An amazing project looking at the antimicrobial properties of Tea
Extracted from the Garden of Wales web site. - Beekeepers we need your help - see below!
"We are working with Prof. Les Baillie of the Welsh School of Pharmacy at Cardiff University on projects that look at the medicinal properties of natural products, including tea and honey.
Update: 14th June 2011
Please send to Jenny (Hawkins) a 200g sample of honey, along with the name of the supplier, contact details, location of hives, the type of habitat the hives are found in and the main plants used for foraging. We would like to sample honey at different times of year so please let us know when the honey was collected. Send samples to:
Jenny Hawkins, Welsh School of Pharmacy, Cardiff University, Redwood Building, King Edward VII Avenue, Cardiff, CF10 3NB.
We will keep you in touch with what happens to your honey, all samples will be tested for their anti-microbial properties at Cardiff University. A selection of samples will be DNA barcoded at the National Botanic Garden of Wales to find out what plants have gone into the making of the honey. We will select honeys from a wide range of natural habitats for this part of the work. This first phase of the project will go ahead this summer. Starting this September we have a PhD student who will be working on this project for the next three years.
We are looking at the antimicrobial properties of tea (Camellia sinensis) to treat hospital infections such as Clostridium difficile, examining different black and green teas and their constituents to compare their effectiveness. Here at the Garden we have a research collection of tea plants, these will be subjected to different treatments to see if we can boost their anti-microbial properties – can we make a SUPER tea to fight hospital infections?
Our newest project looks at the medicinal properties of honey and combines screening tests developed at the Welsh School of Pharmacy with our Barcode Wales project. Honey has long been known to have anti-bacterial properties and is already used in wound dressings. Different honey varies in its effectiveness depending on the plants the bees visited to make it. We will screen wildflower honey, from throughout the UK, for activity against two of the most common hospital-acquired infections, the bacteria MRSA and Clostridium difficile. We will then find out exactly what plants the bees visited to make the honey using DNA barcoding – we can extract plant DNA from the honey and compare this to our Barcode Wales database. We hope to use this to pinpoint what plants in honey are most effective against infections in humans and also in bees".