A wide variety of chemicals are can induce severe cellular injury. In certain cases the chemical is directly toxic to cellular components such as the plasma membrane or mitochondria, precipitating basic biochemical causes of cell injury (See: Cell Injury Biochemistry). In other cases the chemical is metabolized to a toxic compound, especially by enzymes of hepatic xenobiotic metabolism. Such metabolic manipulations of chemicals often generate reactive intermediates that induce Free Radical Cell Injury (
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The hydrologic cycle, also known as the water cycle, is the series of processes that water goes through during its journey on, above, and below Earth's surface. Through this series of processes, water continuously moves between the atmosphere, bodies of water, and the groundwater supply, frequently changing phases between solid, liquid, and gas. The water contained on Earth, in solid, liquid, and gaseous forms, is collectively known as the hydrosphere.
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A wide variety of chemicals are can induce severe cellular injury. In certain cases the chemical is directly toxic to cellular components such as the plasma membrane or mitochondria, precipitating basic biochemical causes of cell injury (See: Cell Injury Biochemistry). In other cases the chemical is metabolized to a toxic compound, especially by enzymes of hepatic xenobiotic metabolism. Such metabolic manipulations of chemicals often generate reactive intermediates that induce Free Radical Cell Injury (
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Hydrologic Cycle Definition
The hydrologic cycle, also known as the water cycle, is the series of processes that water goes through during its journey on, above, and below Earth's surface. Through this series of processes, water continuously moves between the atmosphere, bodies of water, and the groundwater supply, frequently changing phases between solid, liquid, and gas. The water contained on Earth, in solid, liquid, and gaseous forms, is collectively known as the hydrosphere.