Background The identification of key target nodes within complex molecular networks
remains a common objective in scientific research. The results of pathway analyses are …

An increase in extracellular Ca2+ induces growth arrest and differentiation of human
keratinocytes in culture. We examined possible involvement of S100C/A11 in this growth …

Non‐healing wounds cause considerable patient morbidity and represent a significant
economic burden. Central to wound repair is re‐epithelialization, a crucial process involving …

Ca2+ homeostasis mechanisms, in which the Ca2+ entry pathways play a key role, are
critically involved in both normal function and cancerous transformation of prostate epithelial …

The presence of TASK-3 channels has been described in a number of healthy and
malignantly transformed cells, showing mainly intracellular distribution with relatively …

Ca2+‐signaling of human melanoma is in the focus of intensive research since the
identification of the role of WNT‐signaling in melanomagenesis. Genomic and functional …

We examined the effect of EGF on the proliferation of mouse embryonic stem (ES) cells and
their related signal pathways. EGF increased [3H] thymidine and 5-bromo-2′-deoxyuridine …

Muscarinic and purinergic receptors expressed in keratinocytes are an important part of a
functional system for cell growth. While several aspects of this process are clearly …

Extracellular vesicles (EVs) are identified as mediators of intercellular communication and
cellular regulation. In the immune system, EVs play a role in antigen presentation as a part …

Using patch-clamp and calcium imaging techniques, we characterized the effects of ATP
and histamine on human keratinocytes. In the HaCaT cell line, both receptor agonists …