University of York’s Professor Granted £2.2 Million For the Development of New Battery Vital For Disease Detection
Since its foundation in 1963; the University of York seems to be the all-time favorite study destination opted by international students for abroad education. It has always received praiseworthy opinions from the staff, students & parents for providing outstanding education & accommodation services to the students. In terms of employability factor also ‘University of York’ has made its place along with other leading universities in the world. The curriculum is so neat & elaborate that 9 subjects taught at ‘University of York‘ have made it under the ‘Top 100′ subjects as showcased by QS World University Rankings 2021. It has also been awarded 15 Athena SWAN for supporting & working dedicatedly towards gender equality. In addition, they’re also very famous for their research practices and currently, an amazing research project entitled ‘Magnify’ is highly in news. Read more about this research in the upcoming context of this article.
In recent times; ‘University of York‘ has been awarded £2.2 million funds to initiate the manufacturing process of a hyperpolarization battery that would help the hospital staff such as doctors & nurses to detect the diseases at an early stage. According to Professor Simon Duckett the core focus of this research which is named ‘Magnify’ is to make effective chemicals which are visible both to the Magnetic Resonance Imaging (MRI) & Nuclear Magnetic Resonance Spectrometers (NMRS). Both these scanners are highly essential for detecting numerous diseases in hospitals. Magnetic Resonance Imaging is used for identifying bone, muscular & heart abnormalities whereas the other is a simple MRI technique used at the chemist shops for the identification of various diseases.
Talking about this beneficial research; Professor Simon Duckett (Director ~ Centre for Hyperpolarization in Magnetic Resonance at University of York ) seemed very elated on knowing that he has been granted a £2.2 million fund from the Advanced Grant Fund of the European Research Council (ERC) and has also been permitted to use molecular catalysis for creating a strong & powerful hyperpolarization battery which would ultimately be implemented within the MRI & NMRS scanners for detecting certain diseases. He also stated that Magnetic Resonance (MR) is mainly used for characterizing materials & diseases via the Magnetic Resonance Imagining (MRI) machine which gets very costly at times for the patients who hail from impoverished backgrounds so to make things affordable for them invention of this hyperpolarization battery is rolled within the process so that hospitals keep this option open up for the patients. Although apart from being highly expensive both the techniques also exhibit insignificant sensitivity which is a major disadvantage of these renowned techniques used for discovering diseases within the hospital premises.
He further said that this hyperpolarization battery will be built using molecular catalysis due to which effective changes & modifications can be easily observed within the hyperpolarization battery system. As per his opinion, this research is way different in its way as through this innovative project he’s planning to improve the quality of analyzing chemicals & the pictures which are showcased during the detection of prominent diseases such as Cancer, Parkinson’s via Magnetic Resonance Imagining (MRI). Overall, he’s willing to look for spectacular opportunities for optimizing the chemical mutation as that would eventually generate an eco-friendly outcome alongside developing notable methods that would accelerate the pace of detecting all the fatal diseases present in society.
We’re pretty sure that you must have found this blog very informative if you’re a student who’s highly interested in research work and is keen on learning more about such crucial aspects of the scientific world. With this, it’s obvious that there’s so much to learn from scientific experts & academic professors who teach at ‘University of York’ and are well versed in their domain. Students who enroll for an undergraduate (UG) or postgraduate (PG) degree at the ‘University of York’ have access to advance classrooms & practical laboratories so if you’re someone who’s looking forward to studying here then quickly book a free consultation call with Speak2University experts who’ll guide you with all the information in relevance with the course of your choice. You can also have a look at the courses which are taught at this university & are certainly in huge demand these days!