EC Number   |
General Information |
Reference |
|---|
   4.5.1.B1 | evolution |
changed residues K20Q, L96C and A131G, vicinal to the active site, are probably responsible for the altered enantioselectivity of LinA-type2 compared to LinA-type1, structural comparison of LinA-type2 and -type1 proteins suggests that thermostability of LinA-type2 might partly arise due to presence of higher number of ionic interactions, along with 4% increase in the intersubunit buried surface area |
730715 |
| 4.5.1.B1 | metabolism |
the enzyme mediates the first step of aerobic degradation of a chlorinated insecticide gamma-hexachlorocyclohexane |
728849, 730715 |
| 4.5.1.B1 | more |
active site structure, structure comparison and docking modeling, overview |
730715 |
| 4.5.1.B1 | more |
LinA-type2 differs from archetypal LinA-UT26 by ten residues i.e. K20Q, A23G, F68Y, C71T, L96C, F113Y, D115 N, R129L, A131G and T133 M |
728849 |
| 4.5.1.B1 | more |
LinA-type2 differs from archetypal LinA-UT26 by ten residues i.e., K20Q, A23G, F68Y, C71T, L96C, F113Y, D115 N, R129L, A131G and T133 M |
728849 |
