Scientist placing compound in a test tube

Strathclyde InspireCase Study - Professor Colin Suckling

Professor Colin Suckling, Research Professor of Chemistry and Member of the Joint Development Committee with MGB Biopharma

In 2009, drug candidates generated by Professor Colin Suckling were licensed to MGB Biopharma, a virtual pharmaceutical company, whose employees included a Strathclyde graduate whom he taught Organic Chemistry to in the 1980s! MGB Biopharma aimed to obtain new treatments for infectious diseases using compounds that bind to the double helix DNA in its minor groove; Minor Groove Binders, or MGBs. The academic team had previously raised funds from the University of Strathclyde and Scottish Enterprise to complete experiments at the University and Glasgow Royal Infirmary which showed that MGBs had the potential to become new antibacterial drugs, protected by granted patents worldwide. Since then, clinical trials for the treatment of Clostridium difficile infections have shown it is the best available drug for this condition.

The discovery and development of MGBs was not Professor Suckling’s first venture into commercialisation of research; he learned about taking a piece of chemistry into the market from a project on the preparation of a compound, leucovorin, used in some anticancer therapies. The patent and licensing procedure began in 1986 and was led by the University's IP & Commercialisation team at the time. Getting patents to grant can be an intensive process and in this case required a team of Strathclyde scientists and IP & Commercialisation Managers to visit Patent Offices in the USA and Europe and negotiations eventually secured a licence deal. Colin, therefore, learned about commercialisation on the job, in partnership with the University's IP & Commercialisation team. So, when the opportunity came to commercialise the MGBs, he was already familiar with the tasks and challenges.

Colin emphasised the importance of having two parallel channels of communication with MGB Biopharma; a commercial one led by technology transfer professionals, and a scientific one in the form of the Joint Development Committee; “The University of Strathclyde needs its inventors to create opportunity and the inventors need the University to facilitate the exploitation”.

“From my experience the two most important operational things are technical mastery of the subject and a willingness to share and work in a team with people who add skills and value. These two components can be influenced by the inventor. The success of an innovation, however, also depends upon luck, being in the right place at the right time. A brilliant invention at an unripe time has little chance of success. Patience may therefore be necessary until the time becomes ripe for action. Tolerance is also needed because once an invention goes commercial people other than the inventor take control."

Professor Colin Suckling, Research Professor of Chemistry