoftendamages.cfm
  
  
6. The following quote is the first paragraph of a Great New  C O Study, done at the Indiana University School of Medicine.  
"The following patients may be encountered during an emergency department [ED] shift:  a 7 year old with a first-time seizure, an eighty year old with syncope, a family with flulike illness, a pregnant patient with vomiting and dizziness, a 45 old with chest pain, a comatose patient from a house fire, and a factory worker with a headache. Although these complaints may sound diverse, [C  O] exposure may account for all of these clinical scenarios. C  O exposure often goes unrecognized and can lead to significant morbidity and mortality. Rapid recognition and appropriate therapy can improve outcomes significantly."
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