Modelling of the impact of an 18-month T. solium intervention involving pigs and humans.

(A) Pig vaccination and oxfendazole medication covering 80% of slaughter-age animals and a single MDA of 80% of the human population with praziquantel 6 months after the implementation of pig treatment predicts a 90% likelihood of elimination of T. solium</i&g...

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Main Author:	Diana Edithe Andria-Mananjara (21144414) (author)
Other Authors:	Modestine Raliniaina (22566897) (author), Mihaja Rakotoarinoro (22566900) (author), José A. Nely (22566903) (author), Nivohanitra Perle Razafindraibe (7354493) (author), Noromanana Sylvia Ramiandrasoa (9396735) (author), Bettelhein Ramahefasoa (22566906) (author), Valisoa Claude Rakotoarison (22566909) (author), Paul R. Torgerson (8813249) (author), Eric Cardinale (219136) (author), Harena Rasamoelina-Andriamanivo (19648656) (author), Glenn T. Edosoa (18530501) (author), Agnès Fleury (362463) (author), Kabemba E. Mwape (11029261) (author), Bernadette Abela (21144423) (author), Marshall W. Lightowlers (10271427) (author), Meritxell Donadeu (700364) (author)
Published:	2025
Subjects:	Medicine Neuroscience Biotechnology Ecology Cancer Science Policy Infectious Diseases Biological Sciences not elsewhere classified public health problem neglected tropical diseases div >< p 735 pig vaccinations public health program effective control method taenia solium </ control program implemented assessed one year eligible human population porcine cysticercosis caused solium </ pig population porcine cysticercosis one year humans caused human population sustained control program area young piglets relied mainly receiving vaccination ninety percent month period minimum inputs intervention period intervention levels intervention 30 human host comparing pre 5 %.
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Modelling of the impact of an 18-month <i>T. solium</i> intervention involving pigs and humans.

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