Stoichiometry is very important in creating medicines and developing new drugs. Here’s how it helps:
Calculating Dosage: It helps figure out the exact amount of active ingredients needed in a medicine. For example, if a formula needs a 1:2 ratio for the drug parts, stoichiometry makes sure that the balance is just right.
Predicting Reaction Yields: By calculating how much product should be made, scientists can guess how much they will get from the starting materials.
Quality Control: It’s used to check the strength of drugs and make sure they meet safety rules.
Using stoichiometry makes making medicines faster and safer!
Stoichiometry is very important in creating medicines and developing new drugs. Here’s how it helps:
Calculating Dosage: It helps figure out the exact amount of active ingredients needed in a medicine. For example, if a formula needs a 1:2 ratio for the drug parts, stoichiometry makes sure that the balance is just right.
Predicting Reaction Yields: By calculating how much product should be made, scientists can guess how much they will get from the starting materials.
Quality Control: It’s used to check the strength of drugs and make sure they meet safety rules.
Using stoichiometry makes making medicines faster and safer!