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2235 results.
Alternatives to animal experimentation: basics, examples and ethical consideration
Alternativen zum Tierversuch: Grundlagen, Beispiele und ethische Abwägung
Project Investigators: Hiebl, Bernhard; Nordmann, Christian; Gruber, Christian; Schaper, Elisabeth
Duration: Novemer 2020 until April 2021
Funding: Niedersächsisches Ministerium für Wissenschaft und Kultur, 89.827 EUR
Project Details:
The aim of the joint project between the TiHo and the MHH is to initiate an OER collection on the topic of "animal welfare and ethics" on the Lower Saxony OER platform. Based on preliminary work in the past three years, OER's on the topic "Alternatives to animal experimentation" will be started for the development of this collection.
Results:

As part of the project, an OER collection on the topic of "Alternatives to animal testing" was created with the following OER contributions:

(1) Discussing ethical issues

(2) What is an animal experiment?

(3) 3R International: USA

(4) 3R International: Israel

(5) Animal interests and animal rights positions

(6) Anthropocentrism, pathocentrism, biocentrism?

(7) The moral status of animals (with subtitle)

(8) The moral status of animals (without subtitle)

(9) Animal experimentation ethics: an introduction

(10) The 3Rs concept

(11) The epiCS test (with subtitles)

(12) The epiCS test (without subtitles)

(13) The LDH test (with subtitle)

(14) The LDH test (without subtitles)

(15) EU Directive 20210/63, Animal Welfare Act, Animal Welfare Experimental Animal Ordinance

Cooperation Partners:

Medizinische Hochschule Hannover

Show Details
Bioaerosol investigations in gas flow devices from Karlsruhe Institute of Technology (KIT), Institute of Nanotechnology, by using MS2 phages
Durchführung von Untersuchungen mit Bioaerosolen an vom Karlsruher Institut für Technologie (KIT), Institut für Nanotechnologie, zur Verfügung gestellten Gasfluss-Apparaturen, nach Erzeugung von luftgetragenen Indikatorvirus-Aerosolen (Bakteriophage MS2, Prüfbioaerosol nach VDI 4258 Blatt 1 (2017))
Project Investigators: Schulz, Jochen; Kemper, Nicole
Duration: Novemer 2020 until December 2021
Funding: Karlsruher Institut für Technologie, 41.976 EUR
Project Details:
In this project, the activity fluxes of indicator virus aerosols are measured under different parameter settings in gas flow apparatus.
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Future discourses: "How to argue about food animals"
Zukunftsdiskurse: "Wie Menschen über Tiere streiten"
Project Investigators: Kunzmann, Peter; Nelke, Andrea; Weber, Tabea Sabrina
Duration: May 2020 until May 2021
Funding: Niedersächsisches Ministerium für Wissenschaft und Kultur, 97.745 EUR
Project Details:
The ongoing dispute over the future of livestock has enormous economic relevance in a state like Lower Saxony; in the livestock-rich regions, the issue is also becoming socially explosive. The issue is a major concern for society.
The aim of the project is to objectify the debate and contribute to a deeper understanding of the positions. The core of the project consists of analyzing the content and positions of animal husbandry and relating them to their own ability to engage in discourse.
Results:

The project locates and analyzes reasons for moments of failure and escalation in the farm animal discourse. At the same time, perspectives for its improvement are identified in order to point out possible turning points towards a more peaceful, respectful and constructive discussion about so-called farm animals.

The main results of the project are a discourse path as a suggested outline and a flyer with rules for discussion, which can be viewed on the website https://wiemenschenuebertierestreiten.jimdofree.com/.

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Animal welfare as a dimension of sustainability
Tierwohl als Dimension von Nachhaltigkeit (TiDiNa)
Project Investigators: Kunzmann, Peter; Weber, Tabea Sabrina; Nelke, Andrea
Duration: February 2020 until February 2021
Funding: Landwirtschaftliche Rentenbank, 50.000 EUR
Project Details:
The projects`main question is if, why and how the welfare of farm animals is connected to the idea of sustainability and if animals`interests are playing a role in the present discussions on sustainability.
Results:

In current sustainability concepts, animals and animal welfare are only indirectly addressed in places, although this preliminary study has shown that their inclusion is socially desirable or even demanded. The extent to which the anthropocentric sustainability goals and the welfare of farm animals can be meaningfully linked will be the subject of a follow-up project.

