Sci-Tech validates method for ESBL E. coli detection

Sci-Tech has successfully validated a method for the detection of ESBL E. coli in soil samples. This extends the division’s microbiological testing capability for the livestock sector, helping professionals identify the presence of ESBL quickly before it affects productivity.

‘Our extensive expertise in veterinary diagnostics and testing services allows us to regularly develop innovative analytical solutions to meet new challenges in the market,’ said David Petrie-Dolphin, Business Development Manager at Sci-Tech. ‘Validating this new method to detect ESBL-producing strains of E. coli in soil was on the top of our list. These strains are resistant to antibiotic types, making infections harder to treat. As a result, detecting ESBL E. coli early on is very important for animal health and welfare.’

E. coli is a common bacterium that normally lives harmlessly in the gut. The strains caused by the enzyme Extended Spectrum Beta-Lactamase (ESBL) are known to be transferred from livestock to humans and can cause health issues[1]. They are resistant to cephalosporins, penicillins, fluoroquinolones, trimethoprim, tetracycline, and some other antibiotics, which dramatically limits options for treatment.

Recent research into ESBL E. coli in livestock found that the strains are present in a high percentage of samples and may be the source of the development of increased antibiotic resistance. Sci-Tech’s method is therefore important in both in avoiding adverse consequences to animal health and, by extension, human health, and in extending the division’s capabilities.

‘Our vision is to support sustainable food production and a safer healthier planet by helping our customers enhance performance with value-added services,’ said Simon Parrington, Group Chief Executive Officer of Cawood. ‘Developing innovative solutions such as this means that we can further cement our position as the UK’s leading independent scientific group while helping our customers stay ahead of new challenges.’

Find out more information on our microbiological and serological testing services here.

[1] https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4659621/