Le polype endométrial est une lésion hyperplastique localisée de l’endomètre, considérée comme l’une des plus fréquentes pathologies gynécologiques. Cependant, sa physiopathogénie est encore incomplètement élucidée, même si diverses anomalies biomoléculaires associées ont été récemment rapportées. Il peut entraîner des saignements anormaux, des douleurs et une infertilité. Son diagnostic a bénéficié des progrès de l’imagerie, mais l’hystéroscopie reste l’examen de référence. Son incidence varie selon l’âge, les symptômes et les critères diagnostiques retenus. L’association des polypes à l’infertilité ne manque pas de susciter de nombreuses questions. Une étude réalisée chez un primate confirme l’impact du polype sur la fertilité. Les données épidémiologiques montrent que les EP sont fréquents chez la femme infertile, avec une incidence variable selon le contexte clinique. Elle est encore plus élevée chez les patientes présentant une endométriose. Divers mécanismes tendant à expliquer l’altération de la fertilité ont été proposés, le plus pertinent semble être l’altération de la réceptivité endométriale. Les données thérapeutiques, longtemps limitées à des études observationnelles, sont aujourd’hui un peu plus consistantes, suggérant l’amélioration des performances reproductives après polypectomie. Finalement, compte tenu de l’innocuité de cette intervention, il paraît légitime de proposer son utilisation en cas de polype identifié chez une femme infertile, en particulier dans le contexte d’une assistance médicale à la procréation ; néanmoins, le niveau de preuve est encore limité, justifiant la réalisation d’études contrôlées rigoureuses.
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Polype endométrial et hypofertilité : quels niveaux de preuve ?
Jul 11 2014 Rédaction-
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Comment Link Chester Schepker Wednesday, 09 September 2026 13:15
When a standard operating system encounters a corrupted sector on an optical disc, it typically halts the entire reading process, freezes the file explorer, or throws a fatal error message. This happens because built-in system drivers are not designed to tolerate logical or physical structural anomalies.
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Comment Link Josef Janrhett Wednesday, 09 September 2026 13:15
When a standard operating system encounters a corrupted sector on an optical disc, it typically halts the entire reading process, freezes the file explorer, or throws a fatal error message. This happens because built-in system drivers are not designed to tolerate logical or physical structural anomalies.
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Comment Link Isaiah Delfin Wednesday, 09 September 2026 13:15
When a standard operating system encounters a corrupted sector on an optical disc, it typically halts the entire reading process, freezes the file explorer, or throws a fatal error message. This happens because built-in system drivers are not designed to tolerate logical or physical structural anomalies.
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Comment Link Shawna Thiede Wednesday, 09 September 2026 13:15
Optical media like CDs, DVDs, and Blu-ray discs were once considered the pinnacle of long-term data storage. However, physical vulnerability remains their greatest weakness. Whether caused by accidental surface scratches, environmental degradation over time, or critical errors during the burning process, losing access to indispensable archives, historical data, or priceless personal memories can feel like.
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Comment Link Jasper Sivret Wednesday, 09 September 2026 13:15
When a standard operating system encounters a corrupted sector on an optical disc, it typically halts the entire reading process, freezes the file explorer, or throws a fatal error message. This happens because built-in system drivers are not designed to tolerate logical or physical structural anomalies.
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Comment Link Thaddeus Ball Wednesday, 09 September 2026 13:15
When a standard operating system encounters a corrupted sector on an optical disc, it typically halts the entire reading process, freezes the file explorer, or throws a fatal error message. This happens because built-in system drivers are not designed to tolerate logical or physical structural anomalies.
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Comment Link Quentin Funston Wednesday, 09 September 2026 13:15
When a standard operating system encounters a corrupted sector on an optical disc, it typically halts the entire reading process, freezes the file explorer, or throws a fatal error message. This happens because built-in system drivers are not designed to tolerate logical or physical structural anomalies.
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Comment Link Leonard Philen Wednesday, 09 September 2026 13:15
Optical media like CDs, DVDs, and Blu-ray discs were once considered the pinnacle of long-term data storage. However, physical vulnerability remains their greatest weakness. Whether caused by accidental surface scratches, environmental degradation over time, or critical errors during the burning process, losing access to indispensable archives, historical data, or priceless personal memories can feel like.
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Comment Link Vaughn Fortgang Wednesday, 09 September 2026 13:15
When a standard operating system encounters a corrupted sector on an optical disc, it typically halts the entire reading process, freezes the file explorer, or throws a fatal error message. This happens because built-in system drivers are not designed to tolerate logical or physical structural anomalies.
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When a standard operating system encounters a corrupted sector on an optical disc, it typically halts the entire reading process, freezes the file explorer, or throws a fatal error message. This happens because built-in system drivers are not designed to tolerate logical or physical structural anomalies.