The invention relates to a test device for simulating drug interference through dynamic emission tomography and the method thereof. It’s used for simulating dynamic images when drugs are within an organism. The test device includes a container and a prosthesis disposed in the container. A cover is provided on the opening of the container, and the prosthesis is provided with a plurality of holding rooms. A channel is disposed between two holding rooms. Furthermore, a first tube is connected to the holding room closest to the bottom of the container, and a second tube is joined with on the holding room closest to the cover, wherein the first tube and the second tube are inserted through the cover respectively. Accordingly, the developing solution (for example, radioactive drug solution or contrast agent solution) and non-developing solution are injected into the container form the first tube sequentially. Then images can be captured through an emission tomography camera, so as to observe the dynamic situation for the flow and the accumulation of developing solution in the prosthesis of the simulated human organ system.本發明係有關於一種動態斷層造影模擬藥物干擾之試驗裝置及其方法,用以模擬藥物在生物體內之動態影像;試驗裝置包括一容器以及一置於容器內之假體,於容器開口處設有一蓋體,假體具有複數個容室,並於兩容室間設有一通道,於最靠近容器底部之容室連設有一第一管體,並於靠近蓋體之容室連設有一第二管體,其中第一、二管體係分別穿設蓋體;藉此,將顯影溶液(例如:放射性藥物溶液或對比劑溶液)與無顯影溶液依序由第一管體注入,並透過斷層造影攝影機擷取圖像,以觀察在模擬人體器官系統的假體中,其顯影溶液流動、聚積之動態情形。(1)...容器(11)...蓋體(111)...第一入口(112)...第一出口(2)...假體(211)...第一容室(212)...第二容室(213)...第三容室(214)...第四容室(215)...第五容室(22)...通道(23)...第一管體(24)...第二管體(25)...第三管體(26)...第四管體
