Relates to a method and a system for visualizing the time-varying parameters in a plurality of positions in the biological structure, to visualize the display, the present invention is a volume of the first between the boundary of the first and second structure second is determined by the volume of the first and second displays a first representation showing visualization first parameter in time intervals of a plurality of determined, extending between the boundary of the first and second structure configured to display a representation of the second indicating the visualization parameters of the second and 1. By providing the user with a combination of the representation of the two, high resolution data is processed, it can be visualized meaningfully the intermediate volume between the boundaries of the first and second. This is based on the insight, not only in different positions through the structure, you can see the data between the boundary of the structure is desirable. However, no simple means of visualization, the processing of high resolution data is not feasible. This is especially useful when the performance difference can exist between the structures at the boundary between the first and second. For example, measurement of myocardial perfusion within the different layers in the epicardium and endocardium. Therefore, the relative position of measurement for these layers provide useful data in the assessment of perfusion. Without increasing the complexity of the representations required for visualization, which increases the information that allows medical professionals to extract from the image data.本発明は生物学的構造内の複数の位置において時変パラメータを視覚化するためのシステムと方法に関し、視覚化ディスプレイは、構造の第1及び第2の境界の間の第1のボリューム内で決定される複数の時間間隔における第1の視覚化パラメータを示す第1の表現を表示し、構造の第1及び第2の境界の間にひろがる第1及び第2のボリューム内で決定される第1及び第2の視覚化パラメータを示す第2の表現を表示するように構成される。この2つの表現の組み合わせをユーザに提供することによって、高解像度データが処理され、第1及び第2の境界の間の中間ボリュームに対して有意義に視覚化され得る。これは、構造を通る異なる位置においてだけでなく、構造の境界の間のデータを見ることが望ましいという見識に基づく。しかしながら、視覚化の単純な手段なく、高解像度データを処理す
