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Cumulative Exposure: Meaning and Features
When exposed to a source of damage that could lead them to submit a claim, policyholders can frequently tell right away. For instance, a homeowner with home insurance would be aware of the need to submit a claim if they discovered that their house had been broken into.
Similar to this, a person with auto insurance would submit a claim right away after getting in an accident. Since the type and timing of the acts involved are apparent and occur just before the claim is filed, these instances are consequently generally simple to process from the insurance company's standpoint.
Meaning of Cumulative Exposure
The term "cumulative exposure" refers to situations in which a policyholder has been exposed to a risk or a cause of damage over a prolonged period of time. In these situations, it's possible that the policyholder won't realize they've been affected until well after the threat first materialized. The insurance company and the policyholder may disagree as to who is liable for the ensuing damages, which can result in complex legal disputes.
Given that the date and source of the exposure are frequently unclear, cumulative exposure can make it difficult to identify whether the insurance company is responsible for damages.
The term "cumulative exposure" is used in the insurance industry to refer to situations where damages have been sustained over time, such as from gradual exposure to toxins or other sources of illness.
For categorical data, counts and percentages, as well as the mean (standard deviation) or median (range) for continuous variables, were used to describe the demographic features of the study participants. Using univariate and multivariate logistic regression, the association between the ACEs score, as a continuous or categorical variable, and obesity was found.
Age, gender, race/ethnicity, insurance status, birthweight, and history of prematurity were among the variables examined for potential confounders. If a variable's p-value in a univariate model was less than 0.1, it was included in the multivariate model. A p-value of 0.05 or below was regarded as statistically significant for all statistical analyses carried out using SAS version 9.4.
Cumulative Exposure Example
The year 2018 served as a recent example of cumulative exposure. In that instance, the aggrieved party claimed that the decedent's dad was exposed to the asbestos-loaded clothing of her father, who worked as a circuit tester, with additional exposure occurring during multiple lengthy periods of replacing the brakes on the family cars.
Due to the fact that Honeywell International Inc. (HON), an American multinational corporation, produced the brakes in question, the offended party claimed that Honeywell was to blame for the cumulative asbestos exposure. Even though a jury first decided in favor of the injured party because they felt Honeywell was in some way at risk, their verdict was overturned on appeal.
Since the date and origin of the exposure are frequently ambiguous, cumulative exposure can make it challenging to evaluate whether the insurance company is responsible for losses. For instance, it might be challenging for a person with health insurance to identify the specific cause of their disease on their insurance claim if they were exposed to dangerous chemicals in their surroundings over a long period of time.
After all, the insurance provider could counter that the illness was caused by a different issue, such as the policyholder's lifestyle or heredity, or that the exposure to dangerous chemicals happened before or after the policy's term.
Frequently Asked Questions
Q1. What do you mean by Bioaccumulation?
Ans. The progressive buildup of substances in an organism, such as pesticides or other toxins, is known as bioaccumulation. When an organism absorbs a material more quickly than it is shed or removed by catabolism and excretion, this is known as bioaccumulation. Therefore, even if environmental levels of the toxin are not extremely high, the danger of chronic poisoning increases with the biological half-life of a toxic chemical.
Q2. What is Biomagnification?
Ans. The term "biological magnification" often refers to the process by which pollutants like pesticides or heavy metals enter lakes, rivers, and the ocean before moving up the food chain and accumulating in increasingly higher concentrations as they are consumed by aquatic organisms like zooplankton, which may then be eaten by fish, which may then be consumed by larger fish, large birds, animals, or humans.
Q3. Define the term Phytoremediation?
Ans. Living plants are used in phytoremediation technologies to purify contaminated soil, air, and water. It is described as "the use of green plants, associated microorganisms, appropriate soil amendments, and agronomic techniques to either contain, remove, or render toxic environmental contaminants harmless."
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