Ploughshare Innovations Ltd.
Unit 2, Nine Mile Water Business Park, Nether Wallop, Stockbridge, Hampshire SO20 8DR United Kingdom
T: +44 (0) 1794 301602
© Ploughshare Innovations Ltd 2013
Dstl’s research is held in the highest regard with a worldwide reputation.
> Clinical diagnostics
> Veterinary diagnostics
> Molecular recognition
> Food hygiene
> Industrial & commercial cleaning
Methods and technology developed to detect and diagnose substances i.e. explosives, chemicals and biological substances across a range of industry sectors and applications.
Brief summaries of our specialist solutions are given below, and you can also download information sheets in pdf format (just enter your email address when prompted to initiate the required document download).
Airborne biological threats pose a real and serious concern for both Departments of Defence and the Homeland Security markets. Threats range from anthrax spores to biological toxins. Current methods to detect their presence are all liquid based (e.g. PCR, immunoassays). Potential threat agents need to be efficiently extracted from the airborne state for onward liquid-based analysis, a potential threat detected by a “trigger” can then be assessed.
This patent describes methods of activating the contents inside a liposome to generate a signal.
Compared to some methods the signal strength is maintained allowing greater sensitivity and therefore enhanced detection capabilities.
The £200m rodenticide manufacturing market is dominated by products based upon anticoagulants. However, due to issues of concern regarding humaneness, toxicity (resistance) and safety there is increasing pressure upon the industry to develop new products.
Diagnosed cases of sepsis are exceeding 18 million a year and growing at a rate of 8-10% annually with 1,400 patients dying from sepsis each day in the developed world.
A Dstl team has recently reported the identification of 45 biomarkers which give a predictive accuracy of 97.24% of the onset of the life-threatening, globally occurring condition sepsis, versus baseline comparators, and a 100% predictive accuracy in differentiating sepsis from Systemic Inflammatory Response Syndrome (SIRS).
A robust and easy to use device has been developed for swabbing surfaces and the sample run on several different lateral flow test strips. A range of materials from explosives to bacterial contamination can be tested for. The sample is retained in the device for subsequent analysis, or as forensic evidence.
An instrument that can deliver reagent-free, real-time, continuous monitoring of bio-aerosols. This could be used for monitoring of bio-aerosol loads at composting sites, detecting indoor mould spores, environmental research or pharmaceutical clean rooms.