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2104 results.
Anti-seizure and -epileptogenic effects of new, selective mTOR inhibitors
Antikonvulsive und antiepileptogene Wirkungen neuer, selektiver mTOR-Inhibitoren
Project Investigators: Prof. Dr. Wolfgang Löscher
Duration: Beginning 2018 until March 2021
Funding: Epilepsy Foundation, 200.000 EUR
Project Details:
Tuberous sclerosis complex (TSC) is a genetic disease, which leads to elevated PI3K/mTOR signaling and causes development of tumors in different organs as well as epileptic seizures, developmental delay, and autism. Therapy is limited to often ineffective anti-seizure drugs (ASDs), surgery, and rapalogs (everolimus), the first generation mTOR inhibitors. Recently, everolimus has been approved for treatment of ASD-refractory partial-onset seizures in patients with TSC. However, this therapy is associated with severe adverse events, including immunosuppression. We have developed novel, ATP-competitive, specific, brain penetrant mTOR and PI3K/mTOR inhibitors, which have a much better safety profile; particularly these compounds lack immunosuppressive activity.
Cooperation Partners:

PIQUR, Basel, Schweiz

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C-type lectin receptor-mediated effects on neurodegeneration and immunopathology in the brain following neurotropic virus infection
C-Typ Lektinrezeptor-vermittelte Effekte neurotroper Viren auf Neurodegeneration und Immunpathologie im Gehirn
Project Investigators: Prof. Dr. Bernd Lepenies; Prof. Dr. Andreas Beineke
Duration: March 2018 until February 2021
Funding: DFG, 333.650 EUR
Project Details:
Die Infektion mit dem Theilerschen murinen Enzephalomyelitisvirus (TMEV) stellt ein anerkanntes Modell zur Erforschung viraler Enzephalitiden und degenerativer Prozesse bedingt durch neurotrope Viren dar. Antigen-präsentierende Zellen (APZ) werden hierbei maßgeblich für Neuronenschäden im Hippocampus von infizierten C57BL/6-Mäusen verantwortlich gemacht. Aktivierende und inhibierende C-Typ Lektinrezeptoren (CLRs) auf APZ wirken an der Pathogenerkennung mit und tragen daher essentiell zur Immunhomöostase bei verschiedenen Infektionskrankheiten bei. Die Bedeutung von CLRs in der Neuropathogenese der TME ist bislang allerdings unklar. Basierend auf der Hypothese, dass eine Dysregulation der CLR-Aktivierung für die Immunpathologie im Gehirn und Neurodegeneration verantwortlich ist, soll in dem geplanten Projekt die Bedeutung von CLRs bei der TMEV-Infektion untersucht werden.
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Environmental dependent influences on the developmental refinement of excitatory inputs at an ultra-fast coincidence detector neuron
Umweltabhängige Einflüsse auf die entwicklungs-abhängigen Verfeinerung der erregenden Eingänge an einem ultra-schnellem Koinzidenzdetektor-Neuron
Project Investigators: Prof. Dr. Felix Felmy
Duration: March 2018 until March 2021
Funding: DFG, 352.662 EUR
Project Details:
Binaural coincidence detection relies on the precise excitation-inhibition interaction in neurons of the medial superior olive (MSO). This precision is achieved through alterations during late postnatal development, a period marked by the establishment of prominent structure-function relationships in the auditory system. How excitatory inputs to MSO neurons refine during late postnatal development is unknown. In this proposal, we plan to mechanistically investigate these processes, through quantification of the developmental changes of excitatory currents and the morphology of axonal input patterns. To unravel what drives these changes we will perform these experiments in gerbils raised in omnidirectional white noise, which suppresses relevant sensory spatial cues. Conversely, the impact of sound-evoked activity will be eliminated using cochlear ablations. Applying both forms of sensory manipulation will allow us to distinguish whether sound evoked activity or the experience of spatial cues is crucial for functionally important circuit refinements in the MSO. Thus, our study will provide a quantitative insight into mechanisms that drive the development of synaptic excitation at an ultrafast coincidence detector neuron important for sound source localization.
Results:

Kladisios N, Wicke KD, Pätz-Warncke C, Felmy F.: Species-Specific Adaptation for Ongoing High-Frequency Action Potential Generation in MNTB Neurons. Journal of Neuroscience 2023 Vol 43:2714-2729

Pätz C., Console-Meyer L., Felmy F.: Structural arrangement of auditory brainstem nuclei in the bats Phyllostomus discolor and Carollia perspicillata. Journal of Comp Neurology, 2022, Vol. 530, 2762-2781; IF: 3.028

 

Siveke I, Myoga MH, Grothe B, Felmy F.: Ambient noise exposure induces long-term adaptations in adult brainstem neurons. Scientific Reports 2021 Mar 4; 11:5139.

