The generation before those organisms survived the chemical sprayed on them because they carried a certain gene. This gene is then passed onto their offspring. The more animals or insects reproduce, the more resistant they become to chemicals or pesticides.
Chemical tolerance is the ability of an organism to withstand exposure to a chemical substance without suffering harmful effects. It can be influenced by factors such as the organism's genetic makeup, metabolic pathways, and ability to detoxify the chemical.
bacteria have natural diversity. therefore, when a chemical kills bacteria, it typically does not kill all of them. such as hand sanitizer, which kills 99.99% of bacteria. out of the millions of tiny bacteria on your hand, a few survive. these reproduce, passing on the genes to resist the hand sanitizer. now your hands are covered in a pathogen which cannot be killed conventionally, and that probably want revenge for you killing their brothers. so they catch a ride on your food, enter your stomach, and give you a bad case of stomach flu...hope you enjoyed my little story as a real life example :)
... has a gene protecting itself.
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Chemical immunity refers to an organism's ability to resist or tolerate the effects of exposure to toxic chemicals or substances. This immunity may be innate or acquired through physiological mechanisms that protect the organism's cells and tissues from damage caused by these chemicals.
The chemical energy that an organism obtains from food is converted to ATP.
Neither. Tarnishing is a chemical change. The ability to tarnish is a chemical property.
It is a chemical property, as it involves a chemical change.
It is a chemical property.
The ability to learn new things and tolerate differences is called
The human beings have the ability to tolerate about 0.007 Amperes.
Pathogenicity is the ability of an organism to cause disease.
Steno-thermal organisms have a narrow temperature range in which they can survive and thrive, while eury-thermal organisms can withstand and adapt to a wide range of temperatures. Steno-thermal organisms are more sensitive to fluctuations in temperature compared to eury-thermal organisms.
Fundamental niche
It is the ability for a species to adjust to changes in the environment.
Underestimate
Metabolism
Organism of measurements
movement
chemical property.
The chemical energy that an organism obtains from food is converted to ATP.