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2048 results.
Effect of controlled exercise and water treadmill training on clinical parameters and deep muscle diameter in normal horses and horses with back pain.
Auswirkungen von kontrollierter Bewegung und Unterwasserlaufband-Training (Aquatraining) auf klinische Untersuchungsparameter und die Tiefenmuskulatur bei Pferden ohne und mit Rückenschmerzen.
Project Investigators: Prof. Dr. Florian Geburek; Liesa Rogge; Dr. Tobias Geiger; Dr. Julien Delarocque, PhD
Duration: Mid 2019 until End 2025
Project Details:
Part A.) Warmblood horses without back pain are trained three times per week up to 30 minutes on a water treadmill. The remaining days the horses are in ridden training as usual. Back dimensions are objectively assessed at week 0, 3, 6 and 9 by using a flexible curved ruler. The cross-sectional areas of the deep muscles (Mm. multifidi) are determined by ultrasound examination.

Part B.) Warmblood riding horses with clinical signs of back pain are randomized into three groups to participate in a 6-week water treadmill, lunge training or dry treadmill training program at otherwise same conditions. A structured clinical examination of the thoracic and lumbar back region is performed independently by two clinicians at 3 time points (baseline, week 3, 6). Mechanical nociceptive thresholds (MNT) are determined with pressure algometry.
Results:

Rogge, L., Geiger, T., Delarocque, J., Geburek, F. Water treadmill training causes a significant increase in back dimensions at the level of Th10 in warmblood riding horses without a history of back pain. In: Proceedings of the 4th Scientific Meeting of the European College of Veterinary Sports Medicine and Rehabilitation, ECVSMR; Maisons-Alfort, Paris, France, July 22-23, 2023; ECVSMR, p. 59, ISSN: 2510-8093

 

Geiger, T., Rogge, L., Delarocque, J., Geburek, F. Comparative effect of water treadmill training, lunging and treadmill training during rehabilitation of horses with back pain. In: Proceedings of the 4th Scientific Meeting of the European College of Veterinary Sports Medicine and Rehabilitation, ECVSMR; Maisons-Alfort, Paris, France, July 22-23, 2023; ECVSMR, ISSN: 2510-8093, p. 64

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GRAVIPLAX: Investigating the effect of gravity on cell polarity mediation in the simplest multicellular animal, Trichoplax adhaerens
GRAVIPLAX: Untersuchung des Einflusses der Gravitation auf die Vermittlung von Zellpolarität im einfachsten vielzelligen Tier, Trichoplax adhaerens
Project Investigators: Prof. Dr. Bernd Schierwater
Duration: Mid 2019 until End 2025
Project Details:
Die Vermittlung und die Erhaltung der Zellpolarität sind wichtig zur ordnungsgemäßen Funktion der Zelle und ihrem umgebenden Gewebe. Ein wichtiger Signalgeber hierbei ist die Gravitation. Kommt es zum Verlust der Polarität, beispielsweise durch Defekte in polaritätsvermittelnden Genen, kommt es in der Regel zu Tumoren. Aufgrund ihres komplexen anatomischen und genetischen Aufbaus sind die dafür relevanten genregulatorischen Zusammenhänge bislang nicht hinreichend charakterisiert.
In diesem Projekt werden Veränderungen in der Genaktivität in dem einfach aufgebauten Meerestier, Trichoplax adhaerens, unter simulierter Schwerelosigkeit untersucht.
Das Projekt wird in Kooperation mit dem Gravitationsbiologen Dr. Jens Hauslage vom Deutschen Luft- und Raumfahrtzentrum (DLR) in Köln und Patrick Humbert, Professor für Krebsbiologie von der La Trobe University in Melbourne durchgeführt.
Cooperation Partners:

Deutsches Luft- und Raumfahrtzentrum (DLR);

