Overview of Brazilian Malaria Incidence from Environmental, Economic and Spatial Factors in Amazon and Extra Amazon Region

Magno De Oliveira; Bruno Henrique Di Napoli Nunes; Agrinazio Geraldo Nascimento Neto; Fernanda  Majolo; Guilherme Liberato da Silva; Lucas Vieira

doi:10.34257/GJHSSBVOL24IS1PG83

Authors

Magno De Oliveira
Bruno Henrique Di Napoli Nunes
Agrinazio Geraldo Nascimento Neto
Fernanda Majolo
Guilherme Liberato da Silva
Lucas Vieira

Keywords:

anopheles darlingi; plasmodium; brazil; vector-borne diseases

Abstract

Malaria is caused by the protozoan Plasmodium and its infection can occur in several ways, being the most common through the bite of the female mosquito Anophelesdarling. The life cycle o f the vector is related to the dynamics of the ecosystem that lives, situations such as global warming generate a great concern regarding the possible amplification of the reproduction capacity of vectors according to climate change. These diseases are much more frequent in regions where the climate is tropical, such as Brazil. The incidence of the vector is characterized by several factors, such as biological, ecological, sociopolitical, cultural, and economic factors, the latter influence health expenditures in Brazil regarding the preventive measures of infection. The economic impact includes expenses with any health care, lost service days, loss of classes in the education system, as well as lower-income at work due to brain injuries, among others. Malaria breeds poverty and poverty breeds Malaria.

Downloads

Article PDF

How to Cite

Overview of Brazilian Malaria Incidence from Environmental, Economic and Spatial Factors in Amazon and Extra Amazon Region. (2024). Global Journal of Human-Social Science, 24(B1), 29-38. https://doi.org/10.34257/GJHSSBVOL24IS1PG83

Download Citation

References

Elizabeth Ashley, Aung Pyae Phyo, Charles Woodrow (2018) Malaria. 391(10130), 1608-1621.

Ledayane Barbosa, Raimundo Souto, Ricardo Ferreira, Vera Scarpassa (2014) Composition, abundance and aspects of temporal variation in the distribution of Anopheles species in an area of Eastern Amazonia. 47(3), 313-320.

Bridy Ditombi, Julienne Minko, Roméo Tsamba, Jacques Ngomo, Tatiana Nymane, Fanny Ognagosso, Noé M'bondoukwe, Denise Mawili-Mboumba, Marielle Akotet (2015) Comparative performance of four malaria rapid diagnostic tests, Vikia Malaria Pf/Pan, Meriline-Meriscreen Pf/Pv/Pan, Right Sign Malaria Pf/Pan, and Right Sign Malaria Pf, among febrile patients in Gabon. 53.

Brasil (2019) Malaria: What it is, causes, symptoms, treatment, diagnosis, and prevention.

Brasil (2020) Malaria treatment guide in Brazil.

Ministério Brasil, Da Saúde Banco de dados do Sistema Único de Saúde -DATASUS.

Rian Bueno, Pereira (2017) SISS-Geo, Fiocruz. Malaria in the Atlantic Forest biome: species and related environmental conditions.

Jaiberth Cardona-Arias, Walter Salas-Zapata, Jaime Carmona-Fonseca (2019) Determinación y determinantes sociales de la malaria: revisión sistemática, 1980-2018. 43, 1.

Silva-Nunes Da, Mônica (2010) Impact of environmental changes in malaria transmission and perspectives for disease control in rural settlement areas of the Brazilian Amazonia. 14(3), 603-622.

De, Magno Oliveira Experimental Planning Factorial: A Brief Review. 5, 6.

Ranieri De Souza Santos, Sales (2019) CROSS-CUTTING STUDIES ON MALARIA (Plasmodium falciparum): A SYSTEMATIC REVIEW. 5.

Pedro Faustino, Santos Miguel Dos (2016) Malaria chemotherapy: prospects for the future.

Marcelo Ferreira, Urbano (2012) Contemporary Parasitology. 1ª Edition.

Maria Ferreira, M Eugenia, Costa (2015) Tropical diseases": climate and public health. Climate change and the occurrence of malaria in the area of influence of the Itaipu reservoir. 1(20), 179-192.

Samuel Nascimento, Fernanda Severo, André Guerrero, Fabiana Damásio, Nara Vieira, Bárbara Vaz, June Scafuto, Enrique Bessoni, Marlon Lima (2020) EXPERIÊNCIA DE GOVERNANÇA DIGITAL: MEDIAÇÕES TECNOLÓGICAS PARA A GESTÃO DO CONHECIMENTO EM POLÍTICAS PÚBLICAS INTERSETORIAIS..

