GB
Win £50!
Take our PhD survey
Take our PhD
survey for the
chance of
winning a
£50* Amazon
Voucher!
Take Survey
* or equivalent in Euros or US Dollars
×
«
Feature!
PhD
Opportunities
22 May, 2013
Home
Search PhDs
>
Search Database
>
Browse By Subject
>
Browse By
Institution
>
Browse By Region
>
Search Help
Latest PhDs
Students
Advertisers
About Us
Masters Courses
MBA Courses
PhD Opportunities
Professional Doctorates
Professional Development (CPD)
PostDoc & PhD Jobs
University Jobs
Postgrad Forum
PhD Research Project
My Shortlist
0
Add +
This project is no longer listed in the FindAPhD database
and may not be available.
Click here to view other PhD studentship opportunities at King’s College London.
Modelling cardiac hypertrophy/hyperplasia in the zebrafish
Institution:
King’s College London
Dept/School/Faculty:
Cardiovascular Division
PhD Supervisor:
Prof S Hughes
Co-Supervisor:
Prof M Marber
Application Deadline:
No more applications being accepted
Funding Availability:
Funded PhD Project (European/UK Students Only)
This research project has funding attached. Funding for this project is available to citizens of a number of European countries (including the UK). In most cases this will include all EU nationals. However full funding may not be available to all applicants and you should read the full department and project details for further information.
add
PhD Research Project
The King’s College London British Heart Foundation (BHF) Centre of Research Excellence offers an outstanding environment for cardiovascular research training. It includes a large number of internationally rated investigators whose expertise encompasses a very broad range of cardiac and vascular biomedicine. The unit performed exceedingly well in the recent RAE, being the only institution to be in the top 3 both on average quality score and research power.
We are inviting applications for 3-year interdisciplinary studentships to commence from October 2012 that are each co-supervised by a cardiovascular and a non-cardiovascular PI with distinct complementary expertise. All principal supervisors on the programme have a strong track record of publications, grant income and successful supervision. Applications from non-biomedical graduates with relevant training are particularly welcome.
Project Information
Supervisors: Professor Simon Hughes and Professor Michael Marber
Cardiac muscle hypertrophy contributes to all forms of heart failure. This project will combine the expertise of the Hughes and Marber groups to develop a new model of cardiac hypertrophy in Zebrafish and to investigate the role of Mef2/SRF transcription factors in pathological hypertrophy.
The initial phase of the project will involve analysis of cardiomyocyte growth, hyperplasia and hypertrophy in wildtype and Mef2 mutant zebrafish larvae using confocal microscopy of transgenic fish with GFP-labelled hearts. Equipment and fish lines for this work are in place in the Hughes lab.
Subsequently, the project will develop simple cardiac growth/injury models by taking advantage of knowledge from mice and the ease of in vivo imaging, genetic, surgical and drug manipulations in zebrafish larvae. Mutants and antisense RNA to Mef2Ca, Mef2Cb, Mef2A, Srf, Srfl, p38a1 and p38a2 are available. In addition, several lipid-soluble small molecule inhibitors of p38 kinase activity exist as do the reagents to specifically track p38 kinase substrates in zebrafish heart homogenates.
The project will be supported in Professor Hughes’ lab with expertise in zebrafish muscle experimentation, imaging and genetic manipulation and in the Marber lab with cardiomyocyte signalling and disease, particularly stress signalling and in-vivo modelling experience.
NOTE: THIS IS 1 OF 4 AVAILABLE PROJECTS. FOR INFORMATION ON THE OTHER 3 PROJECTS SEE THE ''ALL PHDS IN THIS DEPT" LINK ON THE RIGHT-HAND SIDE. STUDENTS CAN CHOOSE UP TO 2 PROJECTS TO APPLY FOR.
Candidates must possess, or be expected to achieve, a 1st or good upper 2nd class degree in a relevant subject and must meet BHF residency requirements. Current 1st year BHF stipend rates for London are £21,629 pa.
For further information please visit our website via the link below
Application procedure:
- Apply online https://myapplication.kcl.ac.uk/ for the School of Medicine, Cardiovascular Research Division MPhil/PhD (Full-time) programme and quote reference 03/12PHD on the ‘Research Proposal’ page
- There is no need to write a research proposal. Instead please state which project(s) you wish to apply for in this section of the form.
- Please include a personal statement outlining your suitability for the programme and why you are interested in pursuing a PhD in the subject area.
Closing date: Wednesday 11th April 2012
Enquiries:
Should you have any enquiries please contact Elizabeth Halton, Assistant Divisional Manager, on Elizabeth.halton@kcl.ac.uk or (020) 7848 0263.
Please ensure that you quote 03/12PHD on your application and state clearly which project(s) you wish to apply for. Details on the other available projects can be found on our web site or by clicking on the 'All PhDs in this Dept' link on the right
Research Assessment Exercise (RAE) 2008 Results
Unit of Assessment:
Cardiovascular Medicine
What is the RAE?
FTE Category A Staff Submitted
4*
3*
2*
1*
U/C
32.4
20%
60%
20%
0%
0%
PJ038151-000923
Like This PhD?
Add To Shortlist
More Info
PhD Provider Info
Visit Provider Website
All PhDs in this Dept
Send to a Friend
Printer Friendly Page
Institution Location
51.51462300
-0.11487000
View A Larger Map
Related PhDs
Cardiac dynamics in the primitive crustacean Daphnia magna
014018
001020
University of Manchester
Faculty of Life Sciences
Zebrafish hearts – basic physiology and role of adrenergic stimulation
040060
001020
University of Manchester
Faculty of Life Sciences
Excitation-contraction coupling in zebrafish hearts
017958
001020
University of Manchester
Faculty of Life Sciences
Modelling network interactions - Modelling adaptive learning behaviour in dynamic stochastic networks
023138
000751
University of Leeds
Institute for Transport Studies (ITS)
What's this?
Clicking here will add this PhD to your PhD shortlist.
Your PhD shortlist allows you to easily browse, email & save projects and programmes.
Enquiry by Telephone
click to proceed
Enquiry by Email
click to proceed
Apply Online NOW!
click to visit
Add to and from your shortlist
click to add/remove
PhD Shortlist
Click here to view the items added to your shortlist.