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Stachybotrys
is the scientific name for "black toxic mold." Black mold grows in
moist areas on cellulose-based materials, such as: ceiling tiles, dead
plant materials, water-damaged building material, wallboard/drywall,
and wood. This greenish-black mold produces a series of harmful toxins
and a variety of compounds that affect the immune system. It thrives in
areas with relative humidity above 55%. Even dead spores are allergenic
and can be toxic, so identification of even a few black toxic mold
structures and spores requires adequate treatment and preventive
consideration. |
Mold Removal’
board certified inspectors are experts in toxic mold investigation,
abatement and decontamination, serving New York, New Jersey, and
Connecticut. We also provide inspection and restoration services after
fire and water damage. We use state-of-the-art techniques and follow
the American Indoor Air Counsel methods for black mold testing and
inspection, along with the latest methods for mold abatement and
decontamination. We collect air and surface samples, analyze them, and
do a damage and contamination assessment. We provide a comprehensive
report and will recommend emergency action if contamination is
critical. Black toxic mold should not be allowed to spread unchecked
indoors because of the associated health risks, ranging from allergic
responses to more serious consequences, such as allergies, circulatory
problems, skin disorders, nervous system conditions, and interference
with protein synthesis at the DNA level. We are experts in:
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Testing for toxic mold in schools, hospital, homes, and businesses. |
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Black toxic mold assessment and abatement. |
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Black mold testing and inspection. |
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State-of-the-art analysis. |
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Toxic mold decontamination, remediation, and abatement. |
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Testing for Stachybotrys mold. |
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Sick building syndrome contamination remediation. |
Quick Facts On Stachybotrys
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Slow growing fungus producing abundant airborne
mycelia |
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Areas with relative humidity’s above 55 degrees
are ideal for toxin production (Croft et aI., 1986). |
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Growing concerns about adverse health effects caused
by this fungus mainly S. chartarum (atra) and its
toxigenic metabolities such as satratoxin |
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Recently pulmonary hemorrhage in infants has been
reported (Etzel et al 1998) where S. chartarum was
recovered in higher levels than in control samples |
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Conflicting studies concerning the toxicity of
certain strains, have documented circulatory, skin
and nervous system health risks. |
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Dead spores are still allergenic and toxigenic (Croft et al.,
1986). |
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Satratoxin H is a poisonous by product of spores
(interferes with protein synthesis at the DNA level,
(Carlson, 1998) |
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Identification of even a few "Stachybotrys",
( black toxic mold )structures and spores need adequate preventive
consideration |
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Presence of "Stachybotrys”, ( black toxic mold ), is hazardous in indoor
environments, and warrants immediate risk
assessment (AlHA in Macher, 1999). |
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Stachybotrys presence should not be tolerated
because of potential exposure and health risks,
ranging from sensitization, allergic responses, and
potential toxigenic affects. |
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