Mirror Athlete Blog Articles

May 24, 2010

“Recreational Water Parks, Spas and Pools Unhealthy?

Leisurely public pools, water parks and spa tub use are not without its health risk sanitization challenges for those that enjoy the use.  There are many potential risks that a public swim center may pose for the frequent and infrequent user.  And there are also specific challenges for the maintenance personnel that are responsible for an outdoor versus an indoor spa/pool/water park/swimming center.  Since our skin is the largest organ capable of absorbing environmental impurities; all should be aware that improper water sanitization practices can foster unhealthy microorganism growth and chemical absorption health risks.

 Most public pool facilities treat water with Chlorine to kill impurities that would otherwise be unhealthy for the user.  Chlorine is also easily absorbed through our skin as well as the air born emitted chloroform through our respiratory system.  This fact should cause great concern for those that spend a lot of time in the water “especially” in hot tubes.  The skins pores dilate acting more as a sponge when submersed in hot water.  Chloroform release and lung absorption is also compounded through the respiratory blood exchange.   Below I list all potential risks swimmers should be aware in order to reduce health risks when using public swim facilities.

 Public Water Use Transmits Impurities and Potential Health Risks

1)  Fecal contamination released, or washed off of bathers and/or outdoor pool wildlife fecal matter.  2)  There is also non fecal shedding off the body such as, saliva, mucous, vomit and skin.  3)  Infected users can contaminate hot/cold environment with potential pathogenic viral, or fungi organisms.  4) Opportunistic bacteria from users of the aquatic facilities can adapt and survive as amoebae in both hot/cold environments.  5) Indoor spas and pools ventilation systems can be contaminated and transmit pollutants and microorganisms.  6) Wet surfaces of use areas have high potential of unsanitary microorganisms.   (7) Outdoor facilities are challenged with wildlife droppings and other environmental microorganism sanitation issues.  (8) Diarrhea-causing a gastrointestinal illness that chlorine doesn’t always kill is Cryptosporidiosis parasites.  9)  Too much chlorine absorbed, or chloroform inhaled, or consumed can cause illness and disease.

 High Chlorine Use and Exposure Awareness Facts

 “Chlorine treated water’s air born Chloroform can cause allergic symptom from skin rash, irritation to eyes, sinuses, throat, skin and lungs to intestinal symptoms, arthritis and headaches.  Chlorine also weakens the immune system, dries the scalp and hair and creates worse dandruff.  Chlorine studies through animal research found too much chlorinated water consumption causes genetic mutations, initiates cancer and causes liver cancer in laboratory animals.  Canadian researchers found Chloroform risk to be 70-240 times higher in the air within indoor pools than outdoor pools.  After an hour of swimming in a chlorinated pool, chloroform concentrations in the swimmers blood ranged from 100-1,093ppb.”

 Minimize Microorganism & High Chlorine Exposure Risk

 Shower before use; avoid swallowing water, report fecal matter release.

  1. Pool disinfectants burn skin, irritate respiratory; report and avoid use.
  2. If you note much particulate matter, or cloudy water report and avoid use.
  3. Wear eye goggles when in pool and thongs when walking on spa surfaces.
  4. Inquire on maintenance practices: Chemical, filtration & ventilation.
  5. Consult with your physician if swimming benefits outweigh risks.
  6. If you have diarrhea don’t enter spa/pools until 2 weeks after it ends.
  7. If shut down for sanitation cleanup… Inquire on how the microorganisms were killed, e.g., extra chlorine, ultraviolet radiation, or ozone treatment.
  8. If the pool smells heavy of chlorination, don’t go in.

Note:  There are pools that don’t use chlorination: Ultraviolet-ozone and salt.

  Each impurity health concern has the potential to cause a variety of respiratory, dermal or central nervous system infection or diseases.  And in order to reduce risk requires one to become knowledgeable about personal health risk, water treatment/sanitation practices as well as facilities promoting patron hygiene sanitation before use.  The practice of proper chemical use includes, but not limited to, creating and maintaining a neutral ph to provide a non-toxic/microorganism environment while simultaneously maintaining proper water/air filtration and pump system upkeep.  Indoor pools that use chlorine need to ensure ventilation systems have proper filter change out air make up that promotes chloroform exchange out to atmosphere while adequately receiving fresh air makeup.  Without proactive maintenance practices and public swimming use ill-health awareness; you and your children are at greater risk of contracting an infectious illness, or disease.   Stay safe by applying this knowledge and have fun with family in the water this year.

 References

http://www.freedrinkingwater.com/water_health/health1/1-public-health-hazards-public-swimming-pools.htm

http://www.webmd.com/news/20070726/cdc-warns-of-swimming-pool-health-risk

http://www.orthomolecular.org/library/jom/2000/articles/2000-v15n02-p089.shtml

 Author:  Marc T. Woodard, MBA, BS Exercise Science, USA Medical Services Officer, CPT, RET2010 Copyright.  All rights reserved, Mirror Athlete Publishing @: www.mirrorathlete.com,  Sign up for your Free eNewsletter.

