See how a hybrid oxidizing enzyme with cellulose-binding domain converts indole to indigo on te
See how hybrid oxidizing enzymes with cellulose-binding domains convert indole to indigo direct
Species-specific antigen sequences enable faster, more sensitive and specific serologic detection of tick-borne relapsing fever.
Modular CW_7 binding and CLC1 catalytic domains improve solubility and species-specific lysis of C. acnes while sparing commensal bacteria.
A two-step RP-HPLC sequence uses TEAP then acetic acid mobile phases to purify glucagon peptides above 99% while limiting aggregation.
Specific protease and chemical cleavage sites release target peptides from recombinant polypeptides without extra amino acids, improving yield and sequence accuracy.
Controlling Ni, Co, Cu, and Mn while increasing zinc during purification raises recombinant alkaline phosphatase activity and stability.
A split RP-Tag pair replaces multi-step recombinant protein isolation with stable high-affinity capture that also supports detection and expression.