… Contributions of each of these connexins to heart function has been in many cases illuminated
by connexin null mice. The cardiac connexin genes whose genomic organization and …

… channels and connexin-43 have now been implicated as critical regulators of cardiac cell
death. … that cardiac-specific excision of the Nix gene could block pressure overload–induced …

… one connexin gene may act as a central focus or hub for such a network, taking the nexus
… have mitochondria-related functions in tissues other than cardiac muscle remains an open …

… of the responsible genes in CHD, is severely down-regulated in the ftk heart that exhibits …
allele of the connexin gene cx36.7/early cardiac connexin (ecx), expressed during early heart …

… The over-expression of microRNA-1 results in the post-transcriptional repression of GJA1
genes … In addition, they also act at the peri-nexus [22], ie, at the peri-gap junctional membrane (…

… cardiac response were regulated transcriptionally by renovascular hypertension 2K1C.
Moreover, the results of connexin gene … a relationship between cardiac and renal physiological …

… A connexon docks to another connexon in the intercellular space to create a complete GJ …
no genetic modifications have been made to induce heart failure the effects of heart failure on …

… of connexin proteins expressed by mammalian myocardial … There are numerous mutations
in the gene encoding the α-… The nexus is an alternative name for the GJ, thus the peripheral …

… For that reason, a vast number of studies have addressed the role of connexins and pannexins
in the arterial and venous systems as well as in the heart. Moreover, a role for connexins …

… However, because most cardiac connexins are expressed in multiple cell types in the heart,
we will follow the cardiac impulse on its path through the … Cardiac connexins: genes to nexus …