Genpax, a life science startup focused on transforming healthcare in detecting, tracing, and mitigating the spread of bacterial pathogens, has been announced as a winner by the IET for their 2023 Excellence and Innovation Awards. The Awards celebrate the most pioneering engineering and technology innovations across 16 sectors, from energy and sustainability to manufacturing and healthcare. Chosen by a panel of expert judges, Genpax won the Health Technology award for their re

NEW YORK – Bioinformatics company Genpax estimates that healthcare systems can save considerable money while preventing infection outbreaks through microbial whole-genome sequencing. In a study published earlier this month in Microbial Genetics, the London-based company calculated that implementing a WGS surveillance strategy could prevent some 74,000 infections annually in England, saving the National Health Service approximately £480 million ($604.5 million) per year, amoun

A recent economic modelling paper by Genpax, published in Microbial Genomics, concludes that in England, the National Health Service (NHS) could save close to £0.5bn and prevent 1200 avoidable deaths, and the US health system over $3bn and 4,800 deaths by implementing whole genome sequencing (WGS) as a tool to control bacterial healthcare-associated infections. Healthcare-associated infections (HAIs) are a huge economic burden to global healthcare systems. They currently cos

Presented by John Fox at ASM Microbe in Houston, Texas 2024 Bacterial HAIs are a substantial source of global morbidity and mortality, resulting in increased length of hospital stay and high healthcare costs. At Genpax, we're often asked what the benefit of adopting a WGS led intervention strategy could have on hospitals systems, so we developed at thorough model to work it out. Our findings will be presented at the forthcoming ASM Microbe 23 meeting in Houston in June. If y

COVID-19 is not the pandemic I was predicting. Year after year, for just over 10 years a new class of about 150 young, smart medical students would come to my lectures on medical bacteriology and infection at Oxford. I would explain what things contribute to virulence (what makes pathogens dangerous); most years I would get them to play an online game in which a pandemic was simulated and from which they would learn some key things, with a prize for the person who could take