Sepsis

Rapid detection of sepsis is vital.

One nurse showing a framed photograph of a relative to a COVID patient.
NETs on green sepsis background
Disease

Sepsis is the number one cause of death in hospitals worldwide.

Sepsis kills an estimated 11 million people a year, which is more than cancer or coronary disease. In 2017, there were an estimated 49 million cases, with over half of all cases occurring among children and accounting for 2.9 million deaths in under-fives.

Approximately half of survivors are left with psychological and/or physical effects. They may struggle to remember everyday things, no longer be able to walk or be unable to dress or bathe themselves without help.

Early detection and treatment of sepsis has the potential to improve survival – and improve the quality of life of survivors.

0 m

sepsis cases per year

0 m

sepsis deaths each year

0 m

sepsis deaths of children under five each year

0 %

increased risk of death for every hour of treatment delay.

Challenges

Sepsis can be hard to spot early; it is a syndrome with many faces and many of its symptoms mimic those of other conditions.

There is currently a lack of tests to diagnose sepsis symptomatically. Without prompt treatment, it can lead to multiple organ failure and death. Once sepsis is diagnosed, existing treatments – antibiotics, plus supportive therapies such as ventilation, IV fluids and vasopressors – are often not enough.

The risk of death from sepsis increases by 7.6% for each hour of delay in appropriate antibiotic therapy.

Our Solutions

Our Nu.Q® NETs assay detects diseases associated with NETosis, such as sepsis.

Our Nu.Q® NETs assay detects diseases associated with NETosis, such as sepsis. It has the potential to help doctors accurately diagnose disease and could also help predict disease severity, measure treatment response and monitor disease progression.

This simple, low-cost, accessible test quantifies an individual’s level of circulating H3.1 nucleosomes in the blood stream, a surrogate marker for Neutrophil Extracellular Traps (NETs). Although NETs play a critical role in our normal immune response, elevated levels of NETs can lead to tissue damage, and in severe cases, sepsis, organ failure and death.

We are collaborating with centres of excellence worldwide to ensure Nu.Q® NETs can be introduced effectively into clinical settings. It could be used to screen patients for sepsis when they present with symptoms in the emergency room, or if their condition deteriorates on a hospital ward.

Nurse or doctor give man support during recovery or loss. Caregiver holding hand of her sad senior patient and showing kindness while doing a checkup at a retirement, old age home or hospital
Nurse or doctor give man support during recovery or loss. Caregiver holding hand of her sad senior patient and showing kindness while doing a checkup at a retirement, old age home or hospital
icon-microscope-teal

Detect NETosis

Nu.Q® NETs is a groundbreaking CE-marked diagnostic solution that clinicians can use to detect NETosis.

icon-clock-teal

Act quickly

Nu.Q® NETs will support clinical decision-making, enabling physicians to act quickly, improving patient outcomes and patient management.

icon-computer-teal

Personalized medicine

This offers opportunities for further research if NETs could allow the personalisation of treatment in sepsis patients.

Why is sepsis testing so important?

Currently sepsis is difficult to detect and a lack of early diagnosis results in poor outcomes.

Find out more about how our Nu.Q® NETs blood test, to diagnose and monitor patients at risk of sepsis, is currently being trialled at Guy’s and St Thomas’ NHS Foundation Trust in London.

NETs on green sepsis background

Talk to a specialist.

Please contact our expert team for more information about Nu.Q® Nets.