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Mold Control
Caution to all MCS/ES persons:
Check all advice with your doctor. Some sources are not trained in addressing the specific needs of MCS/ES persons. Natural products can provoke serious reactions, depending on the individual case.
 
Lawrence Gust
Carolyn Gorman
Lawrence J. Gust
Mold
Three conditions must be met to have mold growth: a food source, fungal spores, and moisture. Food for a fungus is everywhere- plants, plant debris, wood, fabric, paint, paper- anything with carbon and hydrogen. Mold spores, the reproductive vehicle for fungi, are part of the dust that settles on everything. The key growth condition, then, is availability of moisture. My recommendation, then, is to control moisture.
 
Moisture
Some fungi can grow in an elevated local relative humidity of 70% and above. Other fungi requires more moisture to grow- 60 to 80% of saturation for the material of interest. For fungi that require high moisture, condensation provides this wetness.

Water vapor condenses on surfaces when the surface temperature falls to the dew point temperature. This is what happens when one finds dew on the grass in the morning or on single pane windows at night. The dew point is a function of the absolute air moisture content. The more moisture, the lower the dew point temperature. My recommendation is to control dew point by reducing air relative humidity or by increasing room temperature.

The source of water in the house can be intrusion from the outside in the form of leaks in the structure or from rising damp caused by capillary action through building material in contact with the ground (typically the concrete foundation and slab). Recommendation: This source must be stopped by making appropriate repairs to the structure (roof, walls, windows, plumbing) and water using appliances.

Time is of the Essence
Mold spores that are already available and waiting for water take about 24 to 48 hours to germinate, begin to grow and start to propagate. Once this happens production of spores, gases and possible mycotoxins rapidly escalates in a geometric progression. My recommendation: Water must be stopped and materials dried out within this time window to avoid mold substantial mold growth. If this is done the job is relatively non-hazardous for people of normal sensitivity.
 
Cleaning up Mold (not water)
Once the source of the moisture is fixed clean up can begin. Clean up begins by removal of wet porous materials and mold damaged structural members along with drying of the remaining parts of the structure. There are safety protocols to be followed to avoid creating health hazards for workers and occupants.

Application of chemicals is not recommended. Chemicals may kill mold, but they do not remove the spores or the mycotoxins produced by some molds under some conditions (conditions which are not clear).

After drying is complete, mold is removed from the remaining surfaces by a combination of wiping and mechanical removal while HEPA vacuuming the dust created. There are safety protocols to be followed to avoid creating health hazards for workers and occupants. Usually a third party affirms that the clean up has been done. Then reconstruction begins.

Mold Spores
Even if no water problem exists in the house resulting in mold growth, the accumulation of outside dust containing spores will result in indoor air dust that contains mold spores.

The levels and types of fungi indoors [for a home which is often open to the out of doors] is a function of the outdoor distribution of fungi. If the home has moisture problems and fungal growth, the indoor quantity and species of fungi will be different than the outside reflecting an increase in fungi associated with various types of water damaged building materials.

Because an individual's response to an allergen (mold spore) is very different from person to person, it is difficult to determine an acceptable concentration of that allergen for the population as a whole. The concentration of an allergen needed to elicit a serious response in a sensitive individual could be thousands of times lower than that needed to invoke so much as a sniffle in an equally healthy, but non-sensitized person.

Toxic Mold is a Meaningless Term
The term "toxic mold" is a meaningless term, used mostly by the press and by individuals who are not familiar with mycology or toxicology. It is thought that virtually all molds have the potential to cause all degrees of anaphylaxis (including anaphylactic shock) following exposure. The common mushroom can be as toxic as the deadly Amanita mushroom to the person who is allergic to it. Therefore, all molds have the potential to be toxic molds.
 
Getting Some Perspective
However, as recent as November 2002, a prestigious medical organization reported that indoor molds, compared to outdoor molds, were considered only a minor, (albeit important) factor in the development of allergic airway disease. Similarly, it has been reported elsewhere that indoor exposures to cats, dust mites and cockroaches probably causes more health problems than do indoor molds. So my recommendation is that all indoor environmental factors need to be assessed before deciding what the problem(s) might be and taking action to correct them.
 
Lawrence J. Gust
IAQA Certified Mold Remediator * Certified Building Biologist
Electrical Engineer
Since 1993
Indoor Environmental Health Factors Assessment and Mitigation Planning
Mold * Mildew * Chemical * Air Quality * Electromagnetic Fields
Building Design & Construction Planning
www.healbuildings.com

Carolyn Gorman, M.A.
MCS/EI Answer Line. For expertise on making safe environments for the chemically sensitive and the environmentally ill. Carolyn Gorman has many years of experience educating, advising and providing resources as Patient Information Specialist, with a renowned MCS/EI clinic.
Staffed by:
Carolyn Gorman, M.A.
972-964-8333
eianswerline@ sharecareprayer.org
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