WPI Enables More Accurate, Non-Invasive, and Remote Patient Monitoring with Cadence
- None.
- None.
Insights
The development of advanced sensors by Worcester Polytechnic Institute (WPI) for remote patient monitoring represents a significant leap in medical technology, particularly for neonatal care. These devices, which leverage Cadence Design Systems' tools, are poised to revolutionize the way infants' vital signs are monitored by providing non-invasive, accurate and real-time data. This innovation could greatly reduce the stress on babies and families, as it eliminates the need for constant physical tethering to monitoring equipment.
From an industry perspective, the integration of miniaturized and smart technology in healthcare devices is a growing trend. The market for remote patient monitoring devices was valued at USD 1.2 billion in 2021 and is expected to expand at a compound annual growth rate (CAGR) of 7.9% from 2022 to 2030. The technology described could capture a significant share of this market, especially if it proves to be more reliable and user-friendly than existing solutions.
However, challenges such as device accuracy, security of patient data and integration with existing hospital systems must be addressed. Furthermore, the adoption of such technologies depends on regulatory approvals and insurance coverage, which can be significant hurdles for widespread implementation.
The advent of WPI's new sensor technology, backed by Cadence tools, is expected to have a disruptive impact on the healthcare sector, especially in the pediatric and neonatal subsegment. The ability to monitor critical variables such as oxygen and carbon dioxide levels more effectively can lead to better patient outcomes and might reduce hospital readmission rates. Consequently, hospitals and healthcare providers could see a decrease in costs associated with prolonged hospital stays and treatments for complications.
In the long term, such technological advancements could contribute to a shift in healthcare delivery models, promoting home-based care and telemedicine. This shift would not only alleviate pressure on hospital resources but could also lead to new billing models and revenue streams for healthcare providers. Insurers might also adjust their policies to reflect the reduced risk and costs associated with better monitoring technologies.
On the other hand, there could be a potential increase in demand for training and support services as healthcare practitioners adapt to these new technologies. Additionally, companies that produce traditional monitoring equipment might face decreased demand, prompting a need for innovation and adaptation to maintain market share.
The technical aspects of WPI's sensor development highlight the importance of signal characteristics and hardware customization in creating effective biomedical devices. The utilization of Cadence's Virtuoso Studio, Spectre technology and PSpice and PVS tools underscores the complexity of designing devices that are both power-efficient and capable of handling the sophisticated task of monitoring vital signs.
Miniaturization and smart capabilities are critical for the next generation of biomedical devices, as they allow for greater flexibility and patient comfort without compromising on functionality. The engineering challenge lies in balancing these constraints with the need for reliable performance, especially when dealing with sensitive patient populations such as infants. The success of such devices in clinical settings will hinge on their ability to provide accurate readings in a variety of conditions and form factors.
Moreover, the integration of wireless technology in biomedical devices is becoming increasingly important for remote monitoring applications. However, this also introduces concerns related to battery life, data transmission reliability and cybersecurity, which must be rigorously tested and validated before these devices can be widely deployed.
NORTHAMPTON, MA / ACCESSWIRE / January 11, 2024 / Cadence Design Systems
By Tanushri Shah
According to Worcester Polytechnic Institute (WPI), the future of medicine is the ability to remotely monitor patients in a simple and accurate way. The new sensor that they've developed does just that. It allows thousands of different patients, particularly babies, to be monitored at once in an easy, effective way, and they're doing so with the help of Cadence tools.
When babies are under medical care, they may appear healthy on the outside, but sometimes their oxygen or carbon dioxide levels are lower than they appear. Those are important variables to determine their response to therapy and if the support they're being given is adequate. To provide the best care to those babies, doctors need easy access to those variables frequently and in a non-invasive manner.
WPI is building monitors that provide more accessible data, give all the variables more accurately, and are more family-friendly. With WPI's monitors, babies don't need to remain tethered to a machine to determine whether the support they're being given is adequate.
Since WPI's monitor is a variable device, they have limited power and area resources available. The first thing the team had to do was study the signal characteristics since the hardware would be tailored to the needs of the signal. They used Cadence's Virtuoso Studio, Spectre technology, and PSpice and PVS tools to characterize the electrical design, lay out the physical design, and verify the electrical and physical design in every step.
Ulkuhan Guler, an associate professor at WPI, said, "Cadence helps us to design the next generation of biomedical devices, which are miniaturized, smart, wireless, and can measure from inside and outside of the body. This will reduce the burden on healthcare, and also, this will help doctors to monitor their patients from the comfort of their home." Learn more about how WPI is enabling accurate, non-invasive, and remote patient monitoring with Cadence.
"Designed with Cadence" is a series of videos that showcases creative products and technologies that are accelerating industry innovation using Cadence tools and solutions. For more Designed with Cadence videos, check out the Cadence website and YouTube channel.
View additional multimedia and more ESG storytelling from Cadence Design Systems on 3blmedia.com.
Contact Info:
Spokesperson: Cadence Design Systems
Website: https://www.3blmedia.com/profiles/cadence-design-systems
Email: info@3blmedia.com
SOURCE: Cadence Design Systems
View the original press release on accesswire.com
FAQ
How is Cadence Design Systems involved in the development of the new sensor by Worcester Polytechnic Institute?
What are the key features of the new sensor developed by WPI with the help of Cadence tools?
How will the new sensor benefit healthcare and patient monitoring?
Who is Ulkuhan Guler and what is their role in the development of the new sensor?
What tools were used by WPI to develop the new sensor?
