Category:Epidemic intelligence - Revision history

Bosmana fem at 08:59, 23 April 2023

2023-04-23T08:59:25Z

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	;Contributor		;Contributor
	: Arnold Bosman		: Arnold Bosman
	</div		</div>


	[[Category:Assessing the burden of disease and risk assessment]]		[[Category:Assessing the burden of disease and risk assessment]]

Bosmana fem: /* FEM PAGE CONTRIBUTORS 2017 */

2023-04-23T08:59:11Z

FEM PAGE CONTRIBUTORS 2017

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	Of course, in a rapidly evolving situation, professional judgment should be exercised, and it may be appropriate under severe time constraints to skip some of the above-mentioned steps to share information quickly. However, if epidemic intelligence can be gathered systematically, as described above, the outcome is a better-informed decision and more effective action.		Of course, in a rapidly evolving situation, professional judgment should be exercised, and it may be appropriate under severe time constraints to skip some of the above-mentioned steps to share information quickly. However, if epidemic intelligence can be gathered systematically, as described above, the outcome is a better-informed decision and more effective action.

	==FEM PAGE CONTRIBUTORS ~~2017==~~		<div style="display: inline-block; width: 25%; vertical-align: top; border: 1px solid #000; background-color: #d7effc; padding: 10px; margin: 5px;">
			'''FEM PAGE CONTRIBUTORS 2007'''
	; Editors		; Editors
	: Vladimir Prikazsky		: Vladimir Prikazsky
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	;Contributor		;Contributor
	: Arnold Bosman		: Arnold Bosman
			</div


	[[Category:Assessing the burden of disease and risk assessment]]		[[Category:Assessing the burden of disease and risk assessment]]

Bosmana fem at 06:55, 24 March 2023

2023-03-24T06:55:36Z

← Older revision		Revision as of 06:55, 24 March 2023
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	Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine [[surveillance principles\|surveillance systems]]. The ‘[[event-based surveillance]]’ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers [[risk assessment]] and risk monitoring.		Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine [[surveillance principles\|surveillance systems]]. The ‘[[event-based surveillance]]’ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers [[Formal Risk Assessment\|risk assessment]] and risk monitoring.

	[[File:eimodelecdc.png\|600px\|frameless\|none]]		[[File:eimodelecdc.png\|600px\|frameless\|none]]


	Epidemic intelligence aims to produce timely, validated, and actionable intelligence on events related to communicable diseases or of unknown origin that interest public health and health authorities. The process can be divided into early detection of new threats and events and monitoring the ~~threats that have~~ already ~~been~~ identified, including potential threats.		Epidemic intelligence aims to produce timely, validated, and actionable intelligence on events related to communicable diseases or of unknown origin that interest public health and health authorities. The process can be divided into early detection of new threats and events and monitoring the already identified threats, including potential threats.

	Early detection comprises six elements:		Early detection comprises six elements:

	# Screening news, official reports or notes, and ~~rumors~~ relevant from a European perspective to distinguish the meaningful information signals by applying specified criteria.		# Screening news, official reports or notes, and rumours relevant from a European perspective to distinguish the meaningful information signals by applying specified criteria.
	# Filtering the events to identify potential public health events of European interest.		# Filtering the events to identify potential public health events of European interest.
	# Validating the events that originate from unofficial sources by cross-checking with official and/or reliable media sources to ensure that the event detected is real and fully understood.		# Validating the events that originate from unofficial sources by cross-checking with official and/or reliable media sources to ensure that the event detected is real and fully understood.

Bosmana fem at 05:46, 24 March 2023

2023-03-24T05:46:38Z

← Older revision		Revision as of 05:46, 24 March 2023
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	Of course, in a rapidly evolving situation, professional judgment should be exercised, and it may be appropriate under severe time constraints to skip some of the above-mentioned steps to share information quickly. However, if epidemic intelligence can be gathered systematically, as described above, the outcome is a better-informed decision and more effective action.		Of course, in a rapidly evolving situation, professional judgment should be exercised, and it may be appropriate under severe time constraints to skip some of the above-mentioned steps to share information quickly. However, if epidemic intelligence can be gathered systematically, as described above, the outcome is a better-informed decision and more effective action.

