QMUL Researchers Granted With Reputed MRC Funding for Joint Research Analysis on Cancer Disease
The results of REF (Research Excellence Framework 2021) clearly state that the Queen Mary University of London is highly into inventing advanced research outcomes for resolving the global challenges in the present scenario. It’s been seen for ages that all the researchers from the QMUL work extremely hard to deliver the perfect result that benefits society in multiple ways. Keeping the same spirit alive this time too, a team of researchers from QMUL pledged to work on a unique study which revolved around identifying a better method for examining numerous types of human diseases & detecting the reasons behind the cause of cancer. The case study was not that simple and required a huge amount of funding, time and constant support from the QMUL’s management to deliver the right solution.
Talking the research well it’s led by four renowned professionals,i.e, Dr Sarah McClelland (Queen’s Mary Barts Cancer Institute), Doctor Eva Petermann & Professor Joanna Parish (University of Birmingham) & Dr Michael Boemo (University of Cambridge) in a collaborative partnership for which they have also received a huge amount of funding from the MRC (Medical Research Council) respectively. The grant amount is around £1.2 million and is awarded generously to this quartet research team by the MRC for finding out the prominent reason which leads to cancer development in the cells which are infected by HPV.
Knowledge Hour : This prestigious funding provided by the MRC is a result of the MRC’s Competitive Multimodal Research Funding Call under which once every 3 years approximately £7 million is offered to 7 varied research studies which promise to deliver impactful outcomes in the future in relevance with the human diseases.
About this cooperative research analysis, Dr Sarah McClelland stated that she along with her other team members is looking forward to develop a biologically refined 3D Model which is highly advanced & is built via the latest technologies. She further said that there’s a huge scarcity of modern machines in the healthcare industry for examining the genomic instability and replication stress hence building a 3D model would be a quick solution to their problem. This model will help them to identify the certain genetic changes which lead to the HPV (human papillomavirus ) infection in human beings. It will also help them to catch hold of the crucial mechanisms which lead to infecting the person with the cancer disease in their body. From her viewpoint, this research project holds a very strong aura where different intelligent minds are coming together to work as a team which would lead to something ground-breaking amidst impressing everyone in one go. The experts will also implement highly modified forms of progressive technologies for analysing human diseases through various perspectives ranging from molecules, cells, tissues, organisms & the environment. Many people mean various spectacular ideas, series of experiments, and utilisation of this advanced 3D model in multiple ways for interviewing numerous problems which are termed to be the main cause of genomic instability in cancer disease.
Through this research, skilled and experienced researchers from three different universities will come together to analyze what changes occur during the former stages of HPV infection and lead to cancer development in the cellular and genetic stages. As per their opinions, this entire analysis will surely help them to find out the main reason which leads to changing the normal cells into cancerous ones.
Significantly, it’s quite evident that this research outcome from the Queen Mary University of London will be highly beneficial for the doctors to detect the cancer diseases during the former stages whilst providing relevant cures to the patients at a rapid pace. Early detection would avoid future mishaps, medicinal expenses and much more which are usually required for curing the cancer disease during the final stages. With this, it’s a wrap & for further information about this university & the courses taught out here you can get in touch with the Speak2University experts who’ll provide you with better assistance for the same.