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FOR 1041: Germ cell potential (Collaborative project)
The Research Unit will explore and exploit the potential of germ cells. It combines stem cell research and reproductive medicine. Using modern cellular and molecular techniques (stem cell culture, 2D and 3D microscopy, methylation analysis, expression profiling and proteomics), it will investigate the development and the decline of the germ cell potential during in vivo and in vitro...
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FOR 562: Dynamics of soil processes under extreme meteorological boundary conditions (Collaborative project)
Given the climate scenarios, we expect in future an increasing frequency of extreme meteorological boundary conditions that result in a higher frequency of drying/rewetting and freezing/thawing of soils. The latter might be especially relevant in higher elevation sites. Such drastic changes of the meteorological boundary conditions to soils, which occur irregularly and with varying intensity are...
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FOR 585: pathogen-specific defense mechanisms in the mammary gland (Collaborative project)
keine Angaben
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FOR 753: Genetically functional basis of the water-binding capacity in the pig meat (DRIP) (Collaborative project)
keine Angaben
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FOR 756: Vulnerability to poverty and dynamics of poverty in Southeast Asia (Collaborative project)
The overall objective of the proposed DFG research unit is to advance theoretically and empirically the concept and the methodology of measuring vulnerability to poverty in the economic and political context of emerging economies in Southeast Asia. This objective will be reached through interdisciplinary economic research that is based on the establishment and analysis of a wide-ranging, joint...
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FOR 918: Carbon flow on belowground food webs assessed by isotope tracers (Collaborative project)
keine Angaben
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FOR 948: Nitrogen uptake, metabolism and remobilization in leaves during plant senescence (Collaborative project)
DFG-FOR948 is funded by the DFG to research nitrogen uptake, metabolism and remobilization in leaves during plant senescence. An integrated approach is undertaken to improve the basic understanding, prognosis and modulation of N retranslocation during senescence for an efficient use of nitrogen input in agricultural plant production. In order to meet this challenge, the research group is composed...
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FOR 995: Biogeochemistry of paddy soil evolution (Collaborative project)
The Research Unit Biogeochemistry of Paddy Soil Evolution will focus on the identification of main processes responsible for paddy soil evolution. To understand paddy soil evolution, we have to relate the dynamics of hydrologically and microbially mediated redox processes to the dynamics of soil minerals and soil organic matter. This is strongly related to the question of the microbial...
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GRK 1029: Functional Genome Research in Veterinary Medicine (Collaborative project)
keine Angaben
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SFB 670: Cell-autonomous Immunity (Collaborative project)
The response of an organism to pathogens proceeds in several steps, beginning with the natural barriers, e.g. the membrane of a plant cell or the skin of the mammalia, followed by the elements of the innate immunity, which enable an early defense reaction. The initial processing of the pathogen non-self antigens in somatic cells as well as the spatiotemporally concerted defense reaction including...
