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Rabies is a lethal zoonotic disease caused by a single-stranded, negative-sense RNA virus of the Lyssavirus genus, within the family Rhabdoviridae. Its primary mode of transmission to humans is through bites or saliva-contaminated scratches from infected mammals such as dogs, bats, raccoons, or foxes. Transmission can also occur if infectious saliva contacts abraded skin or intact mucous membranes, including the conjunctiva.Viral Entry and Early ReplicationOnce introduced at the bite or scratch...
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Updated: Jul 9, 2026

Whole Genome Sequencing for Rapid Characterization of Rabies Virus Using Nanopore Technology
10:26

Whole Genome Sequencing for Rapid Characterization of Rabies Virus Using Nanopore Technology

Published on: August 18, 2023

An important date in rabies history.

Betty Dodet1,

  • 1Dodet Bioscience, Lyon, France. betty.dodet@dodetbioscience.com

Vaccine
|November 27, 2007
PubMed
Summary

This article discusses the ongoing public health crisis caused by rabies in Asia, where thousands of human deaths occur annually. It highlights the importance of international awareness efforts, such as World Rabies Day, in fostering collaboration between animal and human health sectors. The authors emphasize that eliminating the disease in dogs is the most efficient way to save human lives. Furthermore, the paper reviews strategies like improving post-exposure treatment compliance and implementing pre-exposure vaccination for children in high-risk areas to reduce mortality.

Keywords:
public health policyzoonotic disease controlcanine vaccination programsepidemiology in Asia

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Area of Science:

  • Public health policy and infectious disease control within veterinary medicine
  • Epidemiology and rabies prevention strategies in global health systems

Background:

No prior consensus existed regarding the most efficient pathway to mitigate human mortality from zoonotic viral infections in Asian territories. That uncertainty drove researchers to evaluate the burden of this neglected pathogen. It was already known that thousands of individuals perish annually due to this specific viral transmission. Prior research has shown that canine populations serve as the primary reservoir for the virus. This gap motivated a closer look at how international awareness campaigns might influence regional health policies. No prior work had resolved the optimal balance between veterinary intervention and human medical prophylaxis. That uncertainty drove a shift toward prioritizing dog-based elimination programs. Prior research has shown that existing medical guidelines are often underutilized in high-risk regions.

Purpose Of The Study:

The study aims to evaluate strategies for lowering the human death toll caused by this neglected disease in Asia. Researchers sought to highlight the importance of international awareness in driving policy changes. The investigation focused on the necessity of collaboration between veterinary and human health sectors. The authors intended to analyze the role of canine populations as the primary vector for the virus. This work aimed to assess the effectiveness of current post-exposure prophylaxis guidelines. The researchers sought to document the adoption of eradication goals by specific Asian nations. The study aimed to explore the potential of pre-exposure vaccination for children in high-risk zones. The investigation was motivated by the need to address the high annual mortality rate associated with this viral infection.

Main Methods:

The review approach involved analyzing current epidemiological data regarding viral transmission in Asian countries. Researchers examined reports from international health organizations to identify primary reservoirs of the infection. The investigation utilized information from the fourth annual meeting of the Asian Rabies Expert Bureau. Experts evaluated existing strategies for lowering mortality rates through collaborative health frameworks. The team assessed the efficacy of current post-exposure prophylaxis guidelines provided by the World Health Organization. Investigators reviewed regional policy shifts in nations like India and the Philippines. The study synthesized evidence on the impact of public awareness campaigns on governmental action. Analysts compared the cost-effectiveness of various intervention models to determine optimal resource allocation.

Main Results:

Key findings from the literature indicate that approximately 31,000 human fatalities occur annually across the Asian continent. The evidence suggests that canine populations function as the primary reservoir and vector for the virus. Researchers identified that eliminating the disease in dogs provides the most cost-effective solution for preventing human deaths. The literature shows that countries such as India and the Philippines have formally adopted objectives to eradicate the pathogen by 2020. Findings demonstrate that improving compliance with established post-exposure prophylaxis recommendations can prevent many human deaths. The review highlights that systematic pre-exposure vaccination for children is a viable strategy in areas where canine control is currently ineffective. The data confirms that children represent the main victims of this neglected disease. The synthesis shows that international events like World Rabies Day have successfully increased attention from governmental authorities and the public.

Conclusions:

The authors propose that eliminating the virus in canine populations represents the most efficient financial strategy for saving human lives. They suggest that international awareness events foster necessary cooperation between veterinary and human health agencies. The researchers argue that achieving regional targets requires commitment from all levels of government. They note that improving adherence to established post-exposure treatment protocols remains a viable method for preventing fatalities. The authors suggest that systematic pre-exposure vaccination for children serves as a protective measure in areas where canine control is currently insufficient. They indicate that nations like India and the Philippines have set specific timelines for disease eradication. The researchers conclude that multi-sectoral collaboration is required to address the primary reservoir of the infection. They maintain that these combined efforts are necessary to lower the overall human death toll across the continent.

The researchers propose that eliminating the virus in dogs is the most cost-effective method. While post-exposure prophylaxis prevents deaths, canine control addresses the primary reservoir, whereas vaccination of children provides a protective barrier in regions where animal management remains ineffective.

The Asian Rabies Expert Bureau (AREB) serves as a collaborative platform. This organization held its fourth annual meeting in September 2007 to debate strategies for reducing the human death toll, contrasting with local governmental efforts that focus on individual country-level eradication goals.

The authors suggest that systematic pre-exposure vaccination is necessary in regions where canine control is not yet achieved or effective. This approach targets children, who are identified as the primary victims, unlike post-exposure prophylaxis which is administered after a potential bite.

Canine populations act as the main reservoir and vector for the virus. This data is used to justify why dog-based elimination is prioritized over other interventions, distinguishing the animal source from the human victims who suffer the consequences of the infection.

The study highlights that 31,000 human deaths occur annually in Asia. This measurement underscores the severity of the neglected disease, contrasting with the optimistic goals set by countries like India and the Philippines to eliminate the virus by 2020.

The authors propose that increased collaboration between veterinary and human health authorities is required for success. They suggest that this partnership, combined with public awareness, is the path forward, unlike isolated efforts that lack coordination across different levels of government.