| 摘要 |
The supply of drugs into the human body has developed novel alternatives of medical dosage, where the controlled and continuous dosing still being a challenge. The device for the automatic monitoring of glucose and controlled dosage of inulin through microneedles and microfluidic channels and method for controlling the same allows drugs to be uniformly released through a microfluidic device, which distributes the drug in the microneedles for being subsequently released in a transdermal form. The device is designed to be located in patients with inulin deficiencies, facilitating the control of the drug in the patient’s life according to the clinical history of the same. The design of the device involves the modularity thereof for facilitating the everyday life of the patient. The six modules of the device include a system for taking blood samples, a sensor, a control module, a flow and pumping divider system, a microneedles patch and a user-control interface. The device includes these modules for the controlled dosage of inulin, through a patch of microneedles which is exchangeable every 10 blood samples, including a refillable deposit that is fastened to the arm of the patient for the continuous dosing and monitoring. |