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December 23, 2009

Defeat Bad Breath

Possibly Brushing and Flossing Would Help My Breath

Possibly Brushing and Flossing Would Help My Breath

 Watch our Chow Dogs Play Fight – Very Entertaining  Unfortunately as we age our digestive and immune systems become less forgiving of what we put into our bodies.  If you couple this with poor hygiene, less exercise, poor consumer habits and mismanaged stress in our lives this is the perfect storm for chronic bad breath.  Although many mystery bad breath disorders originate from the intestines and stomach; bacteria in the mouth, back of throat, abscesses in teeth, gum disease are perfect places for bacteria to putrefy.   This purification also caused by certain foods decaying with bacteria between teeth, gums and tongue often has the smell of sulfur.  Much cause of bad breath has a lot to do with good oral hygiene and proper water hydration throughout the day.  Without water the digestive system will not work to your advantage in cleansing your bad breath.  Many digestion, constipation, diarrhea, stomach problems, headaches, sore joints, muscle pain, dry eye-mouth, etc. ,  is the result of dehydration.  When your stomach is empty and you are dehydrated, those that your close to will tend to keep their distance. 

  Natural Cures, Remedies & Advisement.  How to: Tips on Removing Bad Breath. 

To get the tips and the full story click on the link above.  Before you click on the link to get the most popular breath freshending remedies and tips, comment on what works for you, or other recommendations.  See how many remedies you get right, or that you can contribute to this blog summary befor reading the full story. 

 Digestion problems can occur in vegetarian as well as meat eaters causing bad breath for both.  Try combinations of bad breath problem fix tips above.  What works for one, may not work for others.  Research the Internet under key words I’ve provided at the link above.  Get further insight into combination(s) of successful fresh breath hygiene practices and overall health habits that impact and improve breath.

Author:  Marc T. Woodard, MBA, BS Exercise Science, USA Medical Services Officer, CPT, RET2009 Copyright.  All rights reserved, Mirror Athlete Publishing @: www.mirrorathlete.com,  Sign up for your Free eNewsletter.

August 21, 2009

MRSA Killer Bug?

MRSA (Methicillin Resistant Staphylococcus Aureus) is often referred to as a killer, or super bug that is resistant to many antibiotics.  This bacterial bug is most appropriately referred to as a super bug because of Oxacillin-Resistant Staphylococcus Aureus (ORSA).  This is a MRSA strain that is resistant to many types of antibiotics, to include penicillin’s and cephalosporins.  This bug is of great concern to those who need surgery, or nursing care services where the patient age 65 and older are four times more prone to contracting MRSA.  The term killer bug stems from the fact that in 2005, “More than 18,000 Deaths and 94,000 life-threatening cases occurred.   The bug frequently enters the body in a sterile health care facility or hospitals where patients are in a weakened immune state.  Most bacterial spread occurs due to unsterile dialysis, catheters, or surgical procedures (Medical cleanliness standards have greatly improved since 2005).  This does not mean a healthy individual cannot obtain this bug.  Patients can be exposed to a Community Associated (CA)-MRSA infection.  CA infections are common among homosexuals, athletes, prisoners and soldiers.

Since MRSA bacterium is often found in the noses and skin of healthy people, we are all susceptible during a weakened immune state to activate the MRSA bacteria.  In most cases, this activation is prominent after surgeries, can form around malignancies as boils and abscesses to include other pus-type lesions.  Most that contract MRSA are not considered infected; instead the organism is colonized on the skin, in the nose, or throat without infection.  However, if one also has fever like symptoms then they would be considered infectious.  One should not fear MRSA, or methincillin-sensitive S type (difficult to treat with anti-biotic) as a general threat to the public.  MRSA does not typically present a threat to health care providers, or family members that provide the care unless they are suffering from debilitating disease.  One should not be discouraged from social contact.
 
Recommendations, If Diagnosed with MRSA, or Require a Medical Procedure
1.        Inquire how often staff is required to wash hands (before & after MRSA patient handling, or procedures).  Frequent cleanliness practice prevents spread of MRSA.
2.      Patients room doors should remain closed, records clearly labeled where regularly damp dusting occurs, and nursed in wards not placed with non-infected patients.
3.      Treatment – Antibiotics through the nose and special bathing procedures to ensure there is no possibility of spreading the bug in a facility, or home care facility. 
4.      After patient discharge it is very important the medical facility disinfects the room and clothes bagged for special treatment so the next patient is not exposed to MRSA.
5.      Ensure your physician and care handlers refer to past MRSA susceptibility, separation and isolate immediately should you require future hospitalization, or medical care.

References,
Association of Medical Microbiologists, worldwide Internet………………http://www.amm.co.uk/files/factsabout/fa_mrsa.html
Centers for Disease Control and Prevention………………………………………http://www.cdc.gov/ncidod/dhqp/ar_mrsa.html
Wikipedia, http://en.wikipedia.org/wiki/MRSA
Web MD, http://www.webmd.com/news/20071016/more-us-deaths-from-mrsa-than-aids

Author:  Marc T. Woodard, MBA, BS Exercise Science, USA Medical Services Officer, CPT, RET.  2009 Copyright, All rights reserved.  Mirror Athlete Enterprises Publishing @: www.mirrorathlete.com, Sign up for your free eNewsletter.

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