This festive period Three Wise Women from the Faculty of Medicine will be giving us the gift of wisdom.
While HIV is no longer the death sentence that it once was, lifelong treatment is still required and there is no cure – yet. Professor Sarah Fidler from the Department of Infectious Disease discusses how a new type of HIV treatment holds promise as a longer-lasting alternative to current complex drug regimens.
Despite extraordinary political and medical advances, HIV, the virus that causes AIDS, remains one of the world’s most serious public health challenges. Since its discovery in 1983 by researchers at the Pasteur Institute in France, 84 million people worldwide are estimated to have become HIV-positive and 40 million people have died from an HIV-related illness. Today, there are around 38 million people living with HIV globally, with 1.5 million new infections in 2021.
Advocacy and close collaboration between clinicians, scientists and the HIV-affected community has inspired and driven the research and drug development and access agenda. Without these close working relationships, the development of HIV treatments would have been markedly slower and many more lives would have been lost.
Diabetes is a disease that has reached epidemic proportions, with millions of people dying or suffering from a myriad of associated complications. Given that cases are projected to increase worldwide over the coming decades – especially in low- and middle-income countries – there is an urgent need to develop and deploy effective treatments for the disease.
Recognising the value of interdisciplinary learning, Imperial’s Food Student Research Network aims to bring together students from across the College’s faculties to enable the cross-fertilisation of ideas and research in fields relevant to food. Here, members reflect on the Network’s inaugural conference.
In September, Imperial’s Food Student Research Network hosted its first Annual Conference. Reflective of the ethos of the network, this conference was an event for students, led by students.
Providing the most comprehensive picture of COVID-19 infectiousness to date, recent researchfrom Imperial College scientists offered new insights into how long people with COVID-19 are infectious for. Co-author, Dr Seran Hakki, outlines the challenges of collecting real-world evidence in the first-of-its-kind study.
In August, the ATACCC Study (The Assessment of Transmission and Contagiousness of COVID-19 in Contacts) published some of their findings in one of the world’s leading respiratory health journals, The Lancet Respiratory Medicine. Our study was the first to use real-life evidence from naturally acquired infection to assess the duration of COVID-19 infectiousness, its correlation with symptom onset, and how this affects the accuracy of lateral flow tests.
In the middle of the pandemic, scientists intentionally infected healthy volunteers with SARS-CoV-2, the virus that causes COVID-19. John Tregoning, Reader in Respiratory Infections at the Department of Infectious Disease, explains why these experiments, and the volunteers who take part in them, are critical to modern medicine.
In early March 2021, in the middle of the COVID-19 pandemic, a surprising-sounding set of experiments were taking place. Researchers at Imperial College London (and separately at the University of Oxford) were deliberately infecting healthy volunteers with SARS-CoV-2. This was in fact the latest in a long line of controlled human infection studies – where volunteers are deliberately infected with an infectious pathogen under extremely controlled conditions.
Khadija Mahmoud reflects on the highlights from the past year of medical school – from a virtual reality project that sparked an interest in refugee health to attending One Young World Summit.
I never imagined that my medical degree would involve a project working with chemical engineers to study the effects of a virtual reality (VR) application! During the second year of MBBS Medicine at Imperial College School of Medicine, we undertake a three-week research experience called Clinical Research Innovation (CRI).
I worked with our Digital Learning Hub and the Matar Fluid Group to study the effects of using 3D virtual reality in learning. Our research focused on transforming medical education in classrooms by increasing interactivity. Working with two others, we managed to plan, design and conduct a study of 36 participants, producing a poster to present our findings at Imperial’s annual science festival for second-year medical students. The VR application showed fluid dynamics within a liquid flow with real-time feedback and could easily replicate blood flow in an artery to allow exploration of pathologies in relation to this. (more…)
Ahead of the recent G20 Summit in Buenos Aires, Professor Alison Holmes explained in an article for G20 Magazine why global collaboration is essential to minimising the impact of antimicrobial resistance (AMR) on healthcare.
The world faces the unprecedented challenge of drug resistant infection due to increasing AMR. Concerted global action is needed to address this pressing and alarming public health issue. Without a strong, unified response, the UN’s Sustainable Development Goals (SDGs) will not be met, and valuable progress will be lost.
The need for leadership
The continued inclusion of AMR in the G20 agenda, under the leadership of Argentina, is greatly welcomed. This year I was invited to speak in Buenos Aires on initiatives to optimise antibiotic use, at the International Congress on Infectious Diseases, co-hosted by the Infectious Diseases Society of Argentina. The ethos of shared learning and strong leadership was central in our discussions, and considered fundamental to effective action. (more…)
200 years on from the first successful human-to-human blood transfusion, this procedure has revolutionised patient care. However, there is still work to be done in sub-Saharan Africa, as Professor Kathryn Maitland explains.
Each year, around 2.5 million units of blood are transfused in the UK – that’s enough to fill two Olympic sized swimming pools! Since James Blundell performed the first successful human blood transfusion in 1818, this life-saving medical intervention has made many advances to ensure its accessed throughout the world. An important part of this is ensuring that any health system has adequate supplies of quality-assured and safe blood for transfusion through national and regional blood transfusion services (BTS). (more…)
Rebecca Blaylock is a student on the Master of Public Health programme at Imperial and here makes the case for increased access to reproductive healthcare.
Students from Imperial’s Master of Public Health programme recently organised a screening of the award-winning film “Vessel”. Vessel chronicles the story of Dr Rebecca Gomperts – a former doctor on a Greenpeace ship – who had an innovative idea to provide women with vital reproductive health services. During her time travelling the world with Greenpeace, Gomperts witnessed the unbearable suffering caused by unsafe abortions. She saw women haemorrhage to death, die from sepsis and sustain life-long disabilities, and refused to “stand there and just let that happen”. Around 25 million unsafe abortions take place every year, accounting for between 4.7 and 13.2% of global maternal deaths.
For World Leprosy Day 2018, Dr Tim Rawson explores how leprosy is not quite yet a disease of the past.
I have always found leprosy a fascinating disease. It is an incredible example of how microbiology, immunology, and social sciences can collide and impact significantly on human health.
Leprosy has been affecting humans for at least 4000 years. It has played a huge part in teaching us about disease caused by bacteria. In 1873 when Hansen discovered Mycobacterium leprae in tissue samples from patients with leprosy, this became the first bacteria to be directly linked to causing disease in humans. Since then we have developed an understanding of the complex range of types of leprosy that occur depending on how an individual’s immune system responds to the challenge of infection with Mycobacterium leprae. We have also observed the consequences of the deformities and disability caused by the body responding to Mycobacterium leprae, which favours human nerves and skin. In turn, we have seen how the appearance of individuals with disability and disfigurement from leprosy has driven stigma, misinformation, and the discrimination of those affected by the disease. (more…)