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[Arthropods with vectorial interest in spanish public health]
Rubén Bueno Marí1, Josefa Moreno Marí, M Teresa Oltra Moscardó
1Laboratorio de Entomología y Control de Plagas, Instituto Cavanilles de Biodiversidad y Biología Evolutiva, Universitat de València, Paterna (Valencia). ruben.bueno@uv.es
Abstract:
Fifteen of the thirty-one Obligatory Communicable Diseases in Spain, exempting those of congenital or neonatal types, can be transmitted by several species of arthropods that are present in our country. Several arthropod orders are the suitable transmitters of tens of bacteria, fungi, virus and protozoa. This fact demands a through of the biology knowledge of these vectors in order to adopt efficient control measures that allow us to reduce the incidence levels of these diseases. Nevertheless, the epidemiological studies shouldn't remain only restricted to the diseases with active transmission cycles in our country. It is necessary to acquire a global vision because of allochton diseases that are perfectly extensible to our territory in the globalization context in which we are situated. All this information is important to know which factors are preventing the disease presence. The aim is to provide the National Epidemiological Surveillance Network with a valuable predictive capacity that allows it to predict the potential arrival of diseases and the consequent strengthening of the spanish Public Health. The goal of this work is to carry out a review of the spanish arthropod fauna with any vectorial interest. The current situation of some of the more important vectorial diseases in our country and the factors related to a resurgence reappearance and/or intensification of those ones are also discussed. Therefore, the study of these inappealable protagonists in our Public Health as an articulatory element in the complex network that any vectorial disease entails is absolutely necessary.
Insights
Arthropods transmit 15 communicable diseases in Spain, necessitating vector biology knowledge for control. Global surveillance is crucial for predicting and preventing emerging vector-borne diseases to protect public health.
Area of Science:
- * Focuses on medical entomology and public health surveillance.
- * Integrates knowledge of arthropod vectors and communicable diseases.
Context:
- * Fifteen of Spain's 31 obligatory communicable diseases are arthropod-borne.
- * Arthropods transmit numerous bacterial, fungal, viral, and protozoan pathogens.
- * Globalization increases the risk of allochthonous (introduced) vector-borne diseases.
Purpose:
- * To review Spanish arthropod fauna with known or potential vector capabilities.
- * To analyze the current status of significant vector-borne diseases in Spain.
- * To identify factors contributing to disease resurgence or intensification.
Summary:
- * Highlights the role of arthropods as vectors for numerous pathogens in Spain.
- * Emphasizes the need for comprehensive knowledge of vector biology for effective disease control.
- * Discusses the importance of considering introduced diseases and their potential spread.
Impact:
- * Aims to enhance the predictive capacity of the National Epidemiological Surveillance Network.
- * Supports strengthening Spanish public health strategies against vector-borne diseases.
- * Provides a foundation for developing targeted and efficient vector control measures.
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