Research

Funding: Niedersächsisches Ministerium für Wissenschaft und Kultur (MWK), 119.992 EUR

Project Details:
The proposed future discourse is intended to address the transformation of the energy supply in Germany and Europe and the associated conflicts in nature and species conservation. At the same time, knowledge about the problem should be communicated and suitable communication channels for the conflict should be found. In order to reduce CO2 emissions and delay the climate crisis, the expansion of offshore wind energy is being driven forward as part of the energy transition. Not only Germany, but also Denmark, the Netherlands, the UK and Sweden, among others, have far-reaching expansion plans for the offshore wind industry in the North Sea. These plans could turn this area into a large industrial park. However, the marine ecosystems are already being affected: The construction of offshore wind power plants is not the first or only human intervention. In fact, the North Sea has been polluted for several decades by inputs from the chemical and pharmaceutical industries, eutrophication, fishing, shipping, munitions waste, invasive species and much more. At the same time, it is also the habitat of harbor porpoises, which are the only native cetacean species in German waters. According to the latest European population surveys, the population of these animals is increasingly shifting to the southern North Sea(www.tiho-hannover.de/SCANS). In order to protect the harbor porpoise population that uses the German Bight, we would already need more protection and less pressure on the animals.
On the other hand, we have obligations towards the preservation of biodiversity, nature conservation and species protection (EU Biodiversity Strategy) and therefore, for example, towards the harbor porpoise. Far less is known about the harbor porpoise than about polar bears. The state of the harbor porpoise population in the North Sea is not good, and its habitat is being subjected to further pressures with the construction of offshore wind farms in Germany, but also in the other countries bordering the North Sea. We therefore need to discuss how we can achieve the energy transition and at the same time improve the living conditions of harbor porpoises and other marine life in order to protect them.
The following current social issues should be included in the proposed discourse:

1. transformation: The energy transition is bringing a fundamental change for our society with sudden changes in technological, economic and political developments that have an impact on every single person. This transformation is unavoidable due to the climate crisis, but must of course also be supported by society.
2. communication of knowledge/digitization: The transfer and communication of knowledge about the climate crisis/energy transition and biodiversity/species and nature conservation must be ensured for all social milieus. This is often more effective with digitalized strategies, as this allows more diverse target groups from different geographical locations to participate in discussions and conversations. Knowledge content, questions and discussion impulses should therefore be disseminated and discussed primarily via social networks.
3. strengthening democratic debate and the democratic community: As the climate crisis and the loss of biodiversity affect the well-being of all people, this discourse is a great opportunity to involve many people and groups in a democratic debate. It gives them the opportunity to get involved in an issue that directly affects them and to express their thoughts, concerns and ideas.
4. issues of European identity: The challenges in the area of climate crisis/energy transition and biodiversity/species and nature conservation can only be successfully advanced with a cross-border, European identity and coordination. It is therefore very important to include the plans of other European countries in the discussions and to discuss them with other European citizens (in digital form with the help of translations). This should also be organized for the younger generations in particular. Because, like the porpoise in the North Sea, we are pursuing the same goal: a healthy environment worth living in.

Structured debates involving scientific findings and national and international expertise will shed light on the topic of the climate crisis/energy transition and biodiversity/species and nature conservation from different perspectives.

Funding: Drittmittelprojekt, gefördert durch Fritz-Ahrberg-Stiftung., 15.000 EUR

Project Details:
The precise investigation of the muscle-to-meat transition after the slaughter of farm animals is important, because it (could) lead to a better understanding of the processes during these post-mortem changes. This allows the definition and analysis of influencing factors that may have a positive or negative effect on the meat quality. However, since an in vivo analysis of meat formation is difficult to standardize, in vitro models have been developed that are easier to standardize with regard to metabolites/ compositions (e.g. certain organelles such as mitochondria). Since the models have so far been scientifically investigated in pigs and chickens, the study will first establish an already published in-vitro model with pig muscles and then transfer it to bovine and possibly turkey muscles. These models will then be used to analyze the physiological muscle-to-meat transition after slaughter in more detail, also taking into account certain exogenous and endogenous factors, especially the mitochondria. The influence of mitochondria will be examined in more detail, as they have an (important) influence on meat formation. In addition, the models will be used to analyze (pathological) problems in meat formation (e.g. PSE, DFD).

Funding: Evangelisches Studienwerk Villigst, 44.500 EUR

Project Details:
Epilepsies are frequent neurological diseases in humans and dogs, characterized by recurrent, spontaneous seizures. About one third of human and two thirds of canine epilepsy patients do not become seizure free with the currently available antiseizure medications and are considered as pharmacoresistant. In addition, all antiseizure drugs cause adverse effects. Non-pharmacological treatment strategies are therefore urgently needed, and include therapeutic exercise training as adjunctive therapy.
So far, the effects of moderate exercise training on epileptic seizure thresholds are not sufficiently investigated, although several studies suggest that its positive effects might be therapeutically useful. Our pre-clinical studies focus on the effects of moderate exercise training on epileptic seizure thresholds and behavior.

Cooperation Partners:

Gerald Schneider (Klinik für Rehabilitations- und Sportmedizin, Medizinische Hochschule Hannover)

Funding: MWK, 540.878 EUR

Project Details:
Comprehensive characterization of the hormone profiles of the HPG axis in male and female Long COVID patients, hormone panels, hormone measurements and statistical evaluations.
Creation of expression profiles of sex hormones and
sex hormone receptors in the plasma, lungs, reproductive organs and brains of male and female hamsters.