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Mobile Corona Analytik (KOOPLUH)
Mobile Corona Analytik (KOOPLUH)
Project Investigators: Prof.in von Köckritz Blickwede; Prof. Osterhaus; Prof. Rimmelzwaan
Duration: October 2020 until October 2021
Funding: LUH, 30.000 EUR
Project Details:
An efficient, cost-effective test system will be established to test a large number of people as quickly as possible
(> 1,000/day). In three process steps i) Samples are taken in mobile test centers
(Throat swab according to the standard of the Robert Koch Institute), ii) processed (RNA isolation) and iii) evaluated by means of PCR analysis according to the Charité Berlin1 protocol. Positive results from the screening will be
diagnostically confirmed by certified laboratories and reported to the local health department. The mobile stations
are built on the basis of flexibly set up shipping containers and both for taking swabs
as well as the purification set up. In this way, a strict separation between the removal and
the processing of potentially infectious material in the mobile container and the subsequent analysis of the
non-infectious RNA samples secured in separate laboratories.
Show Details
Future Discourses Neozoen - How do we deal with immigrant species - and how do we want to deal with them?
Zukunftsdiskurse Neozoen - Wie gehen wir mit eingewanderten Tierarten um - und wie wollen wir mit Ihnen umgehen?
Project Investigators: Prof. Prof. h. c. Dr. U. Siebert; Dr. Friederike Gethöffer; Franziska Schöttes
Duration: June 2020 until August 2021
Funding: Niedersächsisches Ministerium für Wissenschaft und Kultur, 116.300 EUR
Project Details:
Neozoa are alien or non-native animal species that have been directly or indirectly introduced into a new habitat by humans. Intentional and unintentional introductions pose a threat to biodiversity worldwide. One prominent example is the raccoon. This problem is well known and is taken into account in Germany, for example, in the Federal Nature Conservation Act and the National Biodiversity Strategy. However, it is often unclear how introduced animal species should be dealt with. Prevention is the top priority. The aim is to prevent new species from being introduced and spreading. However, depending on the species and the invasiveness assessment by the Federal Agency for Nature Conservation, animals are also removed and killed. This leads to a conflict between animal welfare, species protection and environmental protection. Although animal-related issues are usually discussed very emotionally, this problem has so far only been partially recognized by the public. For this reason, this area of conflict will be addressed during the project and discussed with various interest groups. The focus will be on two projects of the Institute for Terrestrial and Aquatic Wildlife Research of the University of Veterinary Medicine Hannover Foundation, which deal with the introduction of the nutria, originally from South America.
Results:

Gethöffer, F.; Kirberg, S.; Schöttes, F.; Siebert, U. Der Umgang mit Neozoen: ein gesellschaftlicher Diskurs. Naturschutz und Landschaftsplanung 2022, 54 (6), 30-36. https://doi.org/10.1399/NuL.2022.06.03.