La Trobe University in Melbourne

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VetCAb-ID: Veterinary Consumption of Antibiotics - International Documentation
VetCAb-ID: Veterinary Consumption of Antibiotics - International Documentation
Project Investigators: Dr. S. Brogden; Prof. Dr. L. Kreienbrock
Duration: January 2019 until December 2025
Funding: Bundesministerium für Gesundheit, Berlin (als Bestandteil der Finanzierung des WHO-CC)
Project Details:
Outside Europe, data on real antibiotic usage in veterinary medicine are available only in a few countries. In the frame of the project VetCAb-ID, a worldwide usable data base was developed that is provided to project partners for the recording of antibiotic usage in animal populations and to determine the treatment frequency of a herd or flock. The database can be individually adapted to the relevant conditions of the respective country and its animal husbandry. The concept is based on the long-time project VetCAb, where data on veterinary prescription of antibiotics in Germany are collected and analysed continuously in a standardised manner. So far, collaboration was started with partners from Chile, Pakistan, Zambia und, St. Kitts.
Link: https://ibei.tiho-hannover.de/vetcab-id
Results:

Mohsin M, Farooq U, Hartmann M, Brogden S, Kreienbrock L, Stoffregen J. Case Study: Using a Shared International Database to Document Veterinary Consumption of Antibiotics in Pakistan. Antibiotics (Basel). 2023 Feb 15;12(2):394. doi: 10.3390/antibiotics12020394.

https://ibei.tiho-hannover.de/vetcab-id

Cooperation Partners:

- Médico Veterinario, Departamento de Medicina Preventiva, Facultad de Ciencias Veterinarias y Pecuarias, Universidad de Chile;

- Institute of Microbiology, University of Agriculture, Faisalabad, Pakistan

- Department of Disease Control, School of Veterinary Medicine, University of Zambia

- Ross University School of Veterinary Medicine, Basseterre, St. Kitts und Nevis

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Identifying conservation priority areas for lemurs in north-western Madagascar by means of modern conservation genetic approaches
Identifying conservation priority areas for lemurs in north-western Madagascar by means of modern conservation genetic approaches
Project Investigators: Apl. Prof. Dr. Ute Radespiel; Prof. Dr. Julia Metzger
Duration: February 2018 until December 2025
Funding: VolkswagenStiftung, 6.569 EUR
Project Details:
The project aims to employ modern genetic tools to identify lemur populations of high conservation value to help prioritizing conservation efforts and to develop and implement conservation strategy for the most threatened and valuable lemur populations. The following points constitute the major project objectives: Objective 1: Identify and sample suitable populations of two lemur model species in the study region. Objective 2: Characterize the populations with regard to their genetic diversity, genetic uniqueness, and genetic connectivity to identify the site(s) with the highest conservation value and concern.
Cooperation Partners:

Dr. Fano Ratsoavina, Universität Antananarivo, Madagaskar

Helena Teixeira, PhD, University of La Réunion, La Réunion

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Examination of Th17 cells in the dog
Untersuchungen von Th17 und Treg Zellen beim Hund
Project Investigators: Prof. Dr. Andrea Tipold; Anna Knebel; Katrin Warzecha; Dr. Jasmin Nessler; Dr. Pinar Can
Duration: Mid 2017 until End 2025
Funding: GKF, Tübitak; FAZIT Stiftung, 100.000 EUR
Project Details:
Die Bedeutung von Th 17 Zellen wurde bei Steril-eitriger Meningitis-Arteritis untersucht. Derzeit wird diese Zellpopulation bei Hunden mit Epilepsie und Bandscheibenvorfällen evaluiert.
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INFRAGECO: Inference, fragmentation, genomics and conservation
BiodivERsA-Verbund: Fragmentierung, Genomik und Naturschutz (INFRAGECO) Teilvorhaben: Ökologisches Netzwerk Nordwest-Madagaskar
Project Investigators: Apl. Prof. Dr. Ute Radespiel
Duration: February 2017 until December 2025
Funding: BMBF - DLR Projektträger, Teilprojekt aus dem BIODIVERSA Programm der EU, 301.195 EUR
Project Details:
The global biodiversity crisis that is affecting ecosystems worldwide is a major subject of concern and is expected to worsen with ongoing global changes. Climate change together with other anthropogenic factors will lead to the displacement of many favorable environments in the next decades owing to fast altitudinal and latitudinal shifts, with greatest predicted impacts in biodiversity hotspots. These shifts will lead to an increase in Habitat Loss and Fragmentation (HL&F), the main threats to Biodiversity worldwide. There is therefore a need to understand the consequences of HL&F, and to identify the barriers to gene flow at various spatial and temporal scales. We study HL&F in the context of past and future environmental changes, across taxa and regions. We use Madagascar as a model region and use comparative genomic analyses to infer generalizable critical features of ecological networks across various taxonomic and spatial scales. In particular, we identify barriers to gene flow based on genomic datasets and study the effects of forest fragmentation on the vegetation, and the abundance and parasite load of two mouse lemur and two rodent species.
Results:

Mercado-Malabet, F.; Ramsay, M.S.; Chell, C.; Andriatsitohaina, B.; Radespiel, U.; Lehman, S.M. (2024). Where the small things are: Modelling edge effects on mouse lemur population density and distribution in northwestern Madagascar. Am. J. Primatol., 87, e23621. https://doi.org/10.1002/ajp.23621.

 

Ramsay, M.S.; Sgarlata, G.; Barratt, C.D.; Salmona, J.; Andriatsitohaina, B.; Kiene, F.; Manzi, S.; Ramilison, M.L.; Rakotondravony, R.; Chikhi, L.; Lehman, S.M.; Radespiel, U. (2023): Effects of forest fragmentation on connectivity and genetic diversity in an endemic and an invasive rodent in northwestern Madagascar. Genes, 14(7), 1451. https://doi.org/10.3390/genes14071451.

 

Kiene, F.; Springer, A.; Andriatsitohaina, B.; Ramsay, M.S.; Rakotondravony, R.; Strube, C.*; Radespiel, U.* (2023): Filarial infections in lemurs: Evidence for a wide geographical distribution and low host specificity among lemur species. Am. J. Primatol., 85(2), e23458. DOI: 10.1002/ajp.23458 (*: joint senior authors)

 

Kiene, F.; Antriatsitohaina B.; Ramsay, M.S.; Rakotondravony, R.; Strube, C.*; Radespiel, U.* (2021): Habitat fragmentation and vegetation structure impact gastrointestinal parasites of small mammalian hosts in Madagascar. Ecology and Evolution 11, 6766-6788. Doi: 10.1002/ece3.7526.

 

Andriatsitohaina, B.; Romero-Mujalli, D.; Ramsay, M.S.; Kiene, F.; Rasoloharijaona, S.; Rakotondravony, R.; Lehman, S.M.; Radespiel, U. (2020): Effects of habitat edges on vegetation structure and the vulnerable golden-brown mouse lemur (Microcebus ravelobensis) in northwestern Madagascar. BMC Ecology 20, 69. https://doi.org/10.1186/s12898-020-00337-z.

Cooperation Partners:

Dr. Lounès Chikhi, IGC, Oeiras, Portugal

Prof. Olivier Mazet, Universität Toulouse, Frankreich

Dr. Guillaume Besnard, Universität Toulouse, Frankreich

Dr. Jordi Salmona, Universität Toulouse, Frankreich

Prof. Shawn Lehman, Universität Toronto, Canada

Dr. Romule Rakotondravony, Universität Mahajanga, Madagaskar

Prof. Solofonirina Rasoloharijaona, Universität Mahajanga, Madagaskar

Travis Steffens, PhD, University of Guelph, Canada; Planet Madagascar

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Demographic fluctuations in dynamic landscapes: the integration of molecular and paleoecological evidence in a primate model opens a validated window into the past
Demographische Fluktuationen in dynamischen Landschaften: die Integration von molekularen und paläoökologischen Befunden für ein Primatenmodell öffnet ein validiertes Fenster zur Vergangenheit
Project Investigators: Apl. Prof. Dr. Ute Radespiel; PD Dr. Julia Metzger; Helena Teixeira, PhD
Duration: April 2017 until December 2025
Funding: DFG, 299.200 EUR
Project Details:
Marked climatic oscillations between glacial and interglacial periods had worldwide consequences for vegetation as well as animal population dynamics. The importance of these shallow-time (on geological and evolutionary timescales) geographic dynamics for shaping current biodiversity and biogeography patterns is increasingly stressed, although rarely analyzed in an innovative integrated manner. One of the necessary steps in order to understand the drivers of biodiversity is to synergize the efforts from various research fields by, for example, reconstructing the interplay between the degree and frequency of historic forest cover changes and demographic changes of forest-dependent organisms. This study aims to integrate validated records of vegetation and climate dynamics with inferred population dynamics to reconstruct the dynamics of forest landscapes and of populations of forest dwelling species over space and time in a primate model endemic to Madagascar. Madagascar developed a unique biodiversity during its long isolated history. Despite the long-lasting interest in the natural history of the island, much is still unknown about the biodiversity dynamics and long-term ecology of this continental island. This multidisciplinary project aims to integrate demographic inferences based on molecular datasets of mouse lemurs with validated high resolution vegetation dynamics based on paleoecological reconstructions obtained from the same study sites reaching back to the Last Glacial Maximum (LGM). To reach these goals, study sites in northwestern and northern Madagascar were visited for the joint collection of (paleo)ecological and population datasets and samples of mouse lemurs in direct vicinity to each other. For the paleoecological part sediment cores from lakes were drilled and complemented with samples of modern pollen rain and vegetation data. The sediment cores are subjected to temporal high-resolution pollen and charcoal analyses, radiocarbon dating and multivariate modelling of the vegetation and climate dynamics over time and space. The lemur samples are analyzed by applying RADSeq and NextSeq sequencing techniques on various subsets of samples. This study will contribute substantially to a deeper understanding of the evolutionary history and future prospects of lemur populations in view of ongoing habitat fragmentation and future climate change.
Results:

Montade, V.; Bremond, L.; Teixeira, H.; Kasper, T.; Daut, G.; Rasoamanana, E.; Pamavovolona, P.; Favier, C.; Arnaud, F., Radespiel, U.; Behling, H. (2024): Montane rain forest dynamics under changes in climate and human impact during the past millennia in northern Madagascar. R. Soc. Open Science, 11, 230930. https://doi.org/10.1098/rsos.230930.

 

Teixeira, H; Salmona, J; Arredondo, A.; Mourato, B; Manzi, S.; Rakotondravony, R.; Mazet, O; Chikhi, L.; Metzger, J; Radespiel, U. (2021): Impact of model assumptions on demographic inferences - the case study of two sympatric mouse lemurs in northwestern Madagascar. BMC Ecol. Evol. 21, 197. https://doi.org/10.1186/s12862-021-01929-z.

 

Teixeira, H.; Montade, V.; Salmona, J.; Metzger, J.; Bremond, L.; Kasper, T.; Daut, G.; Rouland, S.; Ranarilalatiana, S.; Rakotondravony, R.; Chikhi, L.; Behling, H.; Radespiel, U. (2021): Past environmental changes affected lemur population dynamics prior to human impact in Madagascar. Comm. Biol. 4, 1084. https://doi.org/10.1038/s42003-021-02620-1.

Cooperation Partners:

