# data[].attributes.headline
Summary of the Current Innovation - BioButton

# data[].attributes.subject
Summary of the Current Innovation - BioButton

# data[].attributes.body
Biobutton is a medical-grade wearable device that provides clinical intelligence and continuous vital sign monitoring for hospitalized patients. BioButtons are able to collect more than 651,000 hours of cital sign data, including heart rate, respiratory rate, skin temperature, and activity. (BioIntelliSense, 2024). The BioButton increases innovation in hospital monitoring by allowing clinical professionals to continuously monitor their patients effectively. A peer-reviewed study that was published by the Journal of Clinical Medicine examined the impacts of continuous vital sign monitoring utilizing the BioButton developed by BioIntelliSense. The outcomes that came from the study reflected that this innovation in health care delivered shorter hospital stays, proactive detection of deterioration, minimized alert fatigue, improved diagnostic accuracy, and also enhanced clinical outcomes. The length of stay in the monitored unit showed a decreasing trend, from 3.07 days to 2.75 days, over 12 months. It provided economic benefits to the hospital and enhanced patient satisfaction. (BioIntelliSense, 2024). The device also helped detect deterioration. Deterioration events were preceded by at least one notification within 24 hours, which underscored the device's predictive potential. The products also enhanced clinical outcomes by providing notifications to healthcare porfessionals about diagnoses of sepsis, atrial fibrillation, and even a medication allergy, all which can be life-threatening if not identified promptly. BioButton have reshaped hospital based patient care. While continous monitoring has only been confined to critical care environments but making it accessible to medical-surgical units represents a democratization of advanced monitoring. This devices alleviates nurses workload, reduces documentation errors, and provides real time insights for clinical teams which improves patient safety.

# data[].attributes.body
Minimized hospital stays: Average length of stay dropped from 3.07 to 2.75 days, which suggests potential economic benefits for health systems and greater patient satisfaction

Improved diagnostic accuracy: The BioButton data was shown to be more reliable than manually recording readings, especially for respiratory rate. Within the study, several cases highlighted that high respiratory rate notifications were strongly associated with early signs of clinical decline. (BioIntelliSense, 2024).

Higher Accuracy of Vital Sign Monitoring: Continuous monitoring provides objective and precise data, reducing errors that could delay treatment. As stated earlier, manual respirator rate measurements are often inaccurate because they depend on observation. The BioButton displays an accurate respiratory reading.

# data[].attributes.body
Dependence on Technology: The BioButton requires Wi-Fi, cloud servers (BioCloud), and the BioHub gateway. If there is a problem with the network or a device malfunction, this can cause the monitoring to be interrupted.

Over-Reliance on Device Data: Healthcare workers may rely too heavily on alerts, which can potentially overlook subtle clinical signs that the device cannot catch. A false sense of security can ensue if the product is treated like a replacement for clinical judgment.

Patient Comfort and Compliance: The BioButton is worn on the upper left chest, and it may be uncomfortable or irritating for some patients. Patients with sensitive skin or mobility issues may be less cooperative with the product and may not want to wear it.

# data[].attributes.body
In my opinion, the BioButton is an amazing innovation in hospital care. It effectively addresses some of the biggest challenges in inpatient care, including late recognition of deterioration, staff burnout from manual vital signs and alarm fatigue, and inefficiencies in patient workflow. (BioIntelliSense, 2024). The fact that it can pick up subtle changes almost 15 hours before the symptoms ensue is amazing because it aligns with proactive, data-driven care rather than reactive treatment. of course, there are negative aspects like the cost and integration of the product, but in my opinion, the benefits outweigh the drawbacks by reducing human error when it comes to getting the respiratory rate and supporting earlier interventions that can save patients' lives.

# data[].attributes.body
Discipline - Daniel

Daniel enjoys routine and structure. He thrives in an orderly and organized environment. He focuses on deadlines and timelines and sets up strict routines. He is able to create order and structure when needed.

Empathy - Emily

Emily is really good at relationship building. She is able to sense the emotions of other people by imagining herself in other people's situations. She is able to hear unvoiced questions and anticipate the need for those questions.

Consistency - Carlee

I selected Carlee because she treats everyone the same consistently. She sets clear rules and procedures and adheres to them. She finds comfort with predictability. She is always happy to do exactly what is assigned to her.

Relator - Rose

I selected Rose because she is also good at relationship building. She likes creating close relationships with people and would work hard to ensure that we reach our goals.

Learner - Louis

I selected Louis because he would work hard to make sure our project is continuously improving. He like to focus on one topic for an extended period of time

# data[].attributes.attachment_link.title
BioIntelliSense Bio Button (promotional video)

# data[].attributes.attachment_link.title
BioIntelliSense: Observational Study in Journal of Clinical Medicine Highlights Early Detection of Patient Deterioration with FDA-cleared BioButton Continuous Monitoring Wearable Device. - Document - Gale Business: Insights