https://doi.org/10.1399/NuL.2022.06.03

Show Details
Goose ecology: analysis of transmitter data
Gänseökologie - Analyse von Senderdaten
Project Investigators: Siebert, Ursula; Keuling, Oliver
Duration: January 2020 until December 2021
Funding: Niedersächsisches Ministerium für Landwirtschaft, Ernährung und Verbraucherschutz, 65.660 EUR
Project Details:
Ziel des vorliegenden Untersuchungskonzeptes ist es die bestehenden und weiterhin anfallenden Senderdaten, wie Bewegungsmuster und Wanderverhalten der drei Gänsearten Graugans, Blässgans und Nonnengans auszuwerten und somit zur Verbesserung der biologischen Verständnisses dieser Arten beizutragen. Insbesondere die Zug- und Überwinterungsökologie sollen hier im Fokus stehen.
Folgende Fragestellungen sollen mit dem vorliegenden Untersuchungskonzept verfolgt werden:
a.Darstellung der Zugwege und Mauserzüge (GG, NG, BG) (vergl. Kruckenberg 2019)
b.Berechnung der Wiederkehrraten
-in das Überwinterungsgebiet bei BG und NG
-in die Brut- und Mausergebiete bei GG (Brutortstreue)
c.Berechnung der jährlichen Überlebensraten aller drei Arten
d.Aufenthaltsdauer in den Rastgebieten in Niedersachsen und angrenzenden Regionen (BG, NG)
e.Darstellung der Raumnutzung: Streifgebietsgrößen, Bewegungsmuster, Bewegungshäufigkeiten, Länger der Tagesflugstrecken
-im Überwinterungsgebiet (GG, BG, NG)
-zur Brutzeit (GG, ggf. BG und NG)
f.Überprüfung der Management-Units (Bacon et al. 2019) bei GG
Show Details
Identification, assessment, sharing and dissemination of best practices for the humane management of invasive alien species
Identification, assessment, sharing and dissemination of best practices for the humane management of invasive alien species
Project Investigators: Frau Dr. Friederike Gethöffer
Duration: October 2020 until June 2021
Funding: Associations, 7.013 EUR
Show Details
Domestic animals as potential vectors for SARS-CoV-2 transmission ANI-CoV)
Haustiere als potenzielle Vektoren für die Übertragung von SARS-CoV-2 (ANI-CoV)
Project Investigators: W. Baumgärtner
Duration: June 2020 until Novemer 2021
Funding: BMBF, 101.062 EUR
Project Details:
In dem Projekt ANI-CoV soll untersucht werden, welche Haus- und Nutztierarten für das SARS-CoV-2 empfänglich sind und möglicherweise dieses Virus auf den Menschen oder weitere Tierspezies übertragen können. Während sich bereits erste Studien mit der Suche nach dem Reservoirwirt und der Identifizierung von möglichen Überträgern im Rahmen des Ausbruchs in Wuhan, China befassen, fehlen bisher Informationen darüber, ob weitere Tierspezies SARS-CoV-2 verbreiten können. Dieses Projekt befasst sich daher mit der Fragestellung, ob Haustiere wie Katzen, Hunde und Frettchen und Nutztiere, insbesondere Rinder und Schweine, potentielle Überträgerwirte darstellen. Die Relevanz den Fokus auf Haus- und Nutztiere zu legen, ist durch den regelmäßigen und engen Kontakt des Menschen mit diesen Tieren zu erklären. Für die Untersuchungen werden verschiedene Zellkultursysteme (Lungen-Präzisionsschnitte, Explantate der Nasenschleimhaut, Air-liquid-interface Kulturen) hergestellt und infiziert. Neben der Empfänglichkeit einzelner Tierspezies soll auch der Einfluss der SARS-CoV-2 Infektion auf die Morphologie und Funktion der infizierten Zellen untersucht werden. Ein weiterer Fokus soll hierbei auf SARS-CoV-2 induzierter und veränderter Zilienmorphologie und -Aktivität gelegt werden.
Show Details
FarmSkills4Vets - The virtual dairy cow farm - Self-directed learning of integrated veterinary herd health medicine
FarmSkills4Vets - Der virtuelle Milchkuhbetrieb - Selbstgesteuertes Erlernen von Bestandstiermedizin
Project Investigators: Martina Hoedemaker; Linda Dachrodt; Heidi Arndt; Svenja Woudstra
Duration: July 2020 until December 2021
Funding: Niedersächsisches Ministerium für Wissenschaft und Kultur (MWK), 49.976 EUR
Project Details:
Ein neuartiges virtuelles Lehrmodul zum selbstgesteuerten Erlernen von Bestandstiermedizin auf Milchkuhbetrieben wird für Studierende der Veterinärmedizin der Stiftung Tierärztliche Hochschule Hannover entwickelt und erprobt. Auf dem virtuellen Milchkuhbetrieb werden die Studierenden in der Rolle des bestandsbetreuenden Tierarztes mit Hilfe von Learning Nuggets (Mikrolearning-Formaten) wichtige Grundlagen der Bestandstiermedizin aus den Kernthemenbereichen Haltung, Fütterung, Tiergesundheit und betriebliches Management erlernen können, um praxisrelevante Fragestellungen zu lösen.
Show Details
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