By Scinceside – Own work, CC BY-SA 3.0
An innocuous visit to Dubai
A young friend of my extended family was recently taken seriously ill and ended up in a London hospital following a short trip to Dubai to visit a partner working abroad for a few months. The symptoms of the infection, taken together with the location, and the fact that the trip involved taking a camel ride, led the hospital to suspect deadly MERS (Middle Eastern Respiratory Syndrome). Acting on that basis, the partner was tested in a local hospital in Dubai and sent home to wait-out the 14 day transmission window for this disease.
Its caused by a coronavirus (MERS-CoV), and infection is linked to travel in the Middle East and close contact with camels, camel secretions and uncooked camel products. The fatality rate is 40%, but deaths are usually linked to underlying medical conditions which weaken the immune response. There is no vaccine: disease transmission is controlled by hygiene, by contact tracing of confirmed cases and the wearing of personal protective equipment by hospital staff (1). Since 2012, 27 countries (including UK) have reported 2266 cases, the majority in Saudi Arabia, with a serious imported outbreak in 2015 in South Korea.
Fortunately the friend turned out not to have MERS but it was a very difficult and traumatic 24 hours finding information to reassure relatives (40% fatality is a scary statistic) … and it set me thinking:
How much can you be expected to know as an independent traveller and what is the responsibility of your tour organiser to inform you? Continue reading
[Image credit: minthu]
Over the last 200 years, the global population has been growing at an exponential rate and according to the UN, is predicted to reach 8.5 billion by 2030. The population increase to date, has been supported by the development of agricultural, industrial and health care resources, which has led to the rise in the production and use of a variety of different chemicals. In recent years, many of the substances, either used in or created by these industries have been named as “emerging contaminants” (EC’s). Until very recently, the main focus of the impacts that chemicals cause in the environment was mainly attributed to heavy metals, active ingredients traditionally used in pesticides and persistent organic pollutants. However, concern has been growing over the environmental and health risks of EC’s. Many EC’s are considered to be water pollutants, yet they remain largely unregulated by current water-quality standards. So what are these chemicals and why are they a problem?
One Health is about connectedness: "the collaborative efforts of multiple disciplines working locally, nationally, and globally to attain optimal health for people, animals, plants and our environment”.
On One Health Day, November 3rd 2016, CABI's editors held a One Health (#OneHealth) Blogathon to focus attention, contributing a total of 6 blogs to Handpicked… and Carefully Sorted, each written from the viewpoint of a different sector. Our Plantwise Blog contributed One Health: Plantwise’s ambition to improve the health of people, plants and animals.
We hope you found them informative but your learning need not be confined to our blogs!
Sign up to a free online One Health course from FutureLearn: starts November 7th 2016, runs for 6 weeks. Lecturers are the CABI authors Esther Schelling, Jakob Zinsstag and Bassirou Bonfoh of Swiss Tropical & Public Health Institute.
Esther, Jakob and Bassirou are all authors of chapters in CABI’s book One Health: The Theory and Practice of Integrated Health Approaches . Indeed Esther and Jakob are also co-editors.
FutureLearn courses are easy to follow and well-paced: you get one unit per week. I speak from experience as because of my interest in evidence-based medicine, in October 2015, I took "Informed Health Consumer: Making Sense of Evidence".
I hope you can make use of this One Health course.
Image: Unsplash, Pixabay.com
One of a series of blogs written by CABI editors for One Health Day – November 3rd 2016
November 3rd 2016 will be host to the first ever One Health Day, an international campaign that aims to bring attention to how planetary health challenges are addressed. It may not be obvious, but public health and the environment are inextricably interlinked. The physical environment, which includes housing, sanitation, drinking water and air, has significant effects on human health and well-being. Therefore, effective management of the environment is important, so that potential health issues can be avoided. With this in mind, the focus of this blog is urban air pollution, its impact on health, and how trees could help improve the air quality in towns and cities.
Image: Leroy Skalstad, Pixabay.com
One of a series of blogs written by CABI editors for One Health Day on November 3rd 2016
While ‘One Health’ is a well-established concept, a new term ‘One Welfare’ is also emerging, extending the One Health theme beyond physical health and recognising that animal welfare and human wellbeing are intrinsically connected. In an article in the Veterinary Record, Rebeca García Pinillos and other One Welfare advocates introduce this concept for debate, with an aim to “improve animal welfare and human wellbeing worldwide.”
A One Welfare approach will help to empower the animal welfare field to address the connections between science and policy more effectively in various areas of human society, including environmental science and sustainability, the authors say. “It could also help promote key global objectives such as supporting food security, reducing human suffering (e.g., abuse of vulnerable people) and improving productivity within the farming sector through a better understanding of the value of high welfare standards.”
While One Health initiatives have tended to focus on threats to human and animal health, particularly zoonoses, there is a growing body of research into the mental and physical health benefits of the human-animal bond. In addition, because poor animal welfare can often act as an indicator of poor human welfare (and vice versa), there is a need to understand the psychosocial impacts of human-animal interactions.
Pastoralists, Mongolia. Image courtesy of Esther Schelling, Swiss TPH.
One of a series of blogs written by CABI editors for One Health Day on November 3rd 2016
It's always nice to meet up with a CABI author at a conference especially when they are giving a talk around a theme dear to CABI‘s heart, namely “One Health”: the concept of working across the interface of animal, plant, human and environment to achieve health & development which is sustainable and fair. CABI has been gathering, managing and generating research information across all these sectors since 1912. We know “its all connected”.
The conference was the RSTMH biennial meeting [Cambridge UK, Sept 12-16th, 2016], and the author in question, Esther Schelling, co-editor of CABI’s book One Health: The Theory and Practice of Integrated Health Approaches . To read a free e-chapter, use this link.
In One Health beyond early detection and control of zoonoses Esther talked about her long-time project with nomadic pastoralists in Chad and a rift valley fever (RVF) control project in Kenya. She drew attention to the need for:
- more interdisciplinary studies to include an evaluation of One Health working
- involvement of social scientists
- engagement of key stakeholders
And tellingly she provided a cost-benefit analysis to society of controlling zoonoses when the disease is in its animal host before it infects human beings.
Those cost-benefit analyses made a deep impression on the delegates, many of whom were involved in zoonotic neglected tropical diseases. Perhaps for the first time they were appreciating the added benefits and synergies that a transdisciplinary approach between science, society, humanities and medicine could bring.
One of a series of blogs written by CABI editors for One Health Day November 3rd 2016
Most antibiotics in livestock farming are used in aquaculture, but significant amounts are also used in terrestrial livestock species, particularly in poultry and pigs.
Approximately 70% of antibiotics are used for non- therapeutic purposes, i.e. many antibiotics are used in sub- therapeutic doses and over prolonged periods, which leads to the development of genes that confer antimicrobial resistance to animal pathogens. These genes can subsequently be transferred to human pathogens and it is estimated that 75% of recently emerging diseases in humans are of animal origin.
Antimicrobial resistance (AMR) problems are further exacerbated by the fact that antibiotic resistance genes were found in bacteria long before antibiotics were ever used on super-pathogens in farm animals.
AMR is a worldwide problem, which clearly affects both animal and human health, and hence it is truly One Health issue.