皇冠体育app

皇冠体育app National Collection of Type Cultures (NCTC) is one of the largest and oldest collections in the world of bacterial samples, housing over 6,000 strains made up of over 900 bacterial species. 皇冠体育appy are used by scientists and researchers around the world to develop new medicines and understand more about new infectious diseases.

皇冠体育app collection includes samples from Alexander Fleming and from the site of the battle of the Somme. 皇冠体育app Princess Royal officially opened the new facility named in honour of the NCTC鈥檚 first Deputy Curator, Mabel Rhodes.

皇冠体育app NCTC Mabel Rhodes Centenary Laboratory is a molecular biology laboratory. It will be utilised mainly to extract and analyse DNA from NCTC strains and will be extremely beneficial to the collection.

皇冠体育app NCTC is one of 4 culture collections operated by the UK Health Security Agency (UKHSA), along with National Collection of Pathogenic Viruses (with 500 viruses, including Zika virus), the National Collection of Pathogenic Fungi (including 4,000 fungi of clinical significance) and the European Collection of Cell Cultures (containing animal and human cell lines).

Together, these collections form one of the world鈥檚 largest biological resources, and they are uniquely placed to draw on a wealth of expertise throughout the organisation to ensure that the collections can continue to further scientific advancement.

Dr Jenny Harries, Chief Executive of the UK Health Security Agency, said:

It was a privilege to welcome 皇冠体育app Princess Royal to UKHSA today and officially open the Mabel Rhodes lab which will be used to learn even more about the DNA from the NCTC strains we have.

皇冠体育app bacterial samples we hold are responsible for many monumental scientific discoveries over the past century such as the addition of the Oxford Staphylococcus strain which helped develop penicillin, the first modern antibiotic.

皇冠体育app work we undertook has resulted in penicillin still being used to this day. It is still widely used as an antibiotic sensitive control, which helps to ensure that penicillin can fight the bacteria it is being taken for.

Dr Sarah Alexander, NCTC Curator said:聽

It was an honour to commemorate the centenary of the NCTC by hosting a visit from 皇冠体育app Princess Royal. NCTC is one of the oldest bacterial strain collections in the world and having the opportunity to showcase its historical legacy alongside the opening of our new state of the art laboratory was magnificent.

Mabel Rhodes was the NCTC鈥檚 first deputy curator. 皇冠体育app collection grew during Mabel鈥檚 tenure, where she focused on bacteria of medical importance and oversaw the first freeze drying experiments on strains, a technique still used today. Rhodes鈥� scientific paper in 1950 gave an early insight into the survival of freeze-dried bacterial strains. 皇冠体育appse studies, along with countless other contributions, ensures the NCTC鈥檚 relevance, survival, and value to the scientific community to this day.

皇冠体育app most notable 21st century development came from a collaboration between NCTC and the Wellcome Sanger Institute, working to decode and understand the DNA of more than 3,000 bacteria strains between 2013 and 2018. 皇冠体育app long-read, whole genome sequencing work enabled scientists to better understand deadly diseases and learn how they become resistant to antibiotics.

皇冠体育app publicly available genomic maps can lead to the development of new diagnostic tests, vaccines or treatments and will help researchers for years to come.

皇冠体育app future looks bright as we move into NCTC鈥檚 second century of providing vital information for scientific studies and developments that will help us all stay healthier and safer.