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Why Understanding Mold Remediation Dangers Is So Important

Why Understanding Mold Remediation Dangers Is So Important

Understanding your mold removal options

Understanding whats happening with the Mold Removal

Are you a fan of taking old, run-down buildings and returning them to their former glory? If so, you are likely familiar with mold as this is something which can be found in many structures. However, many people who do perform work around the house may think that there are no mold remediation dangers and may try to clean up problems themselves. This can be a huge mistake and lead to a potentially dangerous situation.

Often, people who work at renovating their homes may not recognize the different types of mold that can occur in a structure. There are two main types. One is non-toxic. The other is the toxic black mold that has been in the news and has been mentioned frequently on home improvement shows.

Although both kinds of fungus can cause health problems the fact is that toxic black mold is a greater concern because it can be truly deadly and in a very quick way. There have been cases of people who have died or suffered permanent respiratory problems as a result of exposure to airborne spores or the actual fungus. What is worse, any kind of fungal growth can seek out and eat into the wooden beams and supports that hold your home up. Slowly, over time, these can begin to weaken which can be a huge safety risk.

There is one main cause of fungal growth in a home and that is moisture. If you have had portions of your home submerged for any length of time, you should not be surprised to see fungus growing after the water has subsided. In a home where there has not been flooding, there can often be an issue with dampness in areas such as bathrooms and around kitchen sinks. As well, leaking roofing or a bad foundation can also lead to the growth of mold. It is always a great idea to let a professional take a look at the kind of mold you have found in order to determine whether it is non-toxic or deadly.

mould remediation and removal

Mold Remediation

If it is determined that a patch of mold is something you can handle yourself (generally this means any non-toxic fungus growth of less than six inches) you will still need to wear a mask and gloves. You want to make sure that you are not breathing in any spores and that your skin does not come into contact with the fungus and become irritated.

However, there may be times where you find a major growth of fungus or a small patch of black mold. If this happens you need to call in the experts to clean up the situation as completely as possible. They will likely have commercial grade air scrubber products to catch spores, commercial masks, hazmat suits,specific mold retardants and scientific off the shelf mold cleaning products that will keep the fungus from returning and which will help keep the spread of mold to other areas of your home from occurring.

You want to make sure that you are doing more than just cleaning up the growth itself. You also need to make sure that you are able to correct any areas where moisture is getting in. Then, you can ensure that your health is protected as completely as possible.

Professional mold remediation services may seem expensive but when you consider how much it can cost in terms of health, it may be for the best to call them and let them handle your mold problem. Remember that any patch over six inches in size or which is made up of toxic black mold really needs to be taken care of by a professional who has the correct equipment and who knows what they are doing.


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Mold Resource Studies And Research

No non cure for Systemic Fungal Infection of the Lungs

No non cure for Systemic Fungal Infection of the Lungs

Below is an extensive library of research and studies by independent sources from both the medical and scientific communities as well as governmental agencies in and outside of the United States. ProMouldClean™ makes no claim or warranty regarding the reliability, accuracy or current relevance of any of the data.

For a printable version of this page CLICK HERE or
Click on any of these links to scroll down to the topic:

Stachybotrys Induced Hemorrhage in the Developing Lung

The Immunopathology of Hypersensitivity Reactions

Hypersensitivity Pneumonitis from Toxic Mold Exposure

Cognitive Impairment Associated with Exposure to Toxigenic Fungi

Building-Related Illness in Occupants of Mold-Contaminated Houses

Prevention and Treatment of Skin Lesion of T-2 Toxin

Diagnosing the Cause of a “Sick Building:”

Effects of Mycotoxins on Human Immune Functions in Vitro

Agonistic and Antagonistic effects of Zearalenone, an Etrogenic Mycotoxin, Human Cancer Cell lines

Trichothecenes

Toxigenic Fungi: Which are Important?

