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Evaluation of rodent control to fight Lassa fever based on field data and mathematical modelling

This resource aims to to assess the efficacy of rodent control by performing a 4-year field experiment in rural Upper Guinea, and developing a mathematical model to simulate different control strategies (annual density control, continuous density control, and rodent vaccination).

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Evidence that rodent control strategies ought to be improved to enhance food security and reduce the risk of rodent-borne illnesses within subsistence farming villages in the plague/endemic West Nile region, Uganda

This resource presents a survey of 37 households from 17 subsistence farming villages within the West Nile region of Uganda. This revealed that rodents cause both pre- and post-harvest damage to crops. Evidence of rodent access to stored foods was reported in conjunction with each of the reported storage practices, and the paper suggests that current efforts are inadequate for effectively reducing rodent abundance in homes.

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Case-control study of Mastomys natalensis and humans in Lassa virus-infected households in Sierra Leone

This resource studied Lassa virus infection and antibodies in households where Lassa fever cases occurred and compared these to those in the nearest neighbour houses and "far" houses located across the village. It reports on rodent infection and human anti-body prevalence. 

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The bioeconomics of controlling an African rodent pest species

This resource presents an ecological population model as a basis for an economic analyses of controlling an African pest rodent, the multimammate rate, which causes major damage in maize production. This study sues data from the village level in Tanzania, and the model incorporates density-dependent and density-independent factors.

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Ebola hemorrhagic fever information packet. U.S. Department of Health and Human Services: Special pathogens branch

This information packet was created by the U.S Department of Health and Human Services to provide key, succinct information about Ebola hemorrhagic fever.

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Nigeria Centre for Disease Control (NCDC): Standard operating procedures for Lassa fever case management

This resource describes the standard operating procedures for Lassa fever case management as outlined by the Nigeria Centre for Disease Control.

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World Health Organisation: Lassa fever in Sierra Leone

This is an update on Lassa fever in Sierra Leone from the 14th June 1996. 

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Rodent control to fight Lassa fever: Evaluation and lessons learned from a 4-year study in Upper Guinea

This paper performed a 4 year intervention based on chemical rodent control, utilizing anticoagulant rodenticides in 3 villages and evaluating the rodent abundance before and after treatment. They found that chemical treatment provides an effective tool to control local rodent populations. Based on these findings and the acceptability of rodent control activities at community level, the authors aim to promote, in coordination with health and agricultural authorities, a more holistic approach, including rodent trapping and poisoning, environmental hygiene, personal hygiene, house repairs and rodent-proof storage.

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Use of protective gear and the occurrence of occupational Marburg hemorrhagic fever in health workers from Watsa health zone, Democratic Republic of the Congo

This paper shows how health workers used PPE in an outbreak of Marburg Virus in DRC.  The findings show that HWs protected themselves better during invasive procedures (injections, venepuncture, and surgery) than during noninvasive procedures, but the overall level of protection in the hospital remained insufficient, particularly outside of isolation wards. The reasons for inconsistent use of protective gear included insufficient availability of the gear, adherence to non-biomedical explanatory models of the origin of disease, and peer bonding with sick colleagues.

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Domestic cats and dogs create a landscape of fear for pest rodents around rural homesteads

This paper found that the presence of cats and dogs at the same homestead significantly reduced activity and increased ’giving up densities’ (i.e. increased perception of foraging cost) of pest rodent species. The results suggest that pest rodent activity can be discouraged through the presence of domestic predators. When different types of predator are present together, they likely create a heightened landscape of fear for foraging rodents.

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