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What
are Generic Drugs?
A
generic drug is identical, or
bioequivalent to a brand name
drug in dosage form, safety,
strength, route of administration,
quality, performance characteristics
and intended use. Although generic
drugs are chemically identical
to their branded counterparts,
generic drugs are typically
sold at substantial discounts
from the branded price. According
to the Congressional Budget
Office, generic drugs save consumers
an estimated $8 to $10 billion
a year at retail pharmacies.
Even more billions are saved
when hospitals use generics.
Health professionals and consumers
can be assured that FDA approved
generic drugs have met the same
rigid standards as the innovator
drug. To gain FDA approval,
a generic drug must: contain
the same active ingredients
as the innovator drug (inactive
ingredients may vary) be identical
in strength, dosage form, and
route of administration have
the same use indications be
bioequivalent meet the same
batch requirements for identity,
strength, purity, and quality
be manufactured under the same
strict standards of FDA's good
manufacturing practice regulations
required for innovator products.
What’s
the difference between a generic
and brand-name drug?
Not
much, except for name and price.
A generic drug is called by
its chemical name; a manufacturer
assigns a brand name. The products
have the same ingredients.
Standard
practice and most state laws
require that a generic drug
be generically equivalent to
its brand-name counterpart.
That is, it must have the same
active ingredients, strength,
and dosage form—pill,
liquid, or injection. Generic
drugs also must be therapeutically
equivalent—it must be
the same chemically and have
the same medical effect.
Do all
drugs have generic equivalents?
Standard
practice and most state laws
require that a generic drug
be generically equivalent to
its brand-name counterpart.
That is, it must have the same
active ingredients, strength,
and dosage form—pill,
liquid, or injection. Generic
drugs also must be therapeutically
equivalent—it must be
the same chemically and have
the same medical effect.
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