… response of bone cells to load-… that gap junctional intercellular communication (GJIC)
contributes to mechanotransduction in bone and, in so doing, contributes to the regulation of bone …

… Molecules up to 1200 daltons molecular weight can pass intercellularly through the gap
junction [7, 8]. The gap junction between bone cells, as described in this report, is identical to …

… most abundant gap junction protein expressed in bone cells and plays a central role in
cell-to-cell … on unopposed plasma cell membranes as mediators of the communication between …

… bone junction, we would expect that gap junctions also link the marrow … cells and
preosteoblasts during active bone formation. There is cell-cell communication between the stromal …

… This study suggests the crucial role of gap junctions in the regulation of bone size and
growth. Gap junctions have been demonstrated to play an important role in osteoblast …

… how Cx43 regulates bone are only coming into … gap junctions and hemichannels regulate
cell signaling pathways, gene expression, mechanotransduction and cell survival in bone cells…

… Gap junctions and hemichannels in the bone cells Extensive distribution of gap junctions
in the bone cells has been confirmed by highly specialized ultrastructural and histological …

… Cell-to-cell communication between bone, cartilage and the … primary bone cells (BCs) including
osteocytes, synovial cells … establish cellular contacts and to couple through gap junction (…

… The least studied bone cell type with respect to gap junctions is the hematopoietic
derived osteoclast. Osteoclasts have been shown to express Cx43 [87], [127]. These …

… ‐Y4 cells and those elicited in neighboring MC3T3‐E1 cells … MLO‐Y4 cells express functional
gap junctions most likely … field of bone cell biology, because gap junctions are known to …