Prof. Hermann Behling, Universität Göttingen

Dr. Vincent Montade, Universität Montpellier, Frankreich

Dr. Lounès Chikhi, IGC, Oeiras, Portugal

Dr. Jordi Salmona, Universität Toulouse, Frankreich

Prof. Solofonirina Rasoloharijaona, Universität Mahajanga, Madagaskar

Dr. Romule Rakotondravony, Universität Mahajanga, Madagaskar

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Detection of new viral diseases using in situ hybridization and detection of double-stranded DNA
Nachweis von neuen Viruserkrankungen mittels In-situ-Hybridisierung und dem Nachweis von doppelsträngiger DNA
Project Investigators: Prof. Dr. W. Baumgärtner; Dr. C. Puff; Prof. Dr. A. Beineke; Dr. P. Wohlsein
Duration: Mid 2013 until Beginning 2025
Funding: VIPER
Project Details:
Die In-situ-Hybridisierung stellt eine wichtige Methode dar, um die Entdeckung neuartiger Viren mit histologischen Veränderungen im Gewebe zu korrelieren. Da verschiedene Protokolle der In-situ-Hybridisierung existieren, ist es wichtig zu untersuchen, ob diese Protokolle in Ihrer Spezifität und Sensitivität, möglicherweise Virus- und/ oder Gewebe-abhängig variieren, um auch gegebenenfalls eine sehr geringe Menge viraler Nukleinsäuren detektieren zu können.
Im Rahmen der vorliegenden Studien sollen verschiedene Erkrankungen, insbesondere des zentralen Nervensystems, die mit einer nicht-eitrigen Entzündung einhergehen, mittels Next Generation Sequencing und im Kontext mit in-situ-Hybridisierung bezüglich einer möglichen Virusätiologie, auch unter Einbeziehung von doppelschichtig RNA spezifischen Sonden entsprechend abgeklärt werden.
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Analysis of the impact of a canine distemper virus infection on canine histiocytic sarcoma cells with special emphasis on tumor microenvironment in vitro and in vivo
Untersuchungen über den Einfluss einer kaninen Staupevirusinfektion auf kanine histiozytäre Sarkomzellen unter besonderer Berücksichtigung des Tumormikromilieus in vitro und in vivo
Project Investigators: Dr. C. Puff; Prof. Dr. W. Baumgärtner, PhD; Mara S. Lombardo; Katarzyna Marek; Thanaporn Asawapattanakul
Duration: Beginning 2011 until 2025
Project Details:
Das Tumormikromilieu stellt einen essentiellen Faktor sowohl beim Tumorwachstum als auch der Tumortherapie dar. Eine Komponente des Tumormikromilieus repräsentiert die Gefäßversorgung der Neoplasien, da Tumoren ohne vaskulären Anschluss ein limitiertes Größenwachstum bis zu einer kritischen Größe aufweisen, über die hinaus eine Versorgung der Zellen über Diffusion nicht mehr möglich ist. Des Weiteren weist das Tumormikromilieu infiltrierende Entzündungszellen auf, die sowohl wachstumsfördernde als auch -hemmende Effekte entfalten können. Das Tumormikromilieu stellt daher einen wesentlichen Angriffspunkt für neue therapeutische Interventionen dar. Histiozytäre Sarkome sind maligne Tumoren, die sowohl beim Hund als auch beim Menschen mit einer schlechten Prognose einhergehen und für die effektive Therapien oft nicht verfügbar sind. Daher stellt die virale Onkolyse einen faszinierenden Ansatzpunkt für die Erweiterung des Therapiespektrums dieser Neoplasie dar. Im vorliegenden Projekt soll der Einfluss einer kaninen Staupevirusinfektion auf kanine histiozytäre Sarkomzellen unter standardisierten in vitro Bedingungen als auch in einem murinen Xenotransplantationsmodell detailliert analysiert werden.
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Deficiencies in diet composition and/or in the hygiene standard of feeds and drinking water resulting in impaired health and lowered performance in food producing animals and companion animals as well
Mängel in der Futterzusammensetzung und/oder im Hygienestatus von Futter und Wasser als Ursache von Gesundheitsstörungen bzw. Leistungseinbußen von Nutz- und Liebhabertieren
Project Investigators: Prof. Dr. C. Visscher; Dr. J. Hankel; Dr. J. B. Lingens; Dr. V. Wilke
Duration: Beginning 2009 until End 2025
Project Details:
Im Rahmen der Dienstleistungen werden kontinuierlich Proben diverser Futtermittel (inkl. Tränkwasser) von Tierhaltern und Tierärzten auf ihre chemische Zusammensetzung, aber auch hinsichtlich ihrer hygienischen Qualität untersucht und bewertet. In entsprechenden Intervallen erfolgen dann Auswertungen, wobei die vorberichtlichen Informationen im Kontext zu den Untersuchungsergebnissen berücksichtigt werden. Auf diese Weise entstehen nicht zuletzt Kasuistiken, die für die Ausbildung der Studierenden, aber auch für die Fortbildung von Tierärzten, Tierhaltern oder auch Mischfutterherstellern von größtem Wert und Nutzen sind.
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