Legally Reviewed and Fact Checked by: Philip J. Goodman , Of Counsel
When homeowners discover potential asbestos-containing materials like 1960s linoleum flooring or 9×9 asbestos tile, the natural instinct is to remove it immediately. However, understanding asbestos exposure risks is crucial—sometimes leaving undisturbed asbestos in place is actually the safer approach. This counterintuitive strategy can prevent dangerous fiber release and reduce your risk of developing asbestos-related diseases like mesothelioma, lung cancer, and asbestosis.
If you’ve been exposed to asbestos and developed health problems as a result, the experienced attorneys at Serling & Abramson, P.C. can help you determine your legal options. You may be eligible to file a lawsuit or pursue compensation from asbestos trust funds. Contact us today for a free case evaluation.
Asbestos, a naturally occurring mineral prized for its heat resistance and fireproofing properties, was extensively used in construction materials including insulation, floor tiles, and thousands of other asbestos-containing products. Unfortunately, when these materials are disturbed or deteriorate, microscopic asbestos fibers become airborne and can be easily inhaled.
Once inhaled, these durable fibers lodge deep within lung tissue, where the body cannot eliminate them through coughing or natural processes. Instead, they remain embedded in the lungs and chest cavity, causing chronic inflammation and scarring that can lead to serious health conditions over decades.
The three most serious illnesses caused by different types of asbestos exposure include:
Additional health conditions linked to asbestos exposure include pleural plaques (thickened areas on lung lining) and pleural effusions (fluid buildup around the lungs), which can significantly impact respiratory function.
Certain occupations historically faced elevated asbestos exposure risks, including:
Despite regulatory efforts to control workplace asbestos exposure, thousands of workers continue experiencing health consequences from past exposures. Many companies that manufactured asbestos products knew about the dangers but failed to protect their employees, leading to preventable illnesses and deaths.
While 1 time exposure to asbestos generally carries lower risk than repeated, long-term contact, it’s important to understand that no level of asbestos exposure is considered completely safe. The health effects depend on several factors:
Inhalation of asbestos fibers can cause chronic inflammation, progressive scarring, and various asbestos-related cancers including lung cancer, malignant mesothelioma, laryngeal cancer, and ovarian cancer. The long latency period—typically 20-50 years from exposure to symptom development—makes early detection challenging.
When asbestos fibers penetrate deep into the chest cavity, they cause persistent inflammation and lung tissue scarring. Over time, these embedded fibers contribute to the development of malignant mesothelioma and other serious respiratory conditions.
Common symptoms experienced by individuals with asbestos-related diseases include:
Healthcare providers typically begin diagnostic evaluation with chest X-rays to detect abnormalities, but more detailed imaging tests like CT scans, MRIs, and specialized lung function tests are usually required to confirm asbestos-related illnesses.
Medical research has established clear connections between asbestos exposure and multiple cancer types:
The extended latency period makes regular health screenings essential for anyone with documented asbestos exposure history, enabling earlier detection and potentially more effective treatment options.
Contrary to common assumptions, intact asbestos-containing materials like undisturbed 9×9 asbestos tile or original 1960s linoleum flooring may not pose immediate health risks. The primary danger comes from airborne asbestos fibers released when materials are disturbed, damaged, or improperly removed.
Current Environmental Protection Agency guidelines emphasize that undisturbed asbestos materials in good condition should often be left alone and monitored rather than removed, as improper removal can create far greater exposure risks than leaving materials undisturbed.