Igor P. Oscorbin

This study characterizes the first poly(A) polymerase from Alphaproteobacteria, revealing its biochemical properties and contrasting behavior with E. coli PAP-1.

This study evaluates the solubility-enhancing and purification capabilities of the CusF tag for two recombinant proteins, finding it ineffective for both.

This study compares the biochemical properties of RNase HII from three organisms, identifying thermal stability and cofactor preferences to guide practical applications.

This study optimizes conditions for producing soluble E. coli PAP-1, identifying BL21 (DE3) pLysS as the best strain for yield, solubility, and activity.

The paper characterizes a novel thermostable and processive reverse transcriptase from Anoxybacillus flavithermus, showing its potential for applications requiring heat-resistant RTs.

This study creates chimeric reverse transcriptases by fusing M-MuLV RT with DNA-binding domains, improving processivity and inhibitor resistance.