脳動静脈奇形における現代的モデル:レビュー
Maximilian J Bazil1, Tomoyoshi Shigematsu1, Alejandro Berenstein1
1Department of Neurosurgery Cerebrovascular Center Icahn School of Medicine at Mount Sinai New York NY.
Stroke (Hoboken, N.J.)
|January 26, 2026
まとめ
最近の技術的進歩は、動静脈奇形(AVM)モデリングに革命をもたらし、従来の Традиционные методыを超えて、より良い治療テストと分析のために3D印刷と高度な画像処理を取り入れています。
背景:
- 動静脈奇形(AVM)は、毛細血管循環を迂回する動脈と静脈の間の異常な接続です。
- ハンター、フィルヒョウ、ルシュカによる初期の研究は、特に脳AVMの理解の基礎を築きました。
- 従来のAVMモデルは、最近の技術シフトの前に、しばしば動物研究や解剖学的分析に依存していました。
結論:
- AVMモデリングの分野は、過去10年間で技術的な革命を経験しました。
- 現在のモデルは、AVM治療の評価と疾患の病態生理の理解のための洗練されたプラットフォームを提供します。
- このレビューは、過去50年間に報告されたAVMモデルの広範な範囲を統合します。
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