Kidney disease has emerged as a significant global health concern, with Indonesia ranking it as the 10th leading cause of death in 2020. The country reported a death rate of 19.30 per 100,000 of the population due to kidney-related issues. Major contributors to kidney diseases include diabetes, high blood pressure, and autoimmune disorders. Considering this alarming situation, Non-Invasive Kidney Disease Detector, developed by a team of BINUS Innovative Scientists, is set to revolutionize how we diagnose kidney conditions for good health and well-being.
Detecting Human Breath to Analyze Kidney Conditions
The team of brilliant minds behind this remarkable invention comprises Winda Astuti, S.T., M.Sc., Ph.D., Muhammad Nurul Puji, S.Si., M.Si., Nicholas Phandinata, Anton Moejaya, Aziz Ramadhan, and Markus Sugianto. Their collective expertise has resulted in a revolutionary medical device that could redefine the early detection of kidney disease, thereby saving countless lives.
The Non-Invasive Kidney Disease Detector is designed to detect kidney conditions through the simple act of exhaling. This innovative device swiftly analyzes the air exhaled from a patient's mouth and provides insights into their kidney health. The key to this remarkable technology lies in the detection of ammonia levels in the patient's breath, which can indicate kidney issues, particularly in cases of renal failure.
Non-Invasive, Portable, and Affordable Device
One of the most striking features of this innovation is its non-invasive method. The device eliminates the need for a blood sample. For patients who fear needles or those with conditions that make drawing blood complicated, this innovation provides a breath of relief.
This advanced device also stands out because of its portability and affordability. The Non-Invasive Kidney Disease Detector can be easily transported to remote areas, small hospitals, or public health centers (Puskesmas). With the ability to provide real-time detection immediately after a patient breathes into the device's inlet, it offers a revolutionary approach to kidney disease diagnosis. This means that patients in even the most underserved regions can access the critical kidney health assessment they need.
Moreover, the device operates via the Internet, allowing doctors and medical staff to access stored patient data from anywhere they are located. This connectivity enhances the scope and efficiency of healthcare delivery, bridging geographical gaps and offering medical professionals an invaluable tool for remote monitoring.
The compact and portable specification of the device ensures that it can be conveniently carried to various healthcare settings. This flexibility is particularly important in areas where infrastructure is limited, making it accessible for point-of-care diagnosis.
“I hope this device can be useful in encouraging quick action to prevent more fatal kidney failure by giving early detection for further treatment,” said Mrs. Winda.
Besides its portability, the Non-Invasive Kidney Disease Detector has several unique specifications as an innovation in the health sector, such as:
1. Data is stored digitally, ensuring secure and efficient record-keeping.
2. The device can analyze breath samples for only up to three minutes, providing quick results to healthcare providers and patients.
3. With the current data set, the device can offer high accuracy (>50%). However, more actual data sets and conditions are required to increase the accuracy and reliability.
4. Its Raspberry Pi-based design combines the power of modern computing with the accessibility of this single-board computer, allowing for efficient data processing and storage.
With the potential to provide quick, accurate, and non-intrusive kidney health calculations, the Non-Invasive Kidney Disease Detector seeks to achieve good health and well-being – one of the Sustainable Development Goals (SDGs) – particularly in regions with limited access to healthcare resources. This revolutionary device is poised to make a significant impact, bridging gaps in kidney disease diagnosis and providing hope to countless individuals at risk. It represents a remarkable example of how technology can be harnessed to transform healthcare for the better, offering new hope to those affected by kidney diseases in Indonesia and beyond.
AMT
RTT BINUS
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