INTRODUCTION TO THE PRODUCT​​
SeptiTect is an ambitious nanosensor project, currently in development, with the aim to seamlessly integrate health monitoring into our daily lives. Utilizing advanced graphene derivative materials, it is designed to be applied similarly to a tattoo, comfortably embedding into the subcutaneous layer of the skin.
The use of graphene-based materials ensures optimal biocompatibility and biodegradability. These nanosensors are designed to naturally degrade within the body, with a lifespan of 2 to 5 years, without causing any harm. The design requires no power, functioning instead through chemical reactions, which makes it invisible once implanted and optimally practical.
ABOUT THE TECH
SeptiTect is a system of implantable biosensors applied in the same way as any tattoo. once implanted it is invisible to the eye, only appearing as a flashing light in cases where the sensors detect changes in various biomarkers specific to sepsis, which include blood pH, inflammatory cells and proteins amongst others. The nanotechnology used is fully biocompatible and biodegradable within the human body, breaking down naturally within 2-5 years with no further health complications. These systems were designed to not only fluoresce to alert the patient of the developing systems of sepsis but will also connect via Bluetooth to a trusted device and our app, which will then contact up to three named emergency contacts. If symptoms persist, emergency services may be contacted as well.
Advantages for Health
The primary goal of SeptiTect is to detect the early onset of septicaemia in chemotherapy patients, a severe infection requiring immediate medical intervention. The nanosensor will monitor various markers associated with septicaemia, providing crucial alerts to patients and healthcare professionals.
Beyond that, SeptiTect aims to monitor white blood cell counts, an essential indicator of overall health and potential organ deterioration. Additionally, it is designed to regulate vital signs, like heart rate and blood pressure, as well as continuous monitoring of glucose levels, making it a promising tool for at-risk patients. The provision to contact next of kin or emergency services in critical situations further enhances its potential health benefits.
Advantages for the Environment and Economy
SeptiTect also presents environmental and economic benefits. The graphene-derived, biodegradable material of the nanosensors is designed to minimize waste, contributing to environmental sustainability. Furthermore, its operation requiring no power or memory makes it an energy-efficient innovation.
From an economic perspective, SeptiTect could help reduce the strain on healthcare facilities. By potentially allowing at-home monitoring, hospital admissions and the necessity for in-hospital monitoring could be decreased, offering a considerable economic advantage.
Future Potential of the Product
While SeptiTect is being developed primarily for septicaemia detection, its potential extends much further. It is anticipated that this technology could detect early-stage metastasis of known tumors, possibly revolutionizing cancer care. Similarly, monitoring high-dose medications and potentially toxic treatments could be an achievable future goal, ensuring the safety and effectiveness of various therapies.
The nanosensor could also be used for continuous nutritional status monitoring, potentially detecting vitamin deficiencies and hormonal imbalances, thereby contributing to comprehensive health management.
SeptiTect, although still in the developmental phase, shows significant promise. It aims to transform not only the management of septicaemia in chemotherapy patients but also broader healthcare monitoring in the future.