			==FEM PAGE CONTRIBUTORS 2017==
			; Editors
			: Vladimir Prikazsky
			: Anonymous
			: Arnold Bosman
			;Contributor
			: Arnold Bosman



	[[Category:Assessing the burden of disease and risk assessment]]		[[Category:Assessing the burden of disease and risk assessment]]

Bosmana fem: Bosmana fem moved page Epidemic intelligence to Category:Epidemic intelligence

2023-03-22T20:23:42Z

Bosmana fem moved page Epidemic intelligence to Category:Epidemic intelligence

← Older revision	Revision as of 20:23, 22 March 2023
(No difference)

Bosmana fem at 20:22, 22 March 2023

2023-03-22T20:22:00Z

← Older revision		Revision as of 20:22, 22 March 2023
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	Of course, in a rapidly evolving situation, professional judgment should be exercised, and it may be appropriate under severe time constraints to skip some of the above-mentioned steps to share information quickly. However, if epidemic intelligence can be gathered systematically, as described above, the outcome is a better-informed decision and more effective action.		Of course, in a rapidly evolving situation, professional judgment should be exercised, and it may be appropriate under severe time constraints to skip some of the above-mentioned steps to share information quickly. However, if epidemic intelligence can be gathered systematically, as described above, the outcome is a better-informed decision and more effective action.

			[[Category:Assessing the burden of disease and risk assessment]]

Bosmana fem at 16:21, 18 December 2022

2022-12-18T16:21:44Z

← Older revision		Revision as of 16:21, 18 December 2022
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	Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine [[surveillance systems]]. The ‘[[event-based surveillance]]’ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers [[risk assessment]] and risk monitoring.		Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine [[surveillance principles\|surveillance systems]]. The ‘[[event-based surveillance]]’ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers [[risk assessment]] and risk monitoring.

	[[File:eimodelecdc.png\|600px\|frameless\|none]]		[[File:eimodelecdc.png\|600px\|frameless\|none]]

Bosmana fem at 16:19, 18 December 2022

2022-12-18T16:19:46Z

← Older revision		Revision as of 16:19, 18 December 2022
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	Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine surveillance systems. The ~~‘event~~-based ~~surveillance’~~ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers risk assessment and risk monitoring.		Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine [[surveillance systems]]. The ‘[[event-based surveillance]]’ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers [[risk assessment]] and risk monitoring.

	[[File:eimodelecdc.png\|600px\|frameless\|none]]		[[File:eimodelecdc.png\|600px\|frameless\|none]]

Bosmana fem at 16:17, 18 December 2022

2022-12-18T16:17:53Z

← Older revision		Revision as of 16:17, 18 December 2022
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	Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine surveillance systems. The ‘event-based surveillance’ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers risk assessment and risk monitoring.		Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine surveillance systems. The ‘event-based surveillance’ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers risk assessment and risk monitoring.

	[[File:~~Eimodelecdc~~.png\|600px\|frameless\|none]]		[[File:eimodelecdc.png\|600px\|frameless\|none]]

Bosmana fem: Created page with "Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine surveillanc..."

2022-12-18T16:17:04Z

Created page with "Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine surveillanc..."

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Epidemic intelligence integrates indicator-based and event-based components. ‘Indicator-based surveillance’ refers to structured data collected through routine surveillance systems. The ‘event-based surveillance’ refers to unstructured data gathered from formal and informal sources, such as the media and scientific publications. The purpose of both these components of epidemic intelligence is to quickly identify any event which might become a public concern. Epidemic Intelligence covers risk assessment and risk monitoring.

[[File:Eimodelecdc.png|600px|frameless|none]]

Epidemic intelligence aims to produce timely, validated, and actionable intelligence on events related to communicable diseases or of unknown origin that interest public health and health authorities. The process can be divided into early detection of new threats and events and monitoring the threats that have already been identified, including potential threats.

Early detection comprises six elements:

# Screening news, official reports or notes, and rumors relevant from a European perspective to distinguish the meaningful information signals by applying specified criteria.
# Filtering the events to identify potential public health events of European interest.
# Validating the events that originate from unofficial sources by cross-checking with official and/or reliable media sources to ensure that the event detected is real and fully understood.
# A validated event will then be analyzed to capture the full information about the event, including epidemiological data, exposure facts, and contextual information.
# Based on the analysis, an assessment is made to estimate the risk associated with the event.
# Finally, communication and documentation of the identified threats are integral to epidemic intelligence throughout the five steps above.

Monitoring identified threats is the active follow-up of all relevant information directly related to the threat. This iterative process continues until the threat is considered to have subsided or until all appropriate public health measures have been implemented.

Of course, in a rapidly evolving situation, professional judgment should be exercised, and it may be appropriate under severe time constraints to skip some of the above-mentioned steps to share information quickly. However, if epidemic intelligence can be gathered systematically, as described above, the outcome is a better-informed decision and more effective action.