A research team from Kyushu University in Japan has recently discovered a calcium-based mechanism that plays a key role in ...

The researchers named this intriguing phenomenon the “calcium response in effectors of apical extrusion (CaRE).” Role of IP3 Receptors and Desmosomes in Cell Removal Delving deeper into this newly ...

Further analysis using advanced electron microscopy revealed that a specific subset of IP3 receptors, particularly those located near desmosomes, plays a key role in CaRE. Desmosomes are cell adhesion ...

Further analysis using advanced electron microscopy revealed that a specific subset of IP3 receptors, particularly those located near desmosomes, plays a key role in CaRE. Desmosomes are cell ...

Further analysis using advanced electron microscopy revealed that a specific subset of IP3 receptors, particularly those located near desmosomes, plays a key role in CaRE. Desmosomes are cell ...

Cells form networks in animal tissues through synaptic, chemical, and adhesive links. Invertebrate muscle cells often connect to other cells through desmosomes, adhesive junctions anchored by ...