highlights the relevance of the nose-to-tail concept as a strategy to improve resource efficiency and promote circularity in aquaculture. Within this context, the biochemical composition of the liver, gonads [...] small fraction of the nutrients supplied through feed into biomass, with nitrogen retention efficiencies ranging from approximately 14 to 30 %. In addition, only about 40 % of the harvested biomass in [...] African catfish and up to 60 % in Atlantic salmon is recovered as edible fillet. The remaining fractions, including the head, skin, liver, gonads, and other tissues, are often treated as low-value byproducts

https://www.auf.uni-rostock.de/professuren/agrarbereich/aquakultur-und-sea-ranching/forschung/laufende-projekte/aqualoop/pilotloop/pilot-2-nematic/

values. The following steps of investigation during the ongoing second and the applied third year of funding will focus on the generation and scavenging of reactive oxygen species, as well as the related [...] light but low temperature conditions poses the problem of slowed down enzymatic reactions and increased generation of reactive oxygen species. However, these are the abiotic conditions, macroalgae from Antarctica [...] Antarctica are usually exposed to during the Antarctic spring/summer season. In this project, the interactive effects of high light and low temperature will be evaluated in laboratory and field experiments

https://www.spp-antarktisforschung.uni-rostock.de/forschung/projekte/abgeschlossene-projekte/biowissenschaften/bischof-2006/

electrodes. Based on the Waxholm Space atlas with anatomical delineations for the Sprague Dawley rat brain, the dielectric properties of the brain tissues in the target region are mapped to the volume conductor [...] for the long term therapy of freely moving rats a computational model is developed. The computational model will include an anatomical volume conductor model of the rat brain and head including the bipolar [...] stimulation The objective of this project is to obtain a better understanding of the mechanisms of action of deep brain stimulation, which is a clinically efficient neurosurgical therapy for the treatment

https://www.iae.uni-rostock.de/institut/allgemeines/team/andree-andrea/

measurements at the MRI Flow Lab are realized using phase contrast MRI. The velocity sensitivity ranges from 0.01 m/s to 15 m/s and depends on the imaging method. For most applications, the measurement accuracy [...] Turbulence quantification at the MRI Flow Lab is based on the signal loss that results from turbulent fluctuations. Assuming a Gaussian velocity distribution, the variance of the velocity can be calculated [...] six components of the symmetric Reynolds stress tensor. As for the mean velocity, the Reynolds stresses can be acquired in 2D or 3D measurements. Such measurement data is comparable to the results of Reynolds

https://www.mriflowlab.uni-rostock.de/example/