What is CPV code 33642100-3?

CPV 33642100-3 (Pituitary, hypothalamic hormones and analogues) is a Common Procurement Vocabulary code used across European public procurement to classify pituitary, hypothalamic hormones and analogues contracts. Buyers tag notices with this code so suppliers can find relevant tenders.

33642100-3code

Pituitary, hypothalamic hormones and analogues tenders

38 pituitary, hypothalamic hormones and analogues notices published all-time within Systemic hormonal preparations, excl. sex hormones. CPV 33642100-3 classifies pituitary, hypothalamic hormones and analogues across European public procurement.

By the numbers

Open now

Notices all-time

Awarded contracts

Distinct buyers

Last published

09 Oct 2026

Top sources

Portal BASE29

TED Member States7

VVZ (Czechia)2

Related categories

3364Corticosteroids for systemic use 3364Thyroid therapy medicinal products

Frequently asked questions

What is CPV code 33642100-3?: CPV 33642100-3 (Pituitary, hypothalamic hormones and analogues) is a Common Procurement Vocabulary code used across European public procurement to classify pituitary, hypothalamic hormones and analogues contracts. Buyers tag notices with this code so suppliers can find relevant tenders.
How many pituitary, hypothalamic hormones and analogues tenders are open right now?: There are no open pituitary, hypothalamic hormones and analogues (CPV 33642100-3) tenders right now, but 38 notices have been published all-time — new ones appear regularly.
Where are pituitary, hypothalamic hormones and analogues tenders published?: Pituitary, hypothalamic hormones and analogues (CPV 33642100-3) notices are aggregated from sources including Portal BASE, TED Member States, VVZ (Czechia), alongside other European procurement portals tracked by Tender Radar.

Track pituitary, hypothalamic hormones and analogues tenders automatically

Tender Radar monitors CPV 33642100-3 tenders across European procurement portals and matches them to your company profile. Get relevant pituitary, hypothalamic hormones and analogues opportunities in a daily or weekly digest.