 

Franzen D.L., Gleiss S.A., Kellner C.J, Kladisios N., Felmy F.: Activity-dependent calcium signaling in neurons of the medial superior olive during late postnatal development. Journal of Neuroscience, 2020, Vol. 40(8):1689-1700

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Erasmus+: Hybrid educational and research training on the use of marine models in life sciences
Erasmus+: Hybrid educational and research training on the use of marine models in life sciences
Project Investigators: Prof. Dr. Bernd Schierwater
Duration: End 2018 until End 2021
Project Details:
The base of the project is the identification of a specific need in high-quality research training in marine sciences including the study of a broad variety of marine organisms at the European level. In spite of being evolutionary distant from Humans, marine species can bring fundamental knowledge that can be transferable to understand molecular and cellular processes governing several aspects of human biology. In addition, marine organisms constitute an important source of biomolecules with putative industrial and therapeutic applications making the development of marine resource a key area in the field of blue economy and blue growth. Considering the above-described contect, the present strategic partnership will develop a thourough research training focused on the use of marine organisms in several life science disciplines such as neurobiology, cell morphogenesis/cell biology, tissue regeneration, evolution/life cycle and marine biotechnology.
Cooperation Partners:

Prof. Dr Agnes Boutet (Sorbonne, Frankreich),

Prof. Dr. Stefano Piraino, Neapel

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Evalutation of new cardiac Biomarkers in dogs with degenerative Mitral Valve Disease and healthy dogs
Untersuchung neuer cardialer Biomarker an Hunden mit Degenerativer Mitralklappenerkrankung und gesunden Hunden
Project Investigators: Dr. Jan-Peter Bach; Prof. Dr. I. Nolte; Dr. Lisa Harder; Eva Packeiser; Stephanie Klein
Duration: April 2018 until March 2021
Project Details:
Die Messbarkeit und Aussagekraft der beim Menschen etablierten cardialen Biomarker Galectin-3 und ST2 wird im Rahmen dieses Projekts aus dem Serum von gesunden Hunden und Hunden in verschiedenen Stadien einer Mitralklappenerkrankung gemessen. Hierzu wird bei den untersuchten Hunden Blut abgenommen und es erfolgt eine echokardiografische Untersuchung, in deren Rahmen das Vorliegen einer Mitralklappenerkrankung abgeklärt und eine Stadieneinteilung nach der modifizierten CHIEF-Klassifikation durchgeführt werden. Zusätzlich werden die beim Hund etablierten cardialen Biomarker NTproBNP und CTnI gemessen und es wird nach einer Korrelation der verschiedenen Biomarker gesucht. Diese Untersuchungen sollen zu einer verbesserten Diagnostik und Prognosestellung der Mitralklappenerkrankung des Hundes führen.
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Development and evaluation of a system tailored to dengue virus for immunogenicity studies
Entwicklung und Evaluation eines auf Dengue-Virus zugeschnittenen Systems für Immunogenitätsstudien (DRIVE)
Project Investigators: Prof. Osterhaus
Duration: December 2018 until Novemer 2021
Funding: BmBF, 331.351 EUR
Project Details:
Entwicklung und Evaluation eines auf Dengue-Virus zugeschnittenen Systems für Immunogenitätsstudien
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Role of intestinal integrity and intestinal microbiome on Enterococcus infections in broilers
Rolle der Darmintegrität und des Darmmikrobioms bei Enterokokkeninfektionen von Masthähnchen
Project Investigators: Arne Jung; Gerhard Breves
Duration: December 2018 until December 2021
Funding: QS Fachgesellschaft Geflügel GmbH, 100.000 EUR
Project Details:
Die Ziele des Forschungsprojektes sind
-die Untersuchung des Einflusses der Bebrütungs- und Haltungstemperaturen auf die Translokation von Enterococcus cecorum aus dem Darm
