Are you an exceptional student looking for a fully funded opportunity to undertake a PhD research project in the field of Biomedical Sciences? There is no need to search any longer! The University of Edinburgh, known for its exceptional research and academic prowess, is accepting applications for its esteemed 4-year PhD scholarships in Biomedical Sciences commencing in September 2023. Opportunities like this offer a remarkable prospect to collaborate with prominent research teams and enhance your abilities in transnational education.
The prospect
The University of Edinburgh offers fully funded 4-year PhD studentships that encompass all expenses, such as complete fees for both domestic and international students, a stipend at the level of UKRI, and substantial research costs. As a participant in this programme, you will have the exclusive chance to work together with the ZJE Joint Institute in China. Each year, you will have the opportunity to engage in brief research and educational visits. These visits, endorsed by your PhD supervisory team, will enhance your acquisition of transnational educational skills, ultimately resulting in AFHEA accreditation.
Requirements and Procedure for Qualification and Submission
In order to qualify for these esteemed studentships, applicants must fulfil the PhD criteria set by the University of Edinburgh, which includes demonstrating proficiency in the English language. Furthermore, admission to the programme is contingent upon receiving a 2:1 degree classification (or equivalent) in an undergraduate Honours degree programme related to Biomedical studies.
To submit your application, please send a solitary PDF file via email to [email protected] no later than 12:00 PM on May 7th. The document must contain the following:
- CV
- A 1-page statement explaining why you wish to pursue a PhD, including a ranking of up to 3 projects you are interested in.
- A 1-page statement outlining how developing your transnational educational skills as part of your PhD will support your long-term career aspirations.
Shortlisted candidates will have the opportunity to meet with prospective PhD supervisors for their ranked projects during interviews.
PhD Projects Currently Open for Applications
The University of Edinburgh provides a diverse selection of stimulating PhD projects across multiple domains within Biomedical Sciences.
Below are several illustrations of the projects that are currently accessible:
Research Project: Investigating the mechanisms by which the human fungal pathogen, Candida albicans, utilises its metabolic adaptability to develop resistance against antifungal agents.
- Primary Supervisor: Dr Vasso Makrantoni
- Project Location: Hugh Robson Building, George Square
- Contact: [email protected]
Project Description:
Fungal pathogens, such as Candida albicans, present a substantial risk to human health, resulting in millions of fatalities each year. Given the scarcity of antifungal medications and the growing prevalence of drug resistance, it is imperative to comprehend the underlying mechanisms that contribute to resistance. The objective of this project is to investigate how Candida albicans utilises its metabolic adaptability to develop resistance against antifungal agents. The objective of the research is to determine the Candida-GID-dependent copper stress pathway, identify the specific ubiquitin substrates of GID, and establish the relationship between the GID-dependent copper stress pathway and resistance to antifungal drugs.
Approaches Utilised in the Project:
The project integrates genetic, ‘omics’-based, and biochemical methodologies to tackle the objectives. This encompasses the creation of Candida mutants utilising CRISPR-Cas9 editing, discovery of GID substrates through proteome and “ubiquitome” analysis, and the utilisation of human macrophages to assess antifungal resistance in Candida-GID deficient mutants.
Research Topic: The role of genotype in influencing the response to viral infection.
- Primary Supervisor: Dr Rob Young
- Project Location: Hugh Robson Building, George Square
- Contact: [email protected]
Summary of the Project:
Gaining insight into the variability in individuals’ reactions to viral infections, such as COVID-19, is essential for the development of targeted medical treatments. The objective of this project is to examine the impact of genetic variations on the body’s reaction to viral infections. The project aims to utilise genome-wide association studies to identify genetic variants that are linked to the severity of viral infections. Furthermore, it will investigate how these variants impact gene expression. The project will also explore the causal significance of differentially expressed targets in controlling the immune response.
Methodologies Employed in the Project:
The project will entail the detection of variants with a substantial impact size via GWAS, manipulation of these variants using CRISPR-Cas9 genome editing, and measurement of resulting changes in gene expression. The project will employ bioinformatic tools to analyse and integrate data from genome sequencing and omics data obtained from existing cohorts.
Research Project: Examining the involvement of early activation of oxytocin neurons in preterm labour
- Primary Supervisor: Dr Paula Brunton
- Project Location: Hugh Robson Building, George Square
- Contact: [email protected]
Summary of the Project:
Preterm birth is a worldwide issue that has substantial health consequences for infants. The objective of this project is to examine the impact of early activation of oxytocin neurons on the occurrence of preterm birth. The project seeks to identify the mechanisms that cause premature activation and its correlation with preterm birth by studying how cells respond to metabolic stress stimuli and conducting experiments using host-pathogen systems in a laboratory setting. The project will additionally investigate potential therapeutic interventions aimed at mitigating the occurrence of preterm birth.
Methodologies Employed in the Project:
The project will employ a combination of behavioural observations, in vivo blood sampling, immunocytochemistry, and gene expression analysis to investigate the mechanisms underlying the premature activation of oxytocin neurons. In addition, the project will employ the use of in vitro host-pathogen systems to examine the impact of oxytocin neuron activation on preterm birth.
Here are some examples of the stimulating PhD projects offered at the University of Edinburgh. To access additional details regarding alternative initiatives and the application process, kindly refer to the University’s official website.
In conclusion
The University of Edinburgh is offering a fully funded PhD research project that presents an exceptional opportunity for exceptional students to pursue their academic and research goals. By engaging in diverse projects within the realm of Biomedical Sciences, you have the opportunity to delve into pioneering research, collaborate with esteemed research teams, and make valuable contributions to the progress of scientific understanding. Seize this opportunity to join a highly esteemed educational institution and embark on a fulfilling research expedition. Submit your application now and initiate the initial phase towards a prosperous academic career.
Please be aware that the information provided is derived from reference articles and may be subject to modification. For the most current information on PhD projects and the application process, it is recommended to consult the official website of the University of Edinburgh.
Application Deadline: Not Specified