Register

Login

Vet Times logo
+
  • View all news
  • Vets news
  • Vet Nursing news
  • Business news
  • + More
    • Videos
    • Podcasts
    • Crossword
  • View all clinical
  • Small animal
  • Livestock
  • Equine
  • Exotics
  • Job Seekers
  • Recruiters
  • Career Advice
About
Contact Us
For Advertisers
NewsClinicalJobs
Vet Times logo

Vets

All Vets newsSmall animalLivestockEquineExoticWork and well-beingInternational

Vet Nursing

All Vet Nursing newsSmall animalLivestockEquineExoticWork and well-beingOpinion

Business

All Business newsHuman resourcesBig 6SustainabilityFinanceDigitalPractice profilesPractice developments

+ More

VideosPodcastsDigital EditionCrossword

The latest veterinary news, delivered straight to your inbox.

Choose which topics you want to hear about and how often.

Vet Times logo 2

About

The team

Advertise with us

Recruitment

Contact us

Vet Times logo 2

Vets

All Vets news

Small animal

Livestock

Equine

Exotic

Work and well-being

International

Vet Nursing

All Vet Nursing news

Small animal

Livestock

Equine

Exotic

Work and well-being

Opinion

Business

All Business news

Human resources

Big 6

Sustainability

Finance

Digital

Practice profiles

Practice developments

Clinical

All Clinical content

Small animal

Livestock

Equine

Exotics

Jobs

All Jobs content

Job Seekers

Recruiters

Career Advice

More

All More content

Videos

Podcasts

Digital Edition

Crossword


Terms and conditions

Complaints policy

Cookie policy

Privacy policy

fb-iconinsta-iconlinkedin-icontwitter-iconyoutube-icon

© Veterinary Business Development Ltd 2026

IPSO_regulated

7 Apr 2021

Study shows contamination on vet phones

Two-thirds of mobile phones and tablets contaminated with staphylococci, including strains resistant to vancomycin and oxacillin.

author_img

Paul Imrie

Job Title



Study shows contamination on vet phones

Image © Ian Ramsey

A study has found 68% of mobile phones and tablets used by veterinary staff were contaminated with staphylococci – including vancomycin and oxacillin-resistant strains.

In a Journal of Small Animal Practice (JSAP) study called “Staphylococcal bacterial contamination of portable electronic devices in a large veterinary hospital”, samples were taken from the screen and buttons on personal electronic devices (PEDs) of staff working with feline and canine patients.

Staff were also asked to complete a questionnaire on the frequency of PED use and PED cleaning protocols.

Prevalence

The study’s aim was to determine the prevalence of staphylococcal contamination of PEDs in a veterinary hospital, and identify the source and pathogenesis of cultured strains. The cultures were tested for resistance to oxacillin and vancomycin.

Georgia Vinall, corresponding author for the paper, said: “Useable swab samples were taken from 47 devices; Staphylococcus species were cultured from 68% of PEDs with a median of 10 colonies grown per device. Vancomycin-resistant Staphylococcus species were found on 36% of devices, while oxacillin-resistant Staphylococcus was cultured from 2% of devices.

“DNA sequencing identified three Staphylococcus species – S capitis, S epidermidis and S hominis – which are most likely associated with humans as either sources or transmission vectors.”

Usage

Ms Vinall added: “The results of the survey indicate that 96% of staff had a PED that they used in the hospital environment, of which 85% use their device every day.

“Despite the high usage of PEDs in the hospital environment, only 6% of staff cleaned their device daily, with 33% of staff cleaning their PED less than weekly. Furthermore, only 54% of staff cleaned their device with a disinfectant.”