Medical

sepsis

What is Sepsis?

Sepsis is a form of blood poisoning or septicemia, it is the bodies own “over-reaction” to a bacterial infection.
Worldwide sepsis is one of the most common deadly diseases, yet it is the one of the least well known. Every hour, around 1,000 people die from Sepsis worldwide. It is crucially important that the early symptoms of Sepsis are recognised by the public and the health workers and treatment started, where possible, within the first hour – the “Golden Hour.” If it is, then the risk of death from Sepsis is halved.

The diagnosis and treatment of Sepsis poses a medical emergency, however, the early symptoms of sepsis are fever like, therefore easy to misdiagnose. If the condition is diagnosed and treated in the first hour following presentation, the patient has more than an 80% survival rate. After the sixth hour, the patient only has a 30% chance of survival.

One of the major problems is that hospital blood tests can take several hours to detect it, therefore, delaying the start of treatment and progressively limiting the chances of a favourable outcome. Keep reading this article to find out how MicroLab Devices are helping the early detection of this diease.

There are are a number of charities and organisations fund raising and raising awareness of Sepsis. Please use the links below to find out more.

Developing a Sepsis Diagnostic

MicroLab Devices are leading a Technology Strategy Board funded consortium called PROMPT Sepsis to develop a diagnostic test for the early detection of Sepsis which utilises a finger prick of blood to provide a clinical diagnostic outcome to guide treatment within 5 minutes, without ever leaving the patients side or requiring any external resources. We are striving to achieve a low-cost, disposible test cartidge by combining the technologies of the University of Liverpool and Foresite Diagnostics.

The Technology Strategy Board have funded 8 projects within the UK on a competitive basis. All the projects featured in a Lancet review. We are confident that within the next 2 years we will have moved collectively closer to being able to detect Sepsis quicker helping save lives.

Follow us on Twitter for our latest progress.