-die Untersuchung des Einflusses des Mikrobioms auf die Entstehung von Enterokokkeninfektionen
Es gibt bisher keine Daten zu möglichen Interaktionen zwischen Haltungstemperatur, Darmintegrität und EC-Infektion bzw. Darmmikrobiom, Lincomycin/Spectinomycin-Behandlung und EC-Infektion. In dieser Studie sollen diese Zusammenhänge erstmals systematisch untersucht werden. Die Ergebnisse sollen helfen, Erkrankungen durch Enterokokken bei Masthähnchen besser zu verstehen und dadurch besser vorbeugen zu können.
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Characterization of the adrenal glands and the pancreas of young dogs in computed tomographic imaging
Computertomographische Charakterisierung von Nebennieren und Pankreas heranwachsender Hunde
Project Investigators: Dr. L. Harder; Prof. Dr. I. Nolte; Dr. M. Lüpke; G. Büttelmann
Duration: May 2018 until December 2021
Project Details:
Pankreas und Nebenniere sind endokrine Organe die häufig im Fokus der bildgebenden Diagnostik stehen. Im Rahmen einer Studie sollen Abgrenzbarkeit, Attenuation und Volumen dieser Organe beim heranwachsenden Hund ermittelt werden um Normwerte für eine Untersuchung zu etablieren. Weiterhin soll untersucht werden ob rassespezifische Unterschiede in der computertomographischen Darstellung von Nebenniere und Pankreas beim adulten, gesunden Hund vorliegen. Eine Validierung der Daten ist durch eine Beurteilung verblindeter, randomisierter Datensätze durch mehrere Gutachter vorgesehen.
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Consultation team Animal welfare in practical use. Feeding and employment under scrutiny for more animal welfare in the housing of pullets and laying hens
Beratungsteam Tierwohl im praktischen Einsatz. Fütterung und Beschäftigung auf dem Prüfstand für mehr Tierwohl in der Jung- und Legehennenhaltung.
Project Investigators: Spindler, Birgit; Riedel, Anna; Kemper, Nicole
Duration: October 2018 until September 2021
Funding: Bundesanstaltung für Landwirtschaft und Ernährung, 111.930 EUR
Project Details:
The aim of the project is to use the "Animal Welfare Advisory Team (HACCP Team)"" to transfer the many years of experience gained from expert advice and science to practical farms with pullets and laying hens and to implement, evaluate and optimise it in practice. Experience to date has shown that the focus must be placed even more than before on optimising the rearing of pullets. Here, feed optimisation as well as the provision of occupational material is essential in order to minimise behavioural disorders on the laying farm and to maintain animal health. The aim is to achieve a significant improvement in animal welfare on the participating farms, taking into account the needs and requirements of birds with untrimmed beaks at all ages. The experiences and results of the project farms are to be passed on to the broad professional public and practice. The established ""Animal Welfare Advisory Team"" consists of the Animal Welfare Advisor (LWK) who, in cooperation with a specialist veterinarian from the University of Veterinary Medicine Hanover (TiHo), develops a common advisory basis for the project. The team possesses competence and represents a sustainable, innovative transfer of knowledge. The team forms the basis for the future HACCP advisory team. "
Cooperation Partners:

Landwirtschaftskammer Niedersachsen

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Effects of Campylobacter jejuni on the animal health of laying hens
Auswirkungen von Campylobacter jejuni auf die Tiergesundheit von Legehennen.
Project Investigators: Prof. Dr. Silke Rautenschlein
Duration: May 2018 until April 2021
Funding: H. Wilhelm Schaumann Stiftung, 50.400 EUR
Project Details:
Promotionsstipendium
In Feld- und Laborstudien wird die Beteiligung unterschiedlicher Campylobacter Spezies an Leberveränderungen bei Legehennen untersucht.
Cooperation Partners:

Prof. Dr. Steffen Weigend: Friedrich-Loeffler-Institut

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