Amylase 149900 UNT / lipase 37000 UNT / protease 97300 UNT [Pancreaze]
RxNorm 2564411

Concept Hierarchy & Relationship Mapping

RxNorm Concept Unique Identifier (RxCUI) 2564411 represents a standardized clinical drug concept used for cross-system interoperability. This concept aggregates multiple Atom IDs (AUIs), which are specific naming variations and synonyms used across pharmaceutical databases to ensure accurate medication mapping for: amylase 149900 UNT / lipase 37000 UNT / protease 97300 UNT [Pancreaze].

The following semantic concepts and normalized strings are associated with this clinical entity:

SBDC
Amylase 149900 UNT / lipase 37000 UNT / protease 97300 UNT [Pancreaze]
AUI:12660939

This clinical crossover tool is designed for healthcare professionals, pharmacists, and data analysts to safely compare substitute products and manage medication interoperability.

SBDCPrescribable

Semantic Branded Drug Component (SBDC):
Amylase 149900 UNT / lipase 37000 UNT / protease 97300 UNT [Pancreaze]
(Atom ID: 12660939)

Clinical Status & Identity

Prescribable Status
YES (Active)
Part of the RxNorm Current Prescribable Content subset including all drugs available for prescription in the USA.
Concept Description
amylase 149900 UNT / lipase 37000 UNT / protease 97300 UNT [Pancreaze]
Official description of the drug concept as defined in the source vocabulary.
Suppress Flag
N
N: Not suppressible | O: Obsolete | Y: Suppressed by editor | E: Unquantified non-prescribable drug.

Interoperability & Coding

Concept ID (RxCUI)
2564411
RxNorm Unique Identifier for the standardized concept.
Atom ID (RXAUI)
12660939
Unique identifier for this specific name variation (Atom).
Term Type (TTY)
SBDC
Semantic Branded Drug Component (Ingredient + Strength + Brand Name)
Source Code
2564411
The "Most useful" identifier asserted by the original source vocabulary.

Source & Registry Data

Source Name
RxNorm Vocabulary (RXNORM)
The official name and abbreviation for the vocabulary source.
Source Version
20AA_260601F
The specific version of the vocabulary provided by the source.
Update Date
June 01, 2026
The date when this RxNorm data was last updated by the NLM.
License Contact
RxNorm Customer Service, , U.S. National Library of Medicine, 8600 Rockville Pike, , Bethesda, MD, United States, 20894, (888) FIND-NLM, , https://support.nlm.nih.gov/support/create-case/, https://www.nlm.nih.gov/research/umls/rxnorm/
Source licensing contact information.

Patient Education

Pancrelipase


Pancrelipase delayed-release capsules (Creon, Pancreaze, Pertzye, Ultresa, Zenpep) are used to improve digestion of food in children and adults who do not have enough pancreatic enzymes (substances needed to break down food so it can be digested) because they have a condition that affects the pancreas (a gland that produces several important substances including enzymes needed to digest food) such as cystic fibrosis (an inborn disease that causes the body to produce thick, sticky mucus that may clog the pancreas, the lungs, and other parts of the body), chronic pancreatitis (swelling of the pancreas that does not go away), or a blockage in the passages between the pancreas and the intestine. Pancrelipase delayed-release capsules (Creon, Pancreaze, Zenpep) are also used to improve digestion of food in infants who do not have enough pancreatic enzymes (substances needed to break down food so it can be digested) because they have cystic fibrosis or another condition that affects the pancreas. Pancrelipase delayed-release capsules (Creon) are also used to improve digestion in people who have had surgery to remove all or part of the pancreas or stomach. Pancrelipase tablets (Viokace) are used along with another medication (proton pump inhibitor; PPI) to improve digestion of foods in adults who have chronic pancreatitis or who have had surgery to remove the pancreas. Pancrelipase is in a class of medications called enzymes. Pancrelipase acts in place of the enzymes normally made by the pancreas. It works to decrease fatty bowel movements and to improve nutrition by breaking down fats, proteins, and starches from food into smaller substances that can be absorbed from the intestine.
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