E12プラスティネートされたセクションを使用して,馬の手首メタカーパル領域の3次元再構築

Gulsum Eren¹, Octavio López-Albors¹, Mirian López Corbalán¹

¹Department of Anatomy and Comparative Pathological Anatomy, Veterinary Faculty, University of Murcia, 30100 Murcia, Spain.

Animals : an open access journal from MDPI

|February 13, 2026

まとめ

新しい3D馬模型は,正確な解剖学的視覚化のための高度なプラスティネーション技術を使用して,手首のメタカーパル領域をデジタルで再構築することによって,獣医教育の強化です.

科学分野:

獣医の解剖学について
デジタル再構築のデジタル再構築
馬の運動器系は,馬の運動器系である.

背景:

デジタルテクノロジーは,獣医学教育と実践のための改善された可視化を提供します.
複雑な構造を理解するためには,正確な解剖学的モデルが不可欠です.

研究の目的:

詳細な3次元 (3D) アナトミックモデルを作成するために,馬の手のひらメタカルパル領域.
解剖学的精度のために,プラスティネーションとデジタル再建を組み合わせて有用性を評価する.

主な方法:

E12ベースのエポキシシート,馬のメタカルパル領域の連続的な横断面のプラスティネーション.
Amira® V5.6ソフトウェアを使用したデジタル再構築と手動セグメンテーション.
高解像度の可視化と骨,神経,血管,結合組織の3Dモデル生成.

主要な成果:

精度の高い3D解剖学モデルが,馬の手首のメタカルパル領域に生成されました.
このモデルは,手首神経,血管,共通の膜などの主要な構造物の地形的関係を正確に描写しています.
最小限の収縮と変形は,優れた解剖学的忠誠性を保証しました.

結論:

プラスティネーションとデジタルのアプローチの組み合わせにより,正確な馬の解剖学的参照が得られます.
この3Dモデルは,獣医の解剖学教育,臨床訓練,外科計画などに価値があります.
この方法論は,馬の運動器系疾患の研究を支援します.

キーワード:

3D再構築 3D再構築 E12シートプラスティネーション馬のメタカルパル領域は,3次元モデリング獣医学解剖学教育について

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