SBMLtoOdinとmenelmacar:専門家と非専門家向けのシステム生物学モデルのインタラクティブビジュアライゼーション
Leonie J Lorenz1, Antoine Andréoletti1,2,3, Tung V N Nguyen1
1European Bioinformatics Institute, European Molecular Biology Laboratory, Wellcome Genome Campus, Hinxton, Cambridge, CB10 1SD, United Kingdom.
Bioinformatics (Oxford, England)
|September 2, 2025
まとめ
SBMLtoOdinとMenelmacarは生物学的モデルのアクセシビリティを強化しています. これらのツールは 計算モデルを実行可能なコードに変換し インタラクティブなビジュアライゼーションを提供し プログラミングの専門知識のない研究者に力を貸します
科学分野:
- 計算生物学
- システム生物学
- バイオ情報学
背景:
- 計算モデルは生物学的システムを理解し,予測するために不可欠です.
- これらのモデルのアクセシビリティと再利用性は,複雑な実装要件のためにしばしば専門家に限定されます.
- 現在の方法は 特殊なプログラミングと数学的なスキルが必要で 幅広い科学的採用を妨げています
研究 の 目的:
- 計算可能な生物モデルのアクセシビリティと再利用性を向上させる.
- 専門家以外の研究者が 生物学的モデルを容易にシミュレートし調査できるようにする.
- 複雑な数学記号と実用的なモデルアプリケーションの間のギャップを埋めるために
主な方法:
- SBMLtoOdinの開発は,システム生物学マーキング言語 (SBML) のモデルを"odin"パッケージを使用して実行可能なRコードに変換するためのRパッケージです.
- これらのモデルを直接ブラウザでインタラクティブに視覚化およびシミュレーションするためのWebベースのアプリケーションであるMenelmacarの作成.
- バイオモデルのデータベースを活用して 様々な微分方程式モデルを
主要な成果:
- SBMLtoOdinはSBMLモデルを再利用可能なRコードに変換し,モデル統合と分析を容易にする.
- 複雑な生物学的モデルとインタラクションし,探索するための直感的なインターフェースをメネルマカーは提供しています.
- 開発されたツールは,生物学的研究における計算モデルの利用への入場障壁を大幅に低減します.
結論:
- SBMLtoOdinとMenelmacarは,生物学におけるコンピューティングモデルの有用性とアクセシビリティを高めています.
- これらのツールは,より広範な研究者が科学的調査のための高度なモデリング技術を活用できるようにします.
- モデルの再利用とインタラクティブ探索を容易にすることで 生物学的発見と理解が加速されます
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