Zhaobing Gao

This study introduces a nanopore-based method for glycan sequencing that reconstructs full glycan structures from fragments, overcoming limitations of existing approaches.

The paper identifies WPRa4 and PMI4 as key proteins in Arabidopsis touch response, showing their role in mechano-sensing and calcium signaling through proteomic and transcriptomic analyses.

This paper demonstrates a glycan sequencing method using glycosidase-assisted nanopore sensing, achieving over 90% accuracy in identifying monosaccharide sequences.

This paper demonstrates a method for glycan sequencing using nanopores by conjugating glycans to helicase-controlled DNA, achieving reads of up to eleven glycans and enabling controlled translocation and signal detection.

This paper designs an engineered nanopore to distinguish isomeric glycans with high sensitivity and achieves over 90% separation accuracy without machine learning.

This study identifies TMEM41B as an ER Ca2+ release channel that maintains T cell metabolic quiescence and responsiveness by regulating signaling pathways and receptor expression.