Public health microbiology comprises the disciplines of microbiology and public health. It refers to the study of microorganisms like viruses, fungi, parasites and bacteria that impact human health. A public health microbiologist works in public health laboratories and coordinates with various professionals like epidemiologists, veterinarians and environmentalists. Their key roles are to conduct surveillance of infectious diseases, investigate outbreaks, develop diagnostic tests and provide evidence to inform public health measures for disease control. Such measures include improving global surveillance, reducing inappropriate drug use, enhancing vector and zoonotic control, promoting health education and developing predictive models.
One Health: A Holistic Approach to Achieving Global Well-beinggreendigital
Introduction:
In an interconnected world where the boundaries between humans, and animals. and the environment blurred. One Health has emerged as a comprehensive approach to addressing complex health challenges. One Health recognizes the intricate connections between the Health of humans and animals. and ecosystems, emphasizing the need for collaborative efforts across disciplines to achieve optimal well-being for all. This article delves into the fundamental principles of It, and its historical roots. and its potential to revolutionize the way we approach global Health.
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Understanding One Health:
A- Definition and Scope:
It is an integrative approach that considers the Health of humans, animals. and the environment as interdependent entities. It acknowledges that the Health of one component influences the Health of the others. and disruptions in any of these systems can have far-reaching consequences. This approach goes beyond traditional silos in health management. and embraces a holistic perspective. recognizing the intricate web of connections that shape our Health.
B- Historical Roots:
The roots of the It concept can traced back to ancient civilizations. where the interconnectedness of human and animal health acknowledged. But, the formal recognition of It as a distinct field gained momentum in the late 20th century. The emergence of zoonotic diseases transmitted between animals. and humans highlighted the need for a collaborative approach to disease prevention and control.
Key Principles of One Health:
A- Interdisciplinary Collaboration:
At the heart of It is interdisciplinary collaboration. This principle involves breaking down the traditional barriers between medical, veterinary. and environmental sciences. Professionals from various fields work together to understand the complex dynamics of Health. and to develop effective strategies for prevention, surveillance, and response to emerging threats.
B- Zoonotic Disease Surveillance:
Given the increasing frequency of zoonotic disease outbreaks. It emphasizes surveillance and early detection. Monitoring diseases at the human-animal-environment interface is crucial for identifying potential threats before. they escalate into global pandemics. This proactive approach involves close collaboration between public health agencies. veterinary services, and environmental monitoring bodies.
C- Environmental Stewardship:
It recognizes the impact of environmental degradation on Health. Climate change, deforestation, and pollution can exacerbate the spread of diseases. affect water and food sources, and compromise the well-being of ecosystems. Integrating environmental stewardship into health policies is essential for safeguarding the Health of present and future generations.
Examples of One Health in Action:
A- Pandemic Preparedness:
The ongoing COVID-19 pandemic has underscored the importance of a It approach. The virus, believed to have originated in bats.
Presented by Hung Nguyen-Viet and Jakob Zinsstag at a technical workshop of the Food and Agriculture Organization of the United Nations (FAO) regional initiative on One Health, Bangkok, Thailand, 11–13 October 2017.
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final Scope Of Public Health Microbiology.pptx
1.
2. Scope Of Public
Health Microbiology
Presented to: Dr Mahr un Nisa
Presented by: Areej Iqbal Awan
3. Table of contents
O Introduction
O Microbiology
O Public health
O PHM
O Multidiscipline
O Network example
O PHM labs task
O Role of PH microbiologist
O Public health measure in disease control
5. Microbiology
O Microbiology is the study of microorganisms,
including viruses, fungi, parasites and bacteria
including immunity to these microorganisms.
6. Public Health
O Public health, the branch of medicine dealing
with health of population as whole, including
hygiene, epidemiology, and disease prevention
7. Public health microbiology
O Public health microbiology (PHM) refers to
a cross-cutting area that spans the fields of
human, animal, food, water, and
environmental microbiology, with a focus on
human health and disease.
http://ecdc.europa.eu/en/activities/microbiology/
pages/
8. Multidisciplinary
O Pertinent partners: epidemiologists and health
care professionals (nutritionist, doctors)
O Other examples: Veterinarians,
Environmentalists, Nurses, Laboratory
specialists
O lt's important that activities be coordinated to
reach common public health (PH) goals for
surveying infectious disease!
11. Task of PHM labs
O Confirm diagnosis for targeted interventions (detection,
monitoring, outbreak response, and providing scientific
evidence)
O Identify (new) types of pathogens and good microbes
O Implications for control measures
O Microbiological safety of food and water
O Quality assurance of diagnostic results
O Biosafety
O Develop new tests/ Optimize existing tests
O Basic/applied research for new insights and innovative
solutions to health problems (vaccine, prebiotics, probiotics,
nutraceutical compounds and antibiotics development)
12. Role of the Microbiology
Laboratory in Infectious
Disease Surveillance, Alert and
Response
13. Key Tasks in Dealing with
Emerging Diseases
O Surveillance at national, regional, global level
O epidemiological
O laboratory
O ecological
O anthropological
O Investigation and early control measures
O Implement prevention measures
behavioral, political, environmental
O Monitoring, evaluation
14. Public health microbiologist
Where do public health
microbiologists work?
Local, state or national public
health laboratories, academia,
genetic diseases or
environmental laboratories
Food microbiologist work
Photo Credit: CDC Public Health Image
Library
15. Role of PH microbiologist
O Their priority is to controlling epidemics and pandemics
O Establish surveillance for:
O Unusual diseases
O Drug resistant agents
O Assure laboratory capacity to investigate new agents
(e.g., high-throughput labs)
O Develop plans for handling outbreaks of unknown
agents
O Inform physicians about responsible antimicrobial use
16. Continue…
O Educate public about
O Responsible drug compliance
O Emergence of new agents
O Infection sources
O Vector control
O Malaria prophylaxis
O Be aware of potential adverse effects of
intervention strategies
O Anticipate future health problems
O Promote health and maximize human functional
ability
18. STRATEGIES TO REDUCE
THREATS
O DEVELOP POLITICAL WILLAND FUNDING
O IMPROVE GLOBAL EARLY RESPONSE
CAPACITY
O WHO
O National Disease Control Units (e. g. USCDC, CCDC)
O Training programs
O IMPROVE GLOBAL SURVEILLANCE
O Improve diagnostic capacity (training, regulations)
O Improve communication systems (web, e-mail etc. )
and sharing of surveillance data
O Rapid data analysis
O Develop innovative surveillance and analysis strategies
19. Continue…
O DECREASE INAPPROPRIATE DRUG USE
O Improve education of clinicians and public
O Decrease antimicrobial use in agriculture and food
production
O Community nutrition
O IMPROVE VECTOR AND ZOONOTIC CONTROL
O Develop new safe insecticides
O Develop more non-chemical strategies e. g. organic strategies
O BETTER AND MORE WIDESPREAD HEALTH
EDUCATION (e. g. , west Nile virus; bed nets, mosquito
repellent
O Food borne prevention (health and hygiene)
20. Continue…
O DEVELOPMENT OF PREDICTIVE MODELS BASED ON
O Epidemiologic data
O Climate change surveillance
O Human behavior
O ESTABLISH PRIORITIES
O The risk of disease
O The magnitude of disease burden
O Morbidity/disability
O Mortality
O Economic cost
O REDUCE POTENTIAL FOR RAPID SPREAD
O DEVELOP MORE FEASIBLE CONTROL STRATEGIES