The latest update, EN 13697:2015+A1:2019, has now been published. Amongst the changes are some important ones, which may require you to have further testing done on your products.
- The interfering substance for testing against Pseudomonas aeruginosa, under clean conditions, has now been reverted to 0.3 g/l bovine albumin.
In line with ECHA guidance, prior to this revision, we had already made this change and included a note in test reports as justification. However,
- The 2019 amendment has also changed the way in which both Pseudomonas aeruginosa and Candida albicans test suspensions are prepared. Both must now be prepared 10x stronger than in previous versions.
Tests done to EN 13697:2015 are still valid, with the exception of any tests done against Pseudomonas aeruginosa or Candida albicans under clean conditions.
This applies if even if the clean conditions (for Pseudomonas aeruginosa) had been amended to 0.3 g/l bovine albumin, in accordance with ECHA guidance.
If you believe you are affected by these changes, please contact us for more details.
Recently there have been reports on an outbreak of Strep A bacteria within the UK. Below is a brief overview of what Strep A is and how we can prevent it from spreading.
What is Strep A?
Streptococci (Strep) A is a gram positive bacteria that can cause mild infections such as ‘strep throat’, scarlet fever or minor skin infections. However, when contracted by people with weak immune systems such as young babies and the elderly, the bacteria can cause invasive infections such as meningitis.
How is it spread?
Strep A can be spread when someone with an infection coughs or sneezes or through direct contact.
How can you prevent the spread of Strep A?
1) Frequent handwashing (we recommend the use of antibacterial soaps that have passed EN 1276 and EN 1499)
2) When cleaning at home or work use a quality disinfectant (we recommend the use of disinfectants that have passed EN 1276 and EN 13697)
For more information see the NHS or Public Health England Websites.
Over recent years beeswax has gained popularity within the cosmetics industry. It is commonly found in lip balms, moisturisers, shaving creams and other cosmetic products. Beeswax is what bees construct honeycomb from and is composed of mainly hydrocarbons and long chain fatty acids, but is it antimicrobial?
It is often believed that beeswax is antimicrobial, however due to its composition, microbial susceptibility can vary between hives and seasons. There has been limited research into the antimicrobial properties of beeswax alone and many have been inconclusive due to differing extraction methods. However, there has been some evidence that beeswax has antibacterial properties when combined with other ingredients such as honey or alcohol.
An overview of some of this research can be read in the scientific paper below:
(click image to read)
For more information or formulation assistance contact our team today.
We are excited to announce that Abbott Analytical has recently added Lauren as a new member to our team. She will be working alongside Gareth within our laboratory as an apprentice microbiologist. This will allow her to gain vital hands on experience while completing qualifications at Wirral Metropolitan College.
Our laboratory is waiting on its first United Kingdom Accreditation Service (UKAS) inspection. This ISO 17025:2017 accreditation demonstrates the competence, impartiality and performance capabilities of Abbott Analytical and our team.
If you are looking for a highly capable and proficient laboratory to carry out your testing give our friendly team a call today.