Results:

https://www.umg.eu/forschung/corona/cofoni/

Project Details:
The aim of this study is to analyse the effect of four distict cytokines, which are important in early bovine pregnancy, on the gene expression in cultured primary bovine hepatocytes. PCR is used to detect how the hepatocellular IGFBP-expression changes when the cells are stimulated with different cytokines in different concentrations. This demonstrates the connection between immunological and endocrine changes in early pregnant cows. We particularly focus on IFNτ, the embryonic pregnancy recognition signal of ruminants.

Project Details:
The aim of this study is the validation of the automated analysis of cell count in bovine synovia using the ADVIA 2120i. Corresponding reference ranges for clinically normal joint aspirates should be developed to differentiate these from pathological samples. In addition, further examinations such as the determination of protein content and a microbiological examination of the samples are carried to analyse whether particular parameters can provide information on clinical appearance, diagnostics or therapy. Both macroscopically abnormal and normal joint aspirates are used for examination.

Project Details:
A blood test provides information on the physiological or pathological status of an animal. In veterinary medicine, another focus is on monitoring the nutritional status of a patient. The patient's results, obtained through sampling and appropriate analysis procedures, are categorised with previously established RI of a healthy reference population. The laboratory results provide important information for the diagnosis and prognosis of a sick animal. In addition to correct analysis, the reliability of laboratory results requires quality-assured pre-analysis and appropriate and evidence-based RI. Even accurate measurement results can lead to incorrect diagnosis and therapy if the sample has been altered at the time of analysis to such an extent that it no longer corresponds to the basic population of the previously used reference population. Many factors influence the quality of samples in the pre-analytical phase and the basis for assessment in the post-analytical phase. The aim of this project is therefore, for the first time, to focus significantly more on pre-analytical factors in the production of RI. In order to avoid diagnostic errors, pre-analytical workflows should be standardised as far as possible. According to a thorough literature search, the RIs of the following parameters in particular differ significantly from each other and will therefore be reproduced in this paper using a reference population. In particular, this will be done with very clearly defined pre-analytical conditions. From clinical chemistry, aspartate aminotransferase (AST), alanine aminotransferase (ALT), gamma-glutamyl transferase (GGT), glutamate dehydrogenase (GLDH), creatine kinase (CK), total protein (TTP), albumin, total bilirubin, urea, beta-hydroxybutyrate (ß-HBS), free fatty acids (FFA), cholesterol and various minerals are considered.
The aim is to further develop and establish recommendations that can be implemented in daily practice and laboratory work in veterinary medicine, are based on current and quality-assured RI for dairy cows from Germany and lead to meaningful laboratory results.

Funding: Industry (Stable equipment/Animal husbandry supplies), 196.665 EUR

Project Details:
Sensor-based devices are increasingly used to objectify lameness and other gait abnormalities in horses. Recording the ground reaction forces of the hooves is the gold standard but measurements require well equipped facilities and significant effort. With the help of pressure boots, which can be easily attached to the horse's hooves, their pressure on the ground and position during locomotion can be determined. Data will be compared to established kinetic (pressure measuring plate) and kinematic methods (Equinosis Lameness LocatorTM).

Results:

Keller, J., Jung, K., Geburek, F. Equine Lameness Detection and Monitoring with an Instrumented Hoof Boot.

In: Proceedings of the 5th Scientific Meeting of the European College of Veterinary Sports Medicine and Rehabilitation, ECVSMR; Cordoba, Spain, October 16-18, 2024; in print

 

Geburek, F., Jung, K., Keller, J. Bewegungsanalyse mit instrumentierten Hufschuhen - was ist möglich?

In: Tagungsband des DVG-Vet-Congress 2024 - 7. Internationaler Kongress zur Pferdemedizin / Tagung der DVG-Fachgruppe Pferdekrankheiten, 1.- 2. November 2024, Berlin, Verlag der DVG Service GmbH, Gießen, ISBN 978-3-86345-736-5, S. 44-46

Project Details:
The objective of this prospective randomised clinical trial is to evaluate the occurrence of post-operative ileus as well as the short- and long-term outcome with the use of two different suture patterns for jejunojejunal anastomosis. Furthermore, histomorphology and several markers for inflammation, cell death, the enteric nervous system and stem cells will be evaluated in intestinal samples taken from the resection margins. In cases necessitating anastomotic revision or euthanasia, this (immuno-)histological examination will also be performed on the anastomosis itself. Determining the expression and distribution of these markers will enable the characterisation of this tissue prior to and following anastomosis and possibly identify causes for post-operative ileus or anastomotic failure.

Funding: BioConsult GmbH & Co.KG, Bremen, 51.150 EUR

Project Details:
In order to be able to accompany the evaluation process of the spatial development plan (ROP) from the perspective of marine nature conservation, a nature conservation-based, ecosystem-based planning contribution is to be developed as part of the project, which can be integrated into the marine spatial development plan (MSP) update process in a targeted manner.
In order to enable a synthesis of the information relevant for the planning contribution, the current state of knowledge from completed and ongoing research projects will be researched. Together with additional sensitivity analyses, content for the integration of ecosystem-relevant aspects into the planning contribution will be developed. In addition, various scenarios for the expansion of offshore wind power will be developed and evaluated in order to establish the necessary conditions for an environmentally compatible expansion of renewable energies in the North and Baltic Seas. The project is thus intended to provide an overall spatial planning concept for marine protection that can be incorporated by the BfN into the process of evaluating and updating the MSP.
BioConsult GmbH & Co KG is carrying out the BfN research project as contractor.
The following work on marine mammals is being carried out as a contribution by the TiHo:
- Compilation and preparation of the available distribution data in the form of maps, diagrams and tables with textual explanations
- Identification and presentation of important habitats for indicator species (e.g. harbor porpoise, harbor seal, grey seal)
- Effects of three scenarios of OWP expansion