Periodic Reporting for period 1 - Bio-LP-1 (Bio-LP-1 - A novel technology for water safety and surveillance testing)
Reporting period: 2018-06-01 to 2018-11-30
An alternative approach is to apply molecular based LD water testing technologies which have the capability to provide rapid (< one day) and robust results. BioProbe Diagnostics (BPD) lead product is Bio-LP-1, a revolutionary test which has the capability to transform Legionella testing globally. The single test Bio-LP-1 product will provide the end user with a significant reduction in analysis time to result and significant savings in cost.
The overall objective of this feasibility study was to finish all technical work associated with the test, begin certification while also developing the business and commercial strategies for BPD.
Task 2: Establishment of key strategic relationships for business development - complete
Task 3: Perform Assessment of competing and complementary technologies for identification of Legionella in water systems - complete
Task 4: Analyse market potential for other pipe-line technologies for BPD - complete
Task 5: Write detailed protocol for end users that will be used for certification of Bio-LP-1 c complete
Task 6: Initiate Validation study - Initiated
Task 7: Continue to prosecute IP - Ongoing
Healthcare facility/ general population: Reduced morbidity and mortality- better patient outcomes
Healthcare facility: Economic savings as it will be possible to determine if ward closures are needed due to contaminated water systems
Healthcare facility/ Building management companies: Identify when remedial actions are required, while also monitoring how effective these remedial actions are
Testing Laboratories Reduced cost ~25% when compared to emerging technologies)
Wider Societal impact - LD is a serious and growing disease with considerable negative impacts on EU citizens. Bio-Lp-1 offers its customers a better Legionella test to ensure water safety, which will lead to a lesser burden of disease with improved patient outcomes through a reduction in morbidity and mortality.