Onco Wiki - Drogas

El cinacalcet

Vista determinista de la entidad fuente YAML. La autoridad clínica sigue con los ID de fuente citados y estado de firma del revisor.

IDDRUG-CINACALCET
TipoFármaco
Aliaces
MimparaSensibilizaciónЦинакалцет
Situaciónreviewed 2026-07-11 | pending_clinical_signoff
EnfermedadesDIS-PARATHYROID-CARCINOMA
FuentesSRC-NCCN-THYROID-2025

Datos sobre drogas

ClaseCalcimimético (agonista alostérico receptor de la sensibilidad al calcio)
MecanismoAlostéricamente aumenta la sensibilidad del receptor de calcio paratiroideo (CaSR) al calcio extracelular, suprimiendo la secreción de PTH y reduciendo el calcio sérico. Actúa sobre la consecuencia bioquímica de la enfermedad (hipercalcemia impulsada por PTH) en lugar del propio tumor, sin efecto directo antitumor / citotóxico.
Dosificación típicaInitiate 30 mg PO BID. Titrate no more frequently than every 2-4 weeks through sequential doses of 30 mg BID → 60 mg BID → 90 mg BID → 90 mg TID → 90 mg QID (maximum labeled dose) to normalize serum calcium. Take with food (improves bioavailability). Check serum calcium within 1 week of initiation or any dose change. FDA-approved specifically for hypercalcemia of parathyroid carcinoma (also approved for secondary hyperparathyroidism in dialysis-dependent CKD and severe hypercalcemia in primary hyperparathyroidism when parathyroidectomy is not appropriate).
Ucrania registradaFalso
NSZU reembolsadoFalso
Ucrania verificada por última vez2026-07-11

Notas

STUB pending clinical co-lead signoff (CHARTER §6.1 — dev-mode- exempted draft content, not published/verified clinical advice). Cinacalcet is the only FDA-approved medical therapy specifically labeled for hypercalcemia of parathyroid carcinoma. It has no cytostatic/cytotoxic effect on the tumor — it controls the biochemical consequence (PTH-driven hypercalcemia) in unresectable, recurrent, or metastatic disease. Distinct from bisphosphonates (DRUG-ZOLEDRONATE) / denosumab (DRUG-DENOSUMAB) — already in the KB — which act on osteoclast-mediated bone turnover to prevent skeletal-related events from bone metastases rather than suppressing PTH secretion; the two mechanisms are complementary and may be used concurrently in refractory hypercalcemia, per the parent Disease entity's narrative (DIS-PARATHYROID-CARCINOMA).

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