Target Populations/Communities and Mitigations
An important strategy toward achieving community mobilization is the active engagement of the population/community of interest. These engagements will include periodical community outreaches involving sensitization and health awareness talks on zoonotic diseases.
In Africa, participation of three principal stakeholders/communities is important to stem the tide of BTB and its zoonotic implications, namely, the pastoralist community (the livestock producers), livestock marketers, and butchers (livestock processors) (Adesokan et al. 2012). These groups are the populations at risk and are most vulnerable to zoonotic infections due to M. bovis. Fundamentally, they are unlikely to have the education and awareness of important health and hygiene precautions, and they engage in habits and practices that expose them to infection with M. bovis. These risky practices and activities include:
1. Living closely with infected animals
2. Consumption of unpasteurized dairy products and of improperly cooked, contaminated meat products
3. Lack of the use of protective clothing/equipment during slaughtering
4. Other unhygienic habits during milk and meat processing
Consequently, to reduce the spread of zTB in Africa, the activities and actions to be implemented based on the One Health approach should be directed at these neglected and at-risk populations.
The implementable actions that will promote activities to reduce the problem currently being experienced by Africans as a result of BTB using the One Health approach are discussed below.
4.7.1 Intergovernmental Collaboration
To make meaningful progress in the fight against BTB in Africa from both the animal and human perspective, the heads of government of the entire region must first be made to appreciate the enormity of the problem (through local and international policy briefings as well as joint summits) and accept that BTB is a major challenge to animal productivity and human health.
After this has been achieved, a central committee at the African Union (AU) secretariat, given its leadership and political clout to promote regional health initiatives, as has been done for HIV/AIDS, malaria, and TB, should be set up. This committee should, with the technical support of the OIE, focus on promoting and coordinating inter-sectorial collaboration between the Ministries of Health and Agriculture/Livestock Resources in the various African countries. Using this platform, the embracement of a holistic application of the One Health approach to prevent and control BTB in animal production and zoonotic transmission will be greatly enhanced. An initiative to deal with BTB similar to the current collaboration initiated between the medical, veterinary, and agriculture departments across Africa by the AU in tackling the epidemics of avian influenza and Ebola should also be established.4.7.2 Global Inter-sectoral Support and Collaboration for Africa by the WHO-FAO-OIE Tripartite
Similar global efforts, coordination, and funding to stem the tide of M. tuberculosis in humans in Africa should be established to deal with zTB. In this regard, for effective prevention and control of BTB in the animal and human populations, the tripartite initiative involving the WHO, FAO, and the OIE must be strengthened to chart and coordinate a “practical and cost-effective” roadmap that can be implemented in all African countries. This tripartite collaboration must be seen to be working with individual African countries, taking into consideration key issues like prevalence and burden of the disease in both the animal and the human populations. This was reflected in the submission made by teams of experts at the June 2016 WHO-STAG-TB meeting (WHO 2016b). Other fundamental considerations that must be implemented should include the establishment of prevention and control policies and guidelines dealing with the movement of cattle and humans within countries and across their borders, the cattle trade, and clarifying the epidemiology of BTB.
Consideration of, and understanding, these factors will be important when developing the roadmap since they will provide insights into the sociocultural and population dynamics characteristic of each local setting.4.7.3 Joint Veterinary-Medical EducationZTraining
To promote One Health in relation to BTB and zTB prevention and control in Africa, there is a need for the development of joint One Health curricula in medical and veterinary faculties on the continent (Zinsstag et al. 2005; Monath et al. 2010). This should involve programs that can be conducted jointly focusing on pastoralist communities, livestock markets, and abattoirs for the purpose of training and community interventions. A practical example is the initiative of the MacArthur Foundation for Higher Education in Africa in establishing Centers of Excellence. Through this initiative, a Center of Excellence for the Control and Prevention of Zoonoses (CCPZ) was established at the University of Ibadan, Ibadan, Nigeria, with the aim of prevention and control of endemic, emerging, and reemerging zoonoses (including BTB and brucellosis) in Nigeria, Ghana, Sierra Leone, and Liberia. Through this platform, among other things, active surveillance and screening for BTB in cattle and livestock workers at the abattoirs and livestock markets were conducted by a team of veterinarians, community health physicians, and related disciplines. It is expected that similar initiatives will help to establish teams that can be mobilized to conduct tuberculin tests screening cattle for BTB. Following confirmation of BTB in a specific group of cattle, the medical team can then be invited to investigate possible zoonotic infections and to determine the burden of the disease in the affected human population. Such initiatives will further help to promote public awareness of the risk of consuming unpasteurized or non-heat-treated dairy products and contaminated meat and food products.