Toxigenic Fungi and Mycotoxins

Exposure Biomarkers in Chemoprevention Studies of Liver Cancer

Mechanisms of Aflatoxin B1 Lung Tumorigenesis

Relationship Between Lung Cancer and Aflatoxin B1

Neuronal Effects of Microbial Toxins

Health Effects, Pathology, Epidemiology

Ecology, Detection and Identification Problems of Moulds in Indoor Environments

Occupational Exposure to Molds, Diseases and Diagnosis

Indoor Moulds: a Public Health Problem in Belgium

Pilot Analysis of the Immune Response to Fungal Antigens in Subjects Working in Humidity Damaged Houses

Can Microbial Volatile Metabolites Cause Irritation at Indoor Air Concentrations?

Growth Conditions of Streptomyces Anulatus Regulate Induced Inflammatory Responses and Cyto Toxicity in Macrophages

Clinical Findings Related to Indoor Fungal Exposure – Review of Clinic Data of a Specialty Clinic

Pulmonary Hemorrhage Among Infants with Exposure to Toxigenic Molds

IAQ and Human Toxicosis: Empirical Evidence and Theory

Cognitive Impairment Associated with Exposure to Toxigenic Fungi

Symptoms Associated to Work in a Water Damaged School Building

Sensory Irritation of Microbially Produced Volatile Organic Compounds in Mice During Repeated Exposures

Immunological Biomonitoring in the Assessment of Exposure to Airborne Fungi from Waste Handling

Chronic Toxic Encephalopathies Apparently Related to Exposure to Toxigenic Fungi

Building-Related Illness in Occupants of Mold-Contaminated Houses

Diagnosing the Cause of a “Sick Building:” a Case Study of an Epidemiological and Microbiological Investigation

Fungal Exposure and IGg-levels of Occupants in Houses with and without Mold Problems

The Immunopathology of Hypersensitivity Reactions

Exposure to Stachybotrys Chartarum Induces Immunoglobulin a Antibody Response in Man

Sensitization to Molds and Respiratory Symptoms in School Children

Mycotoxin Cytotoxicity Screening of Field Samples

The Effect-Inhaled Spores of Mycotoxin Producin Fungi on Animals

Trichothecenes as a Potent Inducer of Apoptosis

Analysis for Stachybotrys Toxins

Assessing Bioaerosols in Elementary School Classrooms

Anatomy of a Fungal Problem

Prevalence of Fungi in Carpet Dust Samples

Detection and Decontamination of a Facility Contaminated with Fungi Including Stachybotrys chartarum

Airborne Concentrations of Trichoderma and Stachybotrys linked to Mycotoxicosis

Exposure Measures for Studies of Mold and Dampness and Respiratory Health

Fungal Growth in Buildings: The Aerobiological Perspective

Why are there Still Problems with Fungal Allergen Extracts?

Comparative studies of fungal media for the recovery of Stachybotrys Chartarum from Environmental Samples

Heteroduplex DNA Fingerprinting of Penicillium Brevicompactum from House Dust

The Trichodiene Synthase Gene from Stachybotrys Chartarum : A Potential Diagnostic Indicator of Indoor Contamination

Microscopic Fungi and Metabolites in Dwellings-a Bioassay Study

Moisture, Mold and Health in Apartment Homes

Toxigenic Microbes in Indoor Environment: Identification, Structure and Biological Effects of the Aerosolizing Toxins

Evaluation of Exposure to Environmental Bacteria

Cellular and Humoral Responses in an Animal Model Inhaling Penicillium Chrysogenum Spores

Sporulation of the Hyphomycete Stachybotrys chartarum Under Three Light Conditions

Mycotoxin Spectra as a Biochemical Parameter for Occupational and Environmental Fungus Exposure

Membrane Toxic Substances in Water-damaged Construction Materials and Fungal Pure Cultures

Different Methods to Characterize Moldy Buildings

Comparative Studies of Collection Efficiency of Airborne Fungal using Andersen Single-Stage Sampler and Air-O-Cell Cassettes

