No, an organism's response to a chemical can vary significantly depending on the dose it is exposed to. Low doses may elicit a different physiological or behavioral response compared to high doses, potentially leading to effects like hormesis, where a low dose has a beneficial effect, while a high dose may be toxic. Additionally, individual factors such as genetics, age, and health status can influence how an organism reacts to a chemical at any given dose.
No, an organism will not always have the same response to a chemical regardless of the dose. The response can vary significantly depending on the concentration of the chemical, as lower doses may elicit a different biological effect compared to higher doses. This phenomenon is often described by dose-response relationships, where the effects can range from no observable effect at low doses to toxic or harmful effects at high doses. Additionally, individual factors such as genetics, age, and health can influence an organism's response to a chemical.
The organism would swell and then burst.
The upper side of an organism is its dorsal side. This side typically faces away from the ground or substrate and is often more exposed to light and the environment.
Yes, if a unicellular organism is exposed to pollutants, it can disrupt mitochondrial function, leading to decreased energy production and eventual cell death. This disruption can impact the entire organism since unicellular organisms do not have specialized systems like organ systems to compensate for the loss of function in mitochondria.
A susceptible organism is an organism that is vulnerable to infection or harm from certain pathogens or toxins. These organisms lack immunity or resistance to specific threats, making them more likely to become ill when exposed. Enhancing immunity through vaccinations, proper hygiene, and healthy living can help reduce susceptibility to diseases.
Oxidative
If the organism grows in the OF-glucose medium exposed to air, it is likely undergoing oxidative metabolism. This is because air contains oxygen, which the organism can use through oxidative phosphorylation to generate energy. If the organism were fermentative, it would generate energy through fermentation pathways even in the presence of oxygen.
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No, an organism will not always have the same response to a chemical regardless of the dose. The response can vary significantly depending on the concentration of the chemical, as lower doses may elicit a different biological effect compared to higher doses. This phenomenon is often described by dose-response relationships, where the effects can range from no observable effect at low doses to toxic or harmful effects at high doses. Additionally, individual factors such as genetics, age, and health can influence an organism's response to a chemical.
The organism would swell and then burst.
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whale
Yes some things that are radioactive are toxic. Being able to harm an exposed organism.
Sea star
The upper side of an organism is its dorsal side. This side typically faces away from the ground or substrate and is often more exposed to light and the environment.
Barnacles are an organism that can be found living in environments where they are sometimes submerged, but routinely exposed to air, heat, battering waves, and strong currents. They have adapted to these harsh conditions by having a hard calcareous shell that can protect them when exposed to air and waves. They are often found attached to rocks, piers, or other hard surfaces along the shoreline.
yes and no. yes some animal and organism are afected by pollution. no, new experiment has proven where organism survives twice the amount of toxic . If human beings get exposed to the same amount of toxic they will die. some organism survives in the most dangerous place. all life and earth evolves from organism.