The first position is a three-year post funded by a Strength in Places award examining SARS-CoV-2 persistence and transmission from surfaces to skin. The project will also examine the molecular response of skin to viral exposure, how resident skin microbiota influence viral infectivity, and how standard hygiene interventions inactivate the virus and prevent transmission.
The project is in collaboration with the industry partners - Unilever and Labskin - and there is capacity to establish further industry links.
The second position is a two-year post and combines two projects with similar research objectives. The projects are funded by UKRI and EPSRC and is a collaboration with the University of Liverpool and Gencoa. This research will examine the persistence of SARS-CoV-2 on surfaces and how antiviral coatings on PPE and touchscreens reduce viral persistence and transmission.
Both projects have a dedicated technician to assist lab experiments and the PDRA would be instrumental in mentoring and planning the activities of these staff. Additionally, there would be scope for the PDRAs to develop their own projects related to these topics or to link with our other research interests in the lab. In general, the Hughes lab has broad research interests that examine host-microbe interactions with the overarching goal to develop novel approaches to control arbovirus transmission in mosquitoes. Collaborations between the two PDRAs would also be encouraged.
Key responsibilities include but are not limited to:
Produce reports detailing preliminary analysis outcomes.
Prepare results for submission to academic journals.
Present results at scientific meetings and consultations with external partners.
Develop partnerships with industry and undertake consultancy work.
Train lab members and staff to work with pathogens at high containment levels (CL3).
Apply for research grants/ fellowships in collaboration with PIs.
The ideal candidates will have excellent interpersonal skills with the ability to work as an integral and cooperative member of a multi-disciplinary, multi-national research team. You will have well-developed research skills with the ability to effectively present research findings in oral and written format.
Ideally you will be able to demonstrate:
PhD in virology or related field.
Experience techniques and protocols to quantify infectious viruses.
Experience with molecular techniques and approaches
Experience working with pathogens in high containment levels or willingness to be trained.
(For a full list of essential and desirable criteria please refer to the job description and person specification)
Informal enquiries can be made to email@example.com applications must come through the LSTM careers page https://www.lstmed.ac.uk/careers
Additional benefits of joining LSTM:
30 days annual leave, plus bank holidays, plus Christmas closure days
Generous occupational pension schemes
Government backed “cycle to work” scheme
Affiliated, discounted staff membership to the University of Liverpool Sports Centre
Plus, a host of additional family friendly policies
To apply for the position please follow this link and upload your CV and Covering Letter describing your research background and goals before 10th December 2020. Should you have a preference on role please outline this in your Covering Letter – unless specified we will consider you for both positions.
Should you have any specific questions about the position please contact Kelly Maddocks at Kelly.maddocks@LSTMed.ac.uk
Important information and dates to consider:
Salary: £34,804 - £40,322
Appointment Term: Fixed Term
Closing Date: 08/12/2020
Interviews Scheduled for December
Interviews will be held virtually with full support from the recruitment team
(please advise Kelly Maddocks should the proposed interview date be unsuitable for you and we will endeavour to make suitable arrangements)
Take a look at some of the great work we have achieved over the past year 2018-2019 by viewing our annual report: https://www.lstmed.ac.uk/lstm-annual-report-2018-2019
Visit the website and find out how LSTM is playing a unique role in the response to COVID-19 https://www.lstmed.ac.uk/