Science Postgraduate Degrees in the Scotland

...and the Scottish Universities Physics Alliance (SUPA). The Partnership was created in response to the establishment of BBSRC Doctoral Training Partnerships... Learn about: Generic Skills training, Data analysis, Bioscience training...

...in the Scottish Funding Council (SFC) Key Skills Funded Places available to MACS Students. A number of full fee bursaries are available to applicants permanently... Learn about: Financial Services, GCSE Mathematics, Skills and Training...

...All postgraduates also have access to optional additional training such as “Personal Effectiveness and Career Development”, “Finance, Business and Marketing”... Learn about: Developmental Neurobiology, Mental Health, Stem Cells...

...Knowledge and Reasoning, Distributed Systems Architecture, Mobile and Multimedia Systems, Critical Systems Engineering and Software Architecture...

...project via their online application system details of which are provided below against each University's entry. It is not yet clear which of the CDT university partners... Learn about: Support Grant, Oil and Gas, Oil and Gas Law...

...Students enrolled on the specialized degrees must undertake projects in their chosen areas of specialization. Access to certain specialised options...

...the expertise to fully exploit the potential of new technologies. These include intensive training in areas including advanced light microscopy... Learn about: Developmental Biology, Biological Chemistry, Drug Discovery...

...benefits from core funding from the MRC. The 4-year PhD programme has two main themes: DNA replication and DNA repair. Karim Labib’s lab studies the eukaryotic... Learn about: Life Sciences, Medical Research, Medical training...

...mass spectrometry and advanced imaging. The MRC-PPU is also part of the Dundee-Edinburgh Parkinson’s Research Initiative that brings scientist together with clinicians... Learn about: Biology Science, Medical training, Medical Research...

...roles in processing and repairing replication forks that collapse or break. The ability of nucleases to recognize and cleave specific structures arising... Learn about: Human Disease, DNA lesions, Damage DNA...

...and disruption of stoichiometric complexes, which have to be degraded. Moreover, malignant cells have high rates of proliferation and protein synthesis... Learn about: Cell survival, Cancer cells, Proteasome system...

...biological systems would be strongly encouraged to apply... Learn about: Biological Systems, Chemical Energy, Chemical Plant...

...into potential drug discovery programmes... Learn about: Protein chemistry, Molecular Biology...

...To test this system on serial blood samples already collected from 287 melanoma patients in NHS Tayside and subsequently to validate the assay in a large... Learn about: NHS Training, NHS health...

...Acute pain is intrinsically unpleasant and aversive but is useful as it has survival benefit. However, many people suffer from chronic treatment-resistant... Learn about: Chemotherapy CIPN...

...actions of leptin. However our understanding of the neuroprotective actions of leptin in human AD pathology and in particular tau pathology is limited...

...seen in the genetic ATM models. To establish the molecular basis for the modulation of nutrient sensing, endocrine balance and metformin efficacy by the DNA repair... Learn about: Nature Genetics...

...that mutant BRAFV600E confers an intrinsic dependence on TGF/TGF type 1 receptor (TGFBR1) signalling for clonogenicity, anchorage independent growth...

...The research would use the Dundee geotechnical centrifuge1 to prototype different seabed collection and extraction systems based upon successful research...

...can be done to prevent another one? How can we persuade people to invest in a pension plan or to donate organs? Should we always believe what is written in the newspapers?... Learn about: IT risk, GCSE Mathematics, Financial Training...