EC Number |
Subunits |
Reference |
---|
3.1.21.3 | ? |
x * 116000, HsdR, x * 55000, HsdM, x * 43000, HsdS |
700022 |
3.1.21.3 | ? |
x * 431000, calculated from amino acid sequence |
730693 |
3.1.21.3 | ? |
x * 60000, calculated from amino acid sequence |
728867 |
3.1.21.3 | ? |
x * 60000, HsdM subunit, crystallography |
706964 |
3.1.21.3 | ? |
x * 90000, full length protein, SDS-PAGE. X * 60000, crystallized HsdR subunit, SDS-PAGE. X * 95000, putative HsdR subunit, calculated from sequence |
710140 |
3.1.21.3 | dimer |
sedimentation equilibrium analytical ultracentrifugation of C.Esp1396I |
700507 |
3.1.21.3 | monomer |
1 * 94000, dynamic light scattering, 1 * 130000, analytical ultracentrifugation, subunit HsdR, subunit is globular and fairly compact |
681474 |
3.1.21.3 | More |
ATPase activity, DNA translocase activity and endonuclease activity are specified by the R subunit, the R subunit comprises several different functional domains |
134245 |
3.1.21.3 | More |
the HsdR subunit may be limiting within the cell. An excess of HsdM and HsdS may produce the methylase in vivo and the assembly of the endonuclease may be dependent upon the prior production of this methylase |
134253 |
3.1.21.3 | More |
the HsdR subunit of the type I restriction-modification system EcoR124I is responsible for the translocation as well as the restriction activity of the whole complex consisting of the HsdR, HsdM and HsdS subunits |
749514 |