原假设表明餐前餐后肠系膜动脉、肝门静脉、肝静脉的葡萄糖相对浓度是相同的。在上述实验设置中，各种糖的最终颜色变化在餐前和餐后保持不变。红色表示肝门静脉中葡萄糖含量高，表明该血管可能在进食后从胃肠道部分运输了富含葡萄糖的血液，并在整个过程中保持相同的活性。上述结果还表明，胰岛素和胰高血糖素调节三种不同血管的血糖水平，从而维持细胞内的稳态过程和功能(Roder et al.， 2016)。前35秒可能影响颜色变化的小误差包括秒表测量、室温和其他因素的变化，如起始物料的准确数量。未来设计的实验应该监测每10秒后的颜色变化。尽管如此，测试的整体最终颜色保持不变，这表明实验是在要求的条件下进行的，而且方法方法是可靠和有效的。未来的测试应该调查三种不同动脉的血糖浓度水平。以上结果说明胰岛素和葡萄糖激素在调节各血管血糖水平中的重要作用。结果表明，这两种激素在维持体内平衡过程中起着至关重要的作用。临床中，三个不同水平血糖水平的最终颜色变化与正常情况相反，这表明伴随组织出现了紊乱。
The null hypothesis indicates that the relative concentration of glucose across the mesenteric arteries, hepatic portal vein, and hepatic vein is the same before and after the meal is supported by the above results. In the above experimental set up, the final color changes of the various sugar types remained the same before and after meals. The red color which signifies high amount of glucose in the hepatic portal vein is an indicator that the vessel carries blood rich in glucose from the gastrointestinal parts probably after food consumption and maintains the same activity throughout its course. The above results also serve to indicate that insulin and glucagon hormone regulate blood sugar levels across the three different blood vessels and as a result, homeostasis processes and functions are maintained within cells (Röder et al., 2016). Minor errors which could influenced the color changes during the first 35 seconds include the changes in the stop watch measurements, room temperature and other factors such as accurate amounts of starting materials. Future designed experiments should monitor the color changes after every 10 seconds. Nonetheless, the overall final colors in the tests remained constant indicating the experiment was carried out within the required conditions and that the methodological approach is reliable and valid. Future tests should investigate the blood glucose concentration levels of the three different arteries.The above result the essential role of insulin and glucose hormone in regulating blood glucose levels across various blood vessels. In essence, the results indicate the two hormones play an essential role in maintaining homeostatic processes. Clinically, changes in the final color changes of the blood glucose levels across the three different levels against the norm would indicate a disorder in the accompanying tissue.