Cancer Treatment – is no longer one size, it meets everyone – the University of Birmingham

Researchers at the University of Birmingham are working hard to understand the intricacies of how different cancers affect different individuals and how a more nuclear approach to cancer treatment and care can be more effective for patients.

This year, World Cancer Day emphasizes how any cancer experience is unique. The work here in Birmingham certainly supports this, with a full spectrum of research: from fundamental science to understanding of genetic influences moving cancer to develop in different ways in different people, to clinical trials examining the effectiveness of existing treatments in different groups Patients, and experimental treatments, uniquely changing the immune system of patients to combat the disease.

While the surgery has been used to treat cancer since ancient times, and early radiation cancer therapy is simply preceded by the provision of the Royal Charter of the University (such as X -rays have been used to treat cancer in 1886), over the last 125 years, the University A huge progress in understanding biology and cancer therapies has been observed.

In the early 20th century, much less is known about the causes of cancer, fewer cancers were recognized and even when the 21st century began, the diagnosis of cancer is less likely to come with a promising prognosis than it could be Be today. The treatment was developing, but for much of this period the approach for one size for each type of cancer was indeed the only approach available. Today’s research is changing what makes personalized or precise medicine and saves more lives than ever.

A few months ago, the university reported studies that could revolutionize the way brain tumors identify in children. EMERITUS professor Andrew Praut leads a team of researchers at the University of Birmingham, Newcastle University and Birmingham Children’s Hospital in a study that can help distinguish different types of meduloblastoma in children in just ten minutes.