Indication

Hyperuricemia due to cancer therapy

Hyperuricemia due to cancer therapy is an acquired metabolic complication characterized by pathologically elevated serum uric acid concentrations triggered by antineoplastic treatments, such as cytotoxic chemotherapy, radiation, or targeted agents. Read more about Hyperuricemia due to cancer therapy

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Drugs that treat it

Common Hyperuricemia due to cancer therapy therapies.

Showing 19–27 of 46 drugs

ALLOPURINOL SODIUM

HYPERURICEMIA AGENTS (NON-URICOSURIC)·HYPERURICEMIA DUE TO CANCER THERAPY
Hikma Pharmaceuticals USA

ALLOPURINOL

HYPERURICEMIA AGENTS (NON-URICOSURIC)·PREVENTION OF ACUTE GOUT ATTACK·+4
UNICHEM PHARMAC

ALLOPURINOL

HYPERURICEMIA AGENTS (NON-URICOSURIC)·PREVENTION OF ACUTE GOUT ATTACK·+4
CAMBER PHARMACE

ALLOPURINOL

HYPERURICEMIA AGENTS (NON-URICOSURIC)·PREVENTION OF ACUTE GOUT ATTACK·+4
APHENA PHARMA S

ALLOPURINOL

HYPERURICEMIA AGENTS (NON-URICOSURIC)·PREVENTION OF ACUTE GOUT ATTACK·+4
A-S MEDICATION

ALLOPURINOL

HYPERURICEMIA AGENTS (NON-URICOSURIC)·PREVENTION OF ACUTE GOUT ATTACK·+4
ST MARYS MPP

ALLOPURINOL

HYPERURICEMIA AGENTS (NON-URICOSURIC)·PREVENTION OF ACUTE GOUT ATTACK·+4
DIRECT RX

ALLOPURINOL

HYPERURICEMIA AGENTS (NON-URICOSURIC)·PREVENTION OF ACUTE GOUT ATTACK·+4
CHARTWELL RX LL

ALLOPURINOL

HYPERURICEMIA AGENTS (NON-URICOSURIC)·PREVENTION OF ACUTE GOUT ATTACK·+4
PROFICIENT RX L
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About Hyperuricemia due to cancer therapy.

Hyperuricemia due to cancer therapy is an acquired metabolic complication characterized by pathologically elevated serum uric acid concentrations triggered by antineoplastic treatments, such as cytotoxic chemotherapy, radiation, or targeted agents.

Commonly arising in pediatric and adult oncology patients undergoing treatment for high-burden or rapidly proliferating hematologic malignancies, it represents a defining hallmark of treatment-induced tumor lysis syndrome.

The underlying pathophysiology involves massive, therapy-induced cytolysis of malignant cells, which floods the systemic circulation with purine nucleic acids that are catabolized into uric acid.

This sudden surge overwhelms renal excretory capacity, predisposing the urinary system to tubular obstruction from uric acid crystal precipitation, acute urate nephropathy, and acute renal failure.

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