Thus, drugs and the liver can affect each other in several ways: Liver disorders can change the way a drug is metabolized. Some drugs can damage the liver. Many factors (such as foods eaten, a person's genetic makeup, and use of other drugs) can affect the way the liver metabolizes drugs (see Factors Affecting Response to Drugs).
The risk of drug-related liver injury is greatest when drugs are taken at high doses or when multiple medications that affect the liver are
The liver cleans the blood by removing harmful materials including chemotherapy drugs and other medicines. affect the liver. If they think the liver
Thus, drugs and the liver can affect each other in several ways: Liver disorders can change the way a drug is metabolized. Some drugs can damage the liver. Many factors (such as foods eaten, a person's genetic makeup, and use of other drugs) can affect the way the liver metabolizes drugs (see Factors Affecting Response to Drugs).
Some drugs can damage the liver. Many factors (such as foods eaten, a person's genetic makeup, and use of other drugs) can affect the way the liver metabolizes drugs (see Factors Affecting Response to Drugs). Drugs can affect how quickly certain other drugs are metabolized in the liver. If a drug is metabolized more quickly, it may be broken
Does ibuprofen affect the liver? Non-steroidal anti-inflammatory drugs, or NSAIDs, like ibuprofen rarely affects the liver. Most users have
(See also Drugs and the Liver.) How liver disorders affect a drug depends on the particular drug. Liver disorders can increase the effects of some drugs and
Liver Function: As meloxicam is metabolized in the liver, impaired liver function can also affect how quickly the drug is processed and eliminated. Age
Thus, drugs and the liver can affect each other in several ways: Liver disorders can change the way a drug is metabolized. Some drugs can damage the liver. Many factors (such as foods eaten, a person's genetic makeup, and use of other drugs) can affect the way the liver metabolizes drugs (see Factors Affecting Response to Drugs).
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