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Ingestible sensors are still a new concept, and the idea of swallowing a sensor containing all the electronic components remains a psychological challenge. Strict safety guidelines must be maintained by the pharmaceutical companies and regulatory authorities.
The field must also surmount the huge hurdle of massive expenditures linked to product development, as these technologies require the invention of new integrated technologies, an issue that could slow the speed of development.
Nevertheless, the information that can be obtained through this ingestible technology has a huge potential to shed light on newly discovered functionalities of the gut. We currently lack an in-depth comprehension of how gastric juices, electrolytes, hormones, and other gut metabolites coordinate together to establish a healthy gut. Hence, we can safely assume that these highly integrated ingestible sensors are the future of our gut health
The cleverly-labeled e-pill may accurately describe electronics that can be ingested, but there’s much more to these fingernail-sized devices than tiny microchips. IoT-packed IMBED pills can measure pH and temperature, but their diagnostic origins actually come from bacteria, which in turn helps scientists assess their future potential.
The environmentally resilient and adaptable nature of bacteria provided the inspiration for the development of these microsensors. A 2018 study published in Science showcased proof of concept for IMBED sensors to successfully detect internal bleeding in swine. The scientists turned to the combination of biosensor bacteria and a miniature wireless readout capsule in order to carry out the successful experiment
The Global Ingestible IoT Sensor market is estimated to be worth $ XX billion by 2030, and is expected to grow at a compound annual growth rate (CAGR) of YY%. Another report projects that the market will reach $XX billion by 2030, growing at a CAGR of YY% from 2024 to 2030.
In the global Ingestible IoT Sensor market, several trends are shaping the industry landscape. In the healthcare sector, swallowable or ingestible sensors are used in capsules for endoscopy, patient monitoring and control, and drug delivery applications. The most common types of receptive sensors are those used for imaging, detecting various kinds of gases, monitoring drug compliance and absorption, and electrochemical signal acquisition.
Currently, it is recognized that the pills need to be resized, as their dimensions (roughly 1.5 inches) hinder human trials. This concept was also extrapolated to detect other molecules like acyl-homoserine lactones using non-pathogenic E. coli Nissle 1917. These IMBEDs show great promise in detecting small intra-gut molecules that are difficult to detect using traditional fecal testing. These technologies are a brilliant amalgamation of fundamental biology, electronics, and engineering that will most definitely aid in our comprehension of gut issues
In the rapidly evolving landscape of the global Ingestible IoT Sensor market, recent advancements have led to the development of innovative products with enhanced capabilities and applications. While previous generations of ingestible sensors primarily measured pH, temperature, pressure, and medication adherence, this is the first time the technology has been pushed toward specific diagnostics.
Bacteria can be considered nano-bio sensors because they can sense a wide range of external physical and chemical parameters via specific genetic pathways.
Endocapsule 10 is a small-intestine endoscope system from Olympus Corporation, produces extremely high-quality images for quick, efficient, and precise examinations. The 3D Track function allows tracking the capsule as it travels through the small intestine. The detailed signals from the capsule are recognized by a high-precision antenna, which enables the system to display the capsule track in 3D.
The track progress bar is useful for determining the location of the capsule in the small intestine. It also displays on the 3D tracking screen where each thumbnail image was captured to determine the abnormalities’ locations. The 3D Track function is simple to use, indicating capsule location to assist you in deciding what approach should be taken for subsequent procedures.
Market Segmentation of the Global Ingestible IoT Sensor Market
By Geographic Segmentation:
By Application
By Technology
By Sensor Type
