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<p>Any <a href="page.php?w=principal_ideal_domain">principal ideal domain</a> (PID) is a Bézout domain, but a Bézout domain need not be a <a href="page.php?w=Noetherian_ring">Noetherian ring</a>, so it could have non-finitely generated ideals; if so, it is not a <a href="page.php?w=unique_factorization_domain">unique factorization domain</a> (UFD), but is still a <a href="page.php?w=GCD_domain">GCD domain</a>. The theory of Bézout domains retains many of the properties of PIDs, without requiring the Noetherian property.</p>

<p>Bézout domains</p><p>
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