Syntopix gains backing for research project

The Bradford-based group, which was spun out of the University of Leeds, said it won backing for the 30-day project from support organisation Intelligent Formulation. It was one of just two successful applicants, beating more than 20 proposals.

Syntopix, which is listed on the Alternative Investment Market, will work with experts from across the globe to characterise microemulsions made from environmentally-friendly surfactants, especially those used to make skincare cosmetics. Syntopix said the resulting data could assist scientists formulating new products.

"Taking part in this challenge is very important to Syntopix and I am pleased we have been selected," said Syntopix chief executive Steve Jones. "Formulating microemulsions can be problematic due to its trial and error nature and is made all the more difficult by the lack of physical parameters available to inform their design.

"Our research project will help determine some of these essential parameters to speed up selection of ingredients."

Microemulsions are a mixture of oil and water, but unlike ordinary emulsions, contain very small particles. They are found in foods, cosmetics and medicines as well as inks, lubricants and cleaning fluids.

Dr Jones said: "The project will give our formulation work a huge boost and ensure we can develop products right first time, saving both time and money. We are delighted that our innovative approach to formulation has been recognised as important to the industry as a whole."

Intelligent Formulation is a not-for-profit company, based in Huddersfield, helping companies innovate in formulation.

Jim Bullock, chief executive of Intelligent Formulation, said: "All the assessors were very impressed with the Syntopix's proposal because it will benefit not only their business, but also the wider formulation network from which we attract our members."

As part of the project, Syntopix will be working with Professor Steven Abbott of the University of Leeds, Professor Edgar Acosta of the University of Toronto and will use the High Throughput capabilities of

VLCI, in Amsterdam to screen a large range of surfactants.