human CD4+ T-cells

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https://rdp.sfb274.de/ (Research Data Platform) https://gepris.dfg.de/gepris/projekt/408885537 (DFG Gepris entry) The central nervous system (CNS) is a terminally differentiated tissue, where any insult carries a heightened risk - yet the tissue response to these insults is variable and can range from irreversible destruction to almost complete recovery. The rules that instruct these divergent outcomes are still unknown. The aim of this CRC is therefore to understand the biology of the multicellular ...

This project focuses on recovery mechanisms of the CNS tissue in the course of acute T-cell mediated autoimmune inflammation. We hypothesize that T-cell induced changes of the grey matter are crucial for the failing recovery of the CNS after repeated autoimmune bouts and that lung microbiota are external regulators of de- and regenerative processes within the CNS tissue. We aim to identify brain-resident and peripheral targets to prevent permanent CNS damage and/or to foster its recovery which ...

T-cell receptor (TCR)-induced Ca2+ signals are essential for T-cell activation and function. In this context, mitochondria play an important role and take up Ca2+ to support elevated bioenergetic demands. However, the functional relevance of the mitochondrial-Ca2+-uniporter (MCU) complex in T-cells was not fully understood. Here, we demonstrate that TCR activation causes rapid mitochondrial Ca2+ (mCa2+) uptake in primary naive and effector human CD4+ T-cells. Compared to naive T-cells, effector ...