[nanoPost] Immunomagnetic micro- and nano-particles for real-time capture and analysis of micro

Company UK

A main research focus is related to the field of nanomaterials (e.g. nano-particles and sensor chips) and nanocomposites (e.g. nanofiltration matrices). Through collaboration with companies, the research team has developed and validated numerous interphase technologies that provide real-life innovative solutions for the industry (food and water sectors). Examples of successful applications include the following.
(i) Immunomagnetic micro- and nano-particles for real-time capture and analysis of microorganisms (e.g. Salmonella, Listeria and yeasts) in foods and beverages
(ii) Aluminium oxide nanofibre/glass composites for the real-time concentration and detection of foodborne viruses
In addition, within the company, they have significant tract record/expertise in Microbiology, and have carried out a number of studies on biofilm formation and prevention using model surfaces, and studying effects of microbial signaling molecules.  
Stage of commercialization: Commercially developed technologies.  In collaboration with the technology provider (coatings manufacturer), the company can independently assess and develop robust real-life product applications for the multinational consumer goods company. This could involve initial feasibility trials of the potential products (with the desired properties, i.e. wetting and antimicrobial) to assess their performance by challenging with clean surfaces, ‘soiled’ surfaces, surfaces with biofilms containing appropriate microorganisms and water streams, as well as assessing the efficacy of waterborne detergent (and detergent-free formulations). The data could then be used to progress to subsequent stages such as product re-formulation if the effectiveness and efficacy of the materials are not compliant with the multinational company’s desired specifications. Alternatively, successful feasibility data could form the basis for a further detailed evaluation of the materials on products of particular interest to the manufacturer (e.g. antimicrobial materials used for plant, floors and preparation areas). Overall, the independent data from the company could be used by the company to support documentation and publicity related to the use of new antimicrobial/anti-biofilm coating-based products. The company, through its significant global clientele base, could also be of value for carrying out further market analysis and promotion of the products on an international basis.