Pomocí počítačového modelování (restraint-based comparative modeling) byl vyvinut model H4-H5-smyčky α2-isoformy Na+/K+-ATPázy z myšího mozku. Vodíková vazba mezi atomem kyslíku Asp369 a atomem dusíku a Lys690 je klíčovým faktoren nezbytným pro strukturu fosforylačního místa v E1 konformaci. (cs)
Restraint-based comparative modeling was used for calculation and visualization of the H4-H5-loop of α2-isoform of Na+/K+-ATPase from mouse brain. A hydrogen bond between the oxygen atom of Asp369 and the nitrogen atom of Lys690 plays a key role in maintaining the proper structure of the physphorylaton site in E1 conformation.
Restraint-based comparative modeling was used for calculation and visualization of the H4-H5-loop of α2-isoform of Na+/K+-ATPase from mouse brain. A hydrogen bond between the oxygen atom of Asp369 and the nitrogen atom of Lys690 plays a key role in maintaining the proper structure of the physphorylaton site in E1 conformation. (en)