Hepatitis B is a life-threatening liver infection – our machine learning tool could help with early detection
Retrieved on:
Monday, June 5, 2023
Notifiable disease, Infection, Liver, National university, Hepatitis, Human, Prevalence, Enzyme, Pathology, Quality of life, Hepatitis B, Prognosis, Hepatitis B virus, Nigerian Institute of Medical Research, Research, Serum albumin, Computer, Patient, Laboratory, Machine learning, Blood, Salt, Medical research, World, Viral hepatitis, HBV, Australian National University, Vaccine, Pharmaceutical industry, Medical device, Medical imaging
More than 296 million people worldwide live with hepatitis B, a potentially life-threatening liver infection caused by the hepatitis B virus (HBV).
Key Points:
- More than 296 million people worldwide live with hepatitis B, a potentially life-threatening liver infection caused by the hepatitis B virus (HBV).
- Early detection of HBV-infected patients could therefore improve patient prognosis and stop transmission within populations.
- We are among a group of researchers at the Australian National University who study machine learning and infectious disease.
- Enabling earlier care should give millions of people a better quality of life and help reduce HBV prevalence.
How did we do the work?
- The institute is Nigeria’s foremost medical research institute and it hosts a dedicated hepatitis B clinic.
- Routine blood tests can be very useful in facilitating early diagnosis if the subtle interactions between measurements can be spotted.
- One reason machine learning is so powerful is that it does not require humans to tell the computer which features to identify.
What did we find?
- We then translated this into a user-friendly, web-accessible app to use in further studies.
- The tool found that a combination of two enzymes, patient age and white blood cell count was the strongest predictor of HBV infection.
- Serum albumin, a liver function marker, was also identified as an important predictive marker of infection.
What’s next?
- Before a tool like this is put to work in routine clinical practice, it needs to be validated using diverse data.
- Our machine learning tool was trained with data from Nigeria, so its performance may be limited to that setting.
- We are in the process of training our algorithm with more data from other sources and validating its robustness in other settings.