Wearable Sensor to Help Inflammatory Bowel Disease Patients

A wearable sensor developed by researchers has the ability to detect two biomarkers in the swear to help people with inflammatory bowel disease (IBD).

Wearable sensor that can monitor sweat to biomarkers that could fare-up inflammatory bowel disease (IBD) has been designed by researchers at the University of Texas at Dallas.

The study is published in the journal Inflammatory Bowel Diseases.

Anti-diabetic Drugs may Increase the Risk of Inflammatory Bowel Disease
A type of antidiabetic drug called dipeptidyl peptidase-4 inhibitors are associated with the incidence of inflammatory bowel disease in patients with type 2 diabetes. Physicians should be made aware of this possible association.

‘A wearable sensor can monitor the levels of interleukin-1β and c-reactive protein (CRP) in passive sweat of inflammatory bowel disease (IBD) patients. It has the potential to empower patients to be actively engaged in monitoring their disease and managing it.’
Read More..

The sensor detects and quantifies the presence of two important biomarkers which is associated with inflammatory bowel disease:

Interleukin-1β
C-reactive protein (CRP)

This is the first study to show that CRP is present in the human sweat and that two biomarkers can be detected in the sweat.

The technology can be used to provide a warning for inflammatory bowel disease. However, it cannot be used as a diagnosis of inflammatory bowel disease.

Link Between Heart Attack and Inflammatory Bowel Disease Found
Patients who have been diagnosed with inflammatory bowel disease could be at an increased risk of heart attack, finds a new study.

The ultimate goal of the work is to develop a device that can help patients gain more control over inflammatory bowel disease, which can be unpredictable.

The device was tested on 20 healthy individuals. The researchers wanted to show that the 2 biomarkers could be tracked in people without IBD. They also wanted to establish the levels of biomarker in healthy people without IBD.

Can Use of Antibiotics In Late Pregnancy Expose Offspring to Risk of Inflammatory Bowel Disease?
Researchers have found that over-use and unwarranted use of antibiotics during late pregnancy and early development increases the risk of inflammatory bowel disease.

The device uses passive sweat. The wearer need not engage in physical activity or expose their sweat glands.

The sweat is collected on a removable strip inside the wrist device that must be changed daily.

Genetic Test to Predict Inflammatory Bowel Disease Risk in Children
New genetic test helps in early diagnosis of inflammatory bowel disease in children and also predict its severity.

The device must collect passive sweat as an IBD patient may not be able to exercise to an extent where they can generate active sweat.

The device prototype will also be tested on volunteers with IBD in the second phase of the research. It needs to undergo further testing before it can be made available to IBD patients.

The device also has the potential to track other diseases and conditions marked by an inflammatory response.

The research team is investigating whether the device could alert people when there is an increase in cytokines. Cytokines are proteins released by the immune system at the early stages of a viral infection, like COVID-19.

Inflammatory bowel disease (IBD) is characterized by a chronic or recurring immune response. The cells lining the intestines are attacked when the body mistakes food, bacteria and other materials for foreign substances, resulting in inflammation.

Symptoms for IBD include fatigue and abdominal pain, with diarrhea in Crohn's disease patients and stool urgency in ulcerative colitis patients.

Intestinal inflammation is currently measured using endoscopy. Endoscopy is the insertion of a long, thin tube into the body to view internal organs or tissue.

Endoscopy is too invasive to be feasible for frequent monitoring of the disease. This disadvantage creates challenges in recruiting patients for clinical drug trials.

"A wearable microsensor device would have the potential to empower patients to be actively engaged in monitoring their disease and managing it," Honig said.

"It would greatly facilitate clinical research and potentially could be used in the long term to facilitate proactive management, where you have a target biomarker level you're trying to achieve over a certain period of time, and you optimize care to get there,"he added.

Source-Medindia