Nanodiamond-Based Quantum Sensor for Blood Iron Detection

The quantum sensing researchers in collaboration with the Sensor Prototyping Hub are working to develop a cutting-edge quantum sensor aimed at revolutionising how we measure blood iron content. This sensor leverages the unique properties of Nitrogen Vacancy diamonds to provide a highly accurate method for detecting iron levels in blood.

The Problem

Nitrogen Vacancy (NV) diamonds are a highly accurate tool for detecting ferritin-bound iron in the blood, surpassing traditional blood tests. They utilise quantum properties to directly measure ferritin-bound iron levels, offering greater precision. However, the current setup is bulky and not yet portable, limiting its practical use.

Our Solution

The Sensor Prototyping Hub is working with engineers from the Manufacturing Research Unit to simplify and miniaturise the NV diamond sensor system. This effort aims to overcome engineering hurdles and enable the practical deployment of these sensors in real-world settings.

Collaborators

In this project quantum meets engineer with quantum researchers Sepehr Ahmadi (Manufacturing) and Daniel Creedon (Manufacturing) and engineers Shamsul Arefin (Manufacturing), Chloe Faulks (Manufacturing), and Charlotte Farnworth (Sensor Prototyping Hub) with the project being led by Regine Chantler (Manufacturing).