In Vivo Safety Studies With SPBN GASGAS in the Frame of Oral Vaccination of Foxes and Raccoon Dogs Against Rabies

In order to obtain Marketing Authorization for an oral rabies vaccine in the European Union, not only safety studies in the target species, red fox and raccoon dog, are required. Since baits are distributed unsupervised in the environment, specific safety studies in selected non-target species are c...

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Main Authors: Steffen Ortmann, Antje Kretzschmar, Christiane Kaiser, Thomas Lindner, Conrad Freuling, Christian Kaiser, Peter Schuster, Thomas Mueller, Ad Vos
Format: Article
Language:English
Published: Frontiers Media S.A. 2018-05-01
Series:Frontiers in Veterinary Science
Subjects:
Online Access:https://www.frontiersin.org/article/10.3389/fvets.2018.00091/full
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spelling doaj-2c230bae9b9e47c0bb6cf3c1292fc08f2020-11-25T00:25:08ZengFrontiers Media S.A.Frontiers in Veterinary Science2297-17692018-05-01510.3389/fvets.2018.00091369056In Vivo Safety Studies With SPBN GASGAS in the Frame of Oral Vaccination of Foxes and Raccoon Dogs Against RabiesSteffen OrtmannAntje KretzschmarChristiane KaiserThomas LindnerConrad FreulingChristian KaiserPeter SchusterThomas MuellerAd VosIn order to obtain Marketing Authorization for an oral rabies vaccine in the European Union, not only safety studies in the target species, red fox and raccoon dog, are required. Since baits are distributed unsupervised in the environment, specific safety studies in selected non-target species are compulsory. Furthermore, oral rabies vaccines are based on live, replication-competent viruses and thus distinct safety studies in the target species for such type of vaccines are also mandatory. Here, the results of these safety studies in target and selected non-target species for a 3rd generation oral rabies virus vaccine construct, SPBN GASGAS (Rabitec), are presented. The studies included the following species; red fox, raccoon dog, domestic dog, domestic cat, domestic pig, wild rodents. The following safety topics were investigated; overdose, repeated dose, dissemination, shedding, horizontal and vertical transmission. It was shown that SPBN GASGAS did not cause disease or any other adverse reaction in vaccinated animals and naïve contact animals. The vaccine did not disseminate within the host beyond the site of entry. No horizontal transmission was observed in wild rodents. In the target species, there was evidence that in a few cases horizontal transmission of vaccine virus could have occurred under these experimental conditions; most likely immediately after vaccine administration. The vaccine construct SPBN GASGAS meets therefore the latest revised minimal safety requirements as laid down in the European Pharmacopoeia.https://www.frontiersin.org/article/10.3389/fvets.2018.00091/fullrabiesSPBN GASGASred foxraccoon dogoral vaccination
collection DOAJ
language English
format Article
sources DOAJ
author Steffen Ortmann
Antje Kretzschmar
Christiane Kaiser
Thomas Lindner
Conrad Freuling
Christian Kaiser
Peter Schuster
Thomas Mueller
Ad Vos
spellingShingle Steffen Ortmann
Antje Kretzschmar
Christiane Kaiser
Thomas Lindner
Conrad Freuling
Christian Kaiser
Peter Schuster
Thomas Mueller
Ad Vos
In Vivo Safety Studies With SPBN GASGAS in the Frame of Oral Vaccination of Foxes and Raccoon Dogs Against Rabies
Frontiers in Veterinary Science
rabies
SPBN GASGAS
red fox
raccoon dog
oral vaccination
author_facet Steffen Ortmann
Antje Kretzschmar
Christiane Kaiser
Thomas Lindner
Conrad Freuling
Christian Kaiser
Peter Schuster
Thomas Mueller
Ad Vos
author_sort Steffen Ortmann
title In Vivo Safety Studies With SPBN GASGAS in the Frame of Oral Vaccination of Foxes and Raccoon Dogs Against Rabies
title_short In Vivo Safety Studies With SPBN GASGAS in the Frame of Oral Vaccination of Foxes and Raccoon Dogs Against Rabies
title_full In Vivo Safety Studies With SPBN GASGAS in the Frame of Oral Vaccination of Foxes and Raccoon Dogs Against Rabies
title_fullStr In Vivo Safety Studies With SPBN GASGAS in the Frame of Oral Vaccination of Foxes and Raccoon Dogs Against Rabies
title_full_unstemmed In Vivo Safety Studies With SPBN GASGAS in the Frame of Oral Vaccination of Foxes and Raccoon Dogs Against Rabies
title_sort in vivo safety studies with spbn gasgas in the frame of oral vaccination of foxes and raccoon dogs against rabies
publisher Frontiers Media S.A.
series Frontiers in Veterinary Science
issn 2297-1769
publishDate 2018-05-01
description In order to obtain Marketing Authorization for an oral rabies vaccine in the European Union, not only safety studies in the target species, red fox and raccoon dog, are required. Since baits are distributed unsupervised in the environment, specific safety studies in selected non-target species are compulsory. Furthermore, oral rabies vaccines are based on live, replication-competent viruses and thus distinct safety studies in the target species for such type of vaccines are also mandatory. Here, the results of these safety studies in target and selected non-target species for a 3rd generation oral rabies virus vaccine construct, SPBN GASGAS (Rabitec), are presented. The studies included the following species; red fox, raccoon dog, domestic dog, domestic cat, domestic pig, wild rodents. The following safety topics were investigated; overdose, repeated dose, dissemination, shedding, horizontal and vertical transmission. It was shown that SPBN GASGAS did not cause disease or any other adverse reaction in vaccinated animals and naïve contact animals. The vaccine did not disseminate within the host beyond the site of entry. No horizontal transmission was observed in wild rodents. In the target species, there was evidence that in a few cases horizontal transmission of vaccine virus could have occurred under these experimental conditions; most likely immediately after vaccine administration. The vaccine construct SPBN GASGAS meets therefore the latest revised minimal safety requirements as laid down in the European Pharmacopoeia.
topic rabies
SPBN GASGAS
red fox
raccoon dog
oral vaccination
url https://www.frontiersin.org/article/10.3389/fvets.2018.00091/full
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