3/19/2023 0 Comments Giovanni traverso![]() The researchers envision that this type of sensor could be used to diagnose early signs of disease and then respond with the appropriate medication. “We can potentially create customized ingestible electronics where the gastric residence period can be tailored based on a specific medical application, which could lead to a personalized diagnostic and treatment that is widely accessible.” ![]() “Multimaterials 3-D printing is a highly versatile manufacturing technology that can create unique multicomponent architectures and functional devices, which cannot be fabricated with conventional manufacturing techniques,” Kong says. This approach allowed them to easily incorporate all of the various components carried by the capsules, and to build the capsule from alternating layers of stiff and flexible polymers, which helps it to withstand the acidic environment of the stomach. To enable the manufacturing of all of these complex elements, the researchers decided to 3-D print the capsules. “The self-isolation of wireless signal strength within the user’s physical space could shield the device from unwanted connections, providing a physical isolation for additional security and privacy protection.” “The limited connection range is a desirable security enhancement,” Kong says. In this paper, they demonstrated that the capsule could be used to monitor temperature and relay that information directly to a smartphone within arm’s length. In previous work, the researchers designed sensors that can detect vital signs such as heart rate and breathing rate. The device can also carry sensors that monitor the gastric environment and relay information via a wireless signal. The researchers also anticipate that they could design the compartments to be opened remotely through wireless Bluetooth communication. These drugs can be packaged within polymers that allow them to be released gradually over several days. One of these arms includes four small compartments that can be loaded with a variety of drugs. This enables the device to remain the stomach for about a month, before it breaks into smaller pieces and passes through the digestive tract. Similarly, the new device unfolds into a Y-shape after being swallowed. After being swallowed, the capsule dissolves and the arms expand, allowing the device to lodge in the stomach. In 2016, the researchers designed a star-shaped capsule with six arms that fold up before being encased in a smooth capsule. ![]() In their latest study, the researchers set out to combine many of the features they had previously developed. They could also help patients to maintain the strict dosing regimens required for patients with HIV or malaria. ![]() Yong Lin Kong, a former MIT postdoc who is now an assistant professor at the University of Utah, is the paper’s lead author.įor the past several years, Langer, Traverso, and their colleagues have been working on a variety of ingestible sensors and drug delivery capsules, which they believe would be useful for long-term delivery of drugs that currently have to be injected. 13 issue of Advanced Materials Technologies. Langer and Traverso are the senior authors of the study, which appears in the Dec. Koch Institute Professor and a member of MIT’s Koch Institute for Integrative Cancer Research. “We are excited about this demonstration of 3-D printing and of how ingestible technologies can help people through novel devices that facilitate mobile health applications,” says Robert Langer, the David H. These devices could also be used to communicate with other wearable and implantable medical devices, which could pool information to be communicated to the patient’s or doctor’s smartphone. “Our system could provide closed-loop monitoring and treatment, whereby a signal can help guide the delivery of a drug or tuning the dose of a drug,” says Giovanni Traverso, a visiting scientist in MIT’s Department of Mechanical Engineering, where he will be joining the faculty in 2019. They could also be designed to sense infections, allergic reactions, or other events, and then release a drug in response. The capsules, manufactured using 3-D-printing technology, could be deployed to deliver drugs to treat a variety of diseases, particularly in cases where drugs must be taken over a long period of time. The capsule, which can be customized to deliver drugs, sense environmental conditions, or both, can reside in the stomach for at least a month, transmitting information and responding to instructions from a user’s smartphone. Researchers at MIT, Draper, and Brigham and Women’s Hospital have designed an ingestible capsule that can be controlled using Bluetooth wireless technology. ![]()
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