Gerardo Patiño‐Guillén

This study uses nanopore sensing to profile PEGylation of pegaptanib, revealing PEG heterogeneity and stability in serum.

This paper introduces a nanopore-based method to directly quantify RNA tandem repeats, achieving 18-nucleotide resolution and successfully detecting disease-associated repeats in DM1, DM2, and CCHS1.

The paper compares the electrophoretic translocation dynamics of RNA:DNA hybrids and DNA:DNA duplexes through nanopores, finding that RNA:DNA hybrids translocate faster despite similar contour lengths.

This paper introduces a method using RNA nanotechnology and nanopores to quantitatively analyze alternative transcription termination at the single-molecule level.