Recovery and profiling of encapsulated DNA from Counterfeit Banknotes
This is a funded PhD project with a tax-free bursary of £14,000 pa and includes tuition fees and bench fees. This is funded by the European Central Bank.
The aim of this project is to evaluate the viability of obtaining DNA profiles from DNA encapsulated between holographic patches and substrate on counterfeit euro banknotes. The project will also consider the recovery and profiling of DNA from between two layers of substrate, in cases where counterfeits have been composed of two bonded layers of paper.
The project will commence by seeking to understand the dynamics of DNA transfer and persistency on an adhesive surface. In other words, how much DNA might actually transfer on to the adhesive bearing substrate (foil patch or paper) – given that being ‘encapsulated’ any DNA present is likely to be insulated from contamination and have originated in the place of production.
A major part of this project is developing an effective recovery method – that can maximise the amount of DNA recovered from within the adhesive (a challenge in its own right) without picking up any material that may be present on the non-adhesive side – which potentially could have originated anywhere.
We are looking for someone with a forensic science qualification and experience of DNA profiling techniques. Some travel will be required as part of this project.
For further information, please contact Dr Graham Williams (firstname.lastname@example.org).
If you wish to apply for this PhD, please email your CV and a brief covering letter to Dr Graham Williams by 10th October 2018