Capsule endoscopy is a process that utilizes a mini wireless camera to capture images of the digestive tract. A capsule endoscopy camera perches within a vitamin-size capsule one swallow. As the capsule proceeds through the digestive tract, the camera captures thousands of images that are disseminated to a recorder one wears on a belt around the waist. The capsule endoscopy market size is expanding as it assists doctors to peer within a small intestine, a region that is not effortlessly reached with a more conventional endoscopy process. Conventional endoscopy includes advancing an extended flexible tube armed with a video camera down the throat or through the rectum.
The global capsule endoscopy market was valued at USD 474.11 million in 2021 and is expected to grow at USD 982.83 million with a CAGR of 8.8% during the forecast period 2030.
Why is Capsule Endoscopy Done?
- Realize the source of gastrointestinal bleeding: The most customary motive for carrying out this procedure is to inspect unaccountable bleeding in the small intestine.
- Identify inflammatory bowel diseases such as Crohn’s disease: This procedure can disclose regions of inflammation in the small intestine.
- Detect cancer: This procedure can display tumors in the small intestine or the alternate parts of the digestive tract.
- Detect celiac disease: This procedure is sometimes used in detecting and observing this immune counteraction to consuming gluten.
- Examining the esophagus: This procedure has also been authorized to gauge the muscular tube that secures the mouth and stomach to seek uncommon amplified veins.
Risks Associated with Capsule Endoscopy
It is feasible for a capsule to become embedded in the digestive tract instead of leaving the body in the bowel movement within a couple of days. The probability, which is minuscule, may be greater in people who have a defect such as a tumor, Crohn’s disease, or former incision in the area that sanctions a narrowing in the digestive tract. If there is abdominal pain or there is a probability of narrowing of the intestine, the doctor will get a CT scan to observe a narrowing edge before utilizing capsule endoscopy. Even though the CT scan displays no narrowing, there is yet a minute probability that the capsule could get stuck.
Growth Drivers
The capsule endoscopy market sales are soaring due to the growing prevalence of small bowel disease, colorectal cancer, and esophageal disease, among others. For instance, as per the American Institute for Cancer Research, colorectal cancer is the prominent, most often cancer in men and the second chief probability of cancer in women. In 2018, there were approximately 1.8 million contemporary cancer cases. As per cancer.net, in the US, in 2021, an estimated 19,260 people would be recognized with esophageal cancer.
Geographic Penetration
North America: This region’s dominance can be credited to an escalating partiality for marginally invasive procedures and commodity invention, together with consciousness amongst persons about the premature diagnosis of cancer. For instance, as per the CDC, in 2018, 1,708,921 contemporary cancer cases were announced in the US, and 599,265 people died of cancer. There were 436 cancer cases recorded for every 100,000 persons, and 149 people died from cancer.
Asia Pacific: This region is anticipated to witness a high CAGR due to growing demand in the region for capsule-based endoscopy technology for screening functionalities. Additionally, the region’s robust economic advancement is one of the evolving features accountable for pulling global investors. The prevalence of massive candidates, together with the constantly progressing start-up scene, is pushing the market expansion.
Final Thoughts
Without a doubt, the future of the analysis of capsule endoscopy videos includes the usage of auxiliary computerized procedures that will not only make possible the analysis of these images but also enhance the precision of diagnosis. In the capsule endoscopy market, however, there is an urgent need for additional research studies demonstrating the practicality of this technology in a clinical context, considering the computational prices, efficacy, and preciseness of the technology.