4.7.4 Public-Private Partnerships (PPPs)
In most African countries, the private sector plays a key role in TB control.
The level of support given by the private sector, however, varies across the continent in terms of size, funding ability, level of organization, services rendered, and the communities supported. Using the One Health approach, African governments can partner with established nongovernmental organization (NGOs) that address TB, for example, the KNCV TB Foundation in the Netherlands, the German TB and Leprosy Foundation, the Belgian Damien TB and Leprosy Foundation, the IUATLD, and a host of well-established local groups to work actively with populations at risk. A successful model is the African Program for Onchocerciasis Control (APOC), which involved 28 African countries, a pharmaceutical company (Merck), and more than 30 development partners for the successful control of river blindness. Furthermore, Private Public Partnership (PPP) initiatives involving veterinary and medical teams working in different African countries can be established and mobilized, as was recently done during the Ebola outbreaks in some Western African countries (EU 2016). This becomes imperative in rural settings where information about the status of BTB has to be investigated to educate the inhabitants on practices related to pasteurization or heat treatment of dairy products before consumption. This is even more important given the need to mobilize the right personnel and experts to facilitate the necessary actions to control BTB in cattle and zTB in humans. Here, the international agencies listed above, including NGOs, and local groups will need to be mobilized both in rural and urban areas to increase public awareness about the risks of keeping and rearing cattle with BTB and, more importantly, the risk of consuming unpasteurized or non-heat-treated dairy products.4.7.5 Clinical Research and Scientific Investigation
To achieve optimal care for patients with suspected zTB, clinical care is better achieved when there is cooperation and collaboration between the veterinary and medical investigators.
A valid, rapid, point-of-care test that can differentiate between M. bovis and M. tuberculosis should be developed and deployed to screen patients (at hospitals and clinics) and “at-risk populations” selected from different livestock settings (Kaneene et al. 2014a, b). Based on the findings, appropriate and optimal care can then be given to the patient. Alternatively, routine samples at the hospitals and clinics should be inoculated on Lowenstein-Jensen media, one with glycerol and the other without glycerol but containing pyruvate to ensure growth for cases where M. bovis are suspected. In addition, active detection of zoonotic TB (i.e., through periodic visits by mobile clinics in at-risk populations in different livestock settings) should be encouraged and promoted to allow proper documentation of cases involving M. bovis as was the practice with the Health for Animal and Improved Livelihood (HALI) project in Tanzania. With these measures in place, it would become easier for a joint team of veterinarians and physicians to conduct coordinated outreach clinical sessions and investigations among livestock workers in pastoralist communities, livestock markets, and abattoirs. Through such initiatives, there will be a better likelihood of detecting unreported cases of human infections with M. bovis and M. tuberculosis, which can subsequently be treated earlier, thus preventing further spread of the disease.4.8
More on the topic Target Populations/Communities and Mitigations:
- CONCEPT 15.3 Positive interactions affect the abundances and distributions of populations as well as the structure of ecological communities.
- Small populations are at much greater risk of extinction than large populations
- CONCEPT 12.3 Predator populations can cycle with their prey populations.
- Choice of Target Genes for PCR
- Target Self-Esteem
- Despite growing Muslim minority populations in many Western countries, one area where there has traditionally been seen to be a legal disconnect between those populations and their new countries is the area of adoption, or the similar but distinct concept known in Islam as ‘kafala’.
- Hunting communities Agricultural communities The "Indo-European" influence The Vedic period The ritual system
- All populations fluctuate in size
- Gene flow is the transfer of alleles between populations
- Populations can grow rapidly because they increase by multiplication
- CAN DISEASES REGULATE WILD POPULATIONS?
- Overseas Populations
- Populations respond to environmental variation through adaptation
- Biological structure of populations