EC Number |
Metals/Ions |
Reference |
---|
6.3.2.B16 | Co2+ |
can replace Mg2+, but with lower activity |
702768 |
6.3.2.B16 | Co2+ |
required. Mg2+ can be replaced with Mn2+ and Co2+. The use of Mn2+ or Co2+ decreases activity and the maximum length of peptide synthesized becomes shorter |
702768 |
6.3.2.B16 | Mg2+ |
required, best metal cofactor, can be replaced by Mn2+ or Co2+ |
702768 |
6.3.2.B16 | Mg2+ |
required. Mg2+ can be replaced with Mn2+ and Co2+. The use of Mn2+ or Co2+ decreases activity and the maximum length of peptide synthesized becomes shorter |
702768 |
6.3.2.B16 | Mn2+ |
can replace Mg2+, but with lower activity |
702768 |
6.3.2.B16 | Mn2+ |
required. Mg2+ can be replaced with Mn2+ and Co2+. The use of Mn2+ or Co2+ decreases activity and the maximum length of peptide synthesized becomes shorter |
702768 |
6.3.2.B16 | more |
in the reaction with Val, tetramers are the longest products synthesized, trimer are formed with Co2+ |
702768 |