The Strategic plan aims to ensure alignment of preparedness and readiness actions in the nine countries focusing on eight technical areas: strengthening multisectoral coordination; surveillance for early detection; laboratory diagnostic capacity; points of entry; rapid response teams; risk communica...tion, social mobilization and community engagement; case management and infection prevention and control (IPC) capacities; and, operations support and logistics. The purpose of the WHO Regional Strategic Plan is to ensure that the countries bordering the Democratic Republic of the Congo are prepared and ready to implement timely and effective risk mitigation, detection and response measures should there be any importation of EVD cases.
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The COVID-19 pandemic is having far reaching impacts, well beyond the health crisis and needs, with the most severe impacts experienced in the poorest countries and those most vulnerable to humanitarian crises including natural disasters, such as Nepal.
The Global Task Force on Cholera Control (GTFCC) launched Ending Cholera: A Global
Roadmap to 2030 (Global Roadmap) (1), a strategy that aims to reduce global cholera
deaths by 90% and eliminate the disease in at least 20 countries by 2030. It is
organized according to three main axes:
• E...nsuring early detection and response to contain outbreaks; (2)
• Adopting a multisectoral approach to prevent and control cholera in hotspots; and
• Establishing an effective coordination mechanism for technical support, resource
mobilization and partnership at local and global levels.
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Rebuilding Liberia’s health system is crucial for improving the country’s overall health outcomes. This annual report highlights key achievements, challenges,and lessons learned in implementing programmes of technical cooperation with the Government of Liberia from January to December 2022. T...he key achievements are summarized under the thematic areas of Universal Health Coverage, Health Emergencies and Corporate and Enabling Support.
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This checklist is an operational tool to help national authorities develop or revise national respiratory pathogen (inclusive of influenza and coronaviruses) pandemic preparedness plans.
Diphtheria is caused by Corynebacterium species, mostly by toxin-producing Corynebacterium diphtheriae and rarely by toxin-producing strains of C. ulcerans and C. pseudotuberculosis. The most common type of diphtheria is classic respiratory diphtheria, whereby the exotoxin produced characteristicall...y causes the formation of a pseudomembrane in the upper respiratory tract and damages other organs, usually the myocardium and peripheral nerves. Acute respiratory obstruction, acute systemic toxicity, myocarditis and neurologic complications are the usual causes of death. The infection can also affect the skin (cutaneous diphtheria). More rarely, it can affect mucous membranes at other non-respiratory sites, such as genitalia and conjunctiva.
C. diphtheriae is transmitted from person to person by intimate respiratory and direct contact; in contrast, C. ulcerans and C. pseudotuberculosis are zoonotic infections, not transmitted person-to-person. The incubation period of C. diphtheriae is two to five days (range 1– 10 days). A person is infectious as long as virulent bacteria are present in respiratory secretions, usually two weeks without antibiotics, and seldom more than six weeks. In rare cases, chronic carriers may shed organisms for six months or more. Skin lesions are often chronic and infectious for longer periods. Effective antibiotic therapy (penicillin or erythromycin) promptly terminates shedding in about one or two days.
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