Meeting demand with diagnostic innovation
For some infections, reliably identifying the cause poses a notable challenge. High-throughput systems and fully automated workflows are helping to accelerate time-to-diagnosis, but this is just part of the equation.
Optimising nucleic acid amplification testing (NAAT) techniques, like polymerase chain reaction (PCR) testing, have allowed test developers to push the boundaries of traditional diagnostics. Increasingly sophisticated assays with better sensitivity, specificity, and efficiency of scale have the potential to bring an entire paradigm shift in disease management, as seen in HPV screening for cervical cancer prevention.9
Simultaneous testing for multiple targets is one approach to enhance the reliability of testing. Compensating for the possibility of genotype variations, mutations and mismatches has increased the probability of detection for infections like HIV, syphilis, hepatitis C virus (HCV), and chlamydia, and can help to preemptively identify cases of co-infection. Similarly, advances in testing strategies—like running multiple tests on a single patient sample in the same run—helps to decrease the burden on laboratory staff. By improving the use of precious personnel resources, laboratories can flexibly meet surges in demand while maximising the value they provide across the health system.
For markets where populations are spread throughout sprawling remote areas, new ways of collecting samples and communicating results have revolutionised disease management—from initial diagnosis, to monitoring viral load, and promoting patient follow-up.