AbstractGap junctions play a critical role in the coordinated function and activity of nearly all of the skeletal cells. This is not surprising, given the elaborate orchestration of skeletal patterning, bone modeling and subsequent remodeling, as well as the mechanical stresses, strains and adaptive responses that the skeleton must accommodate. Much remains to be learned regarding the role of gap junctions and hemichannels in these processes. A common theme is that without connexins none of the cells of bone function properly. Thus, connexins play an important role in skeletal form and function
Adjacent cells share ions, second messengers and small metabolites through intercellular channels wh...
AbstractGap junctions and connexins are present in the immune system. In haematopoiesis, connexin 43...
AbstractThe reasons for the molecular heterogeneity of connexin channels in vivo remain unclear. Fun...
Gap junctions (GJs) formed by connexins (Cxs) play an important role in the intercellular communicat...
AbstractGap junctional intercellular communication (GJIC) mediated by connexins, in particular conne...
Regulation of bone homeostasis depends on the concerted actions of bone-forming osteoblasts and bone...
AbstractThe role of gap junctions, particularly that of connexin43 (Cx43), has become an area of inc...
Emerging evidence suggests that connexin mediated gap junctional intercellular communication contrib...
AbstractConnexins have been known to be the protein building blocks of gap junctions and mediate cel...
Gap junctional intercellular communication has been demonstrated in bone cells and may contribute to...
Electron micrographs revealed the presence of gap junctions in osteoblastic cells over 40 years ago....
The inaccessibility of osteocytes due to their embedment in the calcified bone matrix in vivo has pr...
Gap junctions are formed from ubiquitously expressed proteins called connexins that allow the transf...
AbstractConnexins, a family of transmembrane proteins, are components of both gap junction channels ...
Formowanie szkieletu oraz jego prawidłowe funkcjonowanie jest możliwe dzięki wyspecjalizowanym komór...
Adjacent cells share ions, second messengers and small metabolites through intercellular channels wh...
AbstractGap junctions and connexins are present in the immune system. In haematopoiesis, connexin 43...
AbstractThe reasons for the molecular heterogeneity of connexin channels in vivo remain unclear. Fun...
Gap junctions (GJs) formed by connexins (Cxs) play an important role in the intercellular communicat...
AbstractGap junctional intercellular communication (GJIC) mediated by connexins, in particular conne...
Regulation of bone homeostasis depends on the concerted actions of bone-forming osteoblasts and bone...
AbstractThe role of gap junctions, particularly that of connexin43 (Cx43), has become an area of inc...
Emerging evidence suggests that connexin mediated gap junctional intercellular communication contrib...
AbstractConnexins have been known to be the protein building blocks of gap junctions and mediate cel...
Gap junctional intercellular communication has been demonstrated in bone cells and may contribute to...
Electron micrographs revealed the presence of gap junctions in osteoblastic cells over 40 years ago....
The inaccessibility of osteocytes due to their embedment in the calcified bone matrix in vivo has pr...
Gap junctions are formed from ubiquitously expressed proteins called connexins that allow the transf...
AbstractConnexins, a family of transmembrane proteins, are components of both gap junction channels ...
Formowanie szkieletu oraz jego prawidłowe funkcjonowanie jest możliwe dzięki wyspecjalizowanym komór...
Adjacent cells share ions, second messengers and small metabolites through intercellular channels wh...
AbstractGap junctions and connexins are present in the immune system. In haematopoiesis, connexin 43...
AbstractThe reasons for the molecular heterogeneity of connexin channels in vivo remain unclear. Fun...