Luiz Gil, Mauro Tada, Tony Katsuragawa, Paulo Ribolla, Luiz Silva (2007) Urban and suburban malaria in Rondônia (Brazilian Western Amazon) II: perennial transmissions with high anopheline densities are associated with human environmental changes. 102(3), 271-276.

John Gimnig (2002) Culicidae) larvae in artificial habitats. 39, 162-172.

Alberto Gomez-Elipe (2007) Prediction of malaria incidence based on monthly case reports and environmental factors in Karuzi, Burundi, 1997-2003. 6(1), 129.

(2008) INTERGOVERNMENTAL PANEL ON CLIMATE CHANGE (IPCC). 236-240.

Aline Loureiro, Cordeiro (1926) Diversity in genes related to resistance to insecticides and biological rhythms in Anopheles darlingi ROOT.

Prasanta Bal (1995) Climate Change Projections and its Impacts on Potential Malaria Transmission Dynamics in Uttarakhand. 54(1), 47-53.

Ministério Da Saúde (2020) Contas Nacionais da Força de Trabalho em Saúde: Um Manual.

Ministry Of Health; Ministry Of Health (2010) A practical guide to malaria treatment in Brazil.

Dayana Moreno, Andrea Quintero (2017) Malaria, enfermedad tropical de múltiples métodos diagnósticos. 17(2), 402-414.

Fabio Mourao, Rodrigo (2014) Malaria surveillance in the Brazilian Amazon. 4(2), 161-168.

Stephen Munga (2006) Associação entre a cobertura do solo e a produtividade do habitat de vetores da malária nas terras altas do oeste do Quênia. 74(1), 69-75.

Mjam Oesterholt (2006) Spatial and temporal variation in malaria transmission in an area of low endemicity in northern Tanzania. 5(1), 1-7.

Alessandra Orfanó, Da Silva (2016) Different approaches to the interaction between Anopheles spp. and Plasmodium spp: establishing a laboratory murine model, studying the escape of sporozoites and the microbiota.

Hoda Atta, Caroline Barwa, Ghasem Zamani, Robert Snow (2015) Malaria and complex emergencies in the Eastern Mediterranean Region. 22(4), 235-236.

Pbmc (2014) Technical Summary. 51-148.

Luis Rey (2008) Rey Parasitologia. 4ª edição.

Erika Rossetto, Valeska (2013) Evaluation of the Hospital Information System how a tool for the malaria surveillance in Amazônia Legal. Brazil, 1998-2005. 3(2), 50-55.

Eliane Pawlowski Oliveira Araújo, Jacqueline Pawlowski Oliveira, Edison Corrêa (2018) POTENCIALIZANDO O ACERVO DE RECURSOS EDUCACIONAIS EM SAÚDE: ANÁLISE DA PRODUÇÃO DO NESCON/UFMG COM VISTA A INCREMENTAR A DISPONIBILIZAÇÃO E O COMPARTILHAMENTO DE OBJETOS DE APRENDIZAGEM.

Cíntia Vasconcelos, Evlyn Novo, Maria Donalisio (2006) Uso do sensoriamento remoto para estudar a influência de alterações ambientais na distribuição da malária na Amazônia brasileira. 22(3), 517-526.

Sheila Vitor-Silva (2009) Malaria is associated with poor school performance in an endemic area of the Brazilian Amazon. 8(1), 230.

Urzula Urbāne (2006) Diagnostic Value of Clinical Presentation, Parental Concern, and Clinician's Non-Analytical Reasoning in Identifying Serious Bacterial Infections in Febrile Children. Doctoral Thesis.

Wolfarth-Couto, Bruna Filizola, ; Naziano, Laurent Durieux (2020) Seasonal pattern of malaria cases and the relationship with hydrological variability in the State of Amazonas, Brazil. 23, 200018.

Santos Dos, Pedro Ferreira (2017) The perspectives and divergences about anthropogenic global warming. 27(51), 728-747.

Pedro Tauil, Leônidas Deane, Paulo Sabroza, Cláudio Ribeiro (1985) A malária no Brasil. 1(1), 71-111.

Antônio Meireles, Fernanda Duarte, Rosilene Cardoso (2020) PANORAMA EPIDEMIOLÓGICO DA MALÁRIA EM UM ESTADO DA AMAZÔNIA BRASILEIRA / EPIDEMIOLOGICAL OVERVIEW OF MALARIA IN A BRAZILIAN AMAZON STATE. 6(10), 75803-75821.

Mathieu Gendrot (2020) Antimalarial artemisinin (ACT) and COVID-19 combination therapies in Africa: In vitro inhibition of Replication of SARS-CoV-2 by mefloquine-artesunate. 99, 437-440.

Bbc News (2020) Why developing a vaccine is so complex -and not always feasible.

Dorothy Melvin (2020) Manual for the Microscopic Diagnosis of Malaria. 19(3), 573.