Trichothecene Mycotoxins in Some Water-Damaged Buildings

Immunochemical Detection of Mycotoxins Associated with Stachybotryotoxicosis

Mitigation of Visible Fungal Contamination in Buildings: Experience From 1993 – 1998

Microbes and Moisture Content of Materials from Damaged Building

Concentrations of Viable Spores of Fungi and Actinomycetes in Ventilation Channels

Air Quality Restoration in a Fungal Contaminated Building

Sampling, Results & Remediation in 300 “Sick Houses”

Identifying and Preventing Fungal Contamination Problems in New Home Construction

A Toxic Mold Cleanup Guide

Molds as an Environmental Factor in Infant Leukemia?

Mechanisms of Adverse Health Effects of Moldy House Microbes: in vitro and in vivo studies on toxic effects and inflammatory responses.

Exposure to Bioaerosols

Schools, Mould and Health – An Intervention Study

Development of Methods to Monitor the Success of Repair Measures

Neurotoxic Effects of Microbial Toxins

The Biological Activities of the Metabolites of Microbes Present in the Indoor Air

Environment, Decision-Making and Well-Being – Insecurity, Uncertainty and Crisis of Expertise

Radonsafe Foundation, Moisture Prevention and Air Exchange in a Healthy Building

Adsorption, Desorption, and Chemical Reactions in the Particulate Matter Collected on Air Filters and Ducts

Fungal Allergens and Antigens – Their Characterization and Biological Effects in Mice after Inhalation Exposure

Indoor Air Quality Control

Mold and Moisture Transfer in Building Structures and Buildings with Particular Regard to the Prevention of Health Hazards


Mold Detection: How to detect toxic mold in your home?

Mold is a type of tiny living organism from the fungi family. Mold spores thrive on moisture and they spreads rapidly with the presence of moisture. They can grow on any materials and surfaces, in particular on objects made of cellulose.

Recent studies show that most of the homes are having some sort of mold infections due to unknown indoor moisture problems. This leads to the rapid growth of mold in damp areas like bathroom, water-damaged basement, leaking pipes and roofs. Indoor mold growth poses great health threats and should be removed quickly to prevent it from spreading. Thus mold detection is very important, one should be very observant to the presence of mold and take appropriate actions to stop mold from mushrooming.

Do-it-yourself mold detection in home

1. Hunt for visible mold
Recognize the natural characteristics of mold will help in detection of visible mold. Molds appear in the form of cotton-like element. They usually develop in the color of gray, green, black or white.

2. Smell the mold
Another straightforward way of mold detection is by the smell. Molds produce strong earthy and musty odors. So, whenever there are moldy smells that put you off, start to investigate immediately. However, there are still molds, which are odor-free, and these molds usually grow behind the walls, in between panels and canals. So, if your home does not smell moldy, it may not mean that your home is mold free.

3. Basement search
If your basement experiences water damage such as flooding, you may want to do a thorough check in your basement, as it is very likely that your basement is filled with toxic molds. Look for any sign of water seepage or water stains on walls and ceilings. The strong odors of mustiness could be an indication of mold growth.

4. Beware of hidden mold
Unseen mold is deemed to be the most dangerous type as it can cultivate extensively without being detected by naked eyes. Be wary of frequent episodes of nasal congestion or stuffy nose and constant clearing of throat. These could suggest the presence of hidden mold growth. The unknown earthy odors would further confirm the existence of hidden molds.

5. DIY test kits for mold detection
Get yourself a do-it-yourself mold test kit to help detecting harmful molds in your home. These test kits can be obtained from most of the home improvement and hardware stalls. They are easy to use, by following the instructions you are able to get the results instantly.

6. Get help from certified mold inspector
When you are experiencing mold exposure like symptoms but fail to detect any indoor mold growth, you can get help from certified mold inspectors. Their expertise in mold detection can help to identify the exact spots of possible hidden mold growth.

Find more information about indoor mold detection and effective solutions for home mold removal. Tips for finding mold, cleaning and preventing home mold problem.