Digestive System Dynamics in Molecular Communication Perspectives

Consumption of food in excess the required optimal nutritional requirements has already resulted a global crisis and this is from perspective human health, such as obesity, well waste sustainability. In order to minimize impact these issues, there need develop novel innovative effective solutions that can optimally match consumption demand. This requires accurate understanding digestion dynamics its on each individual's physiological characteristics. study proposes model characterize digestive system by using concepts field Molecular Communications (MC), includes integrating advection-diffusion reaction mechanisms role characterizing process communication system. The then used explore starch metrics delay path loss. Our simulations found long gastric emptying time increases turn glucose production absorption into blood stream. At same time, enzyme activity hydrolyzed directly impacts loss, higher rates lower half saturation concentration results work lead provide insights formulated for individuals creating digital twin