Yanping Long

The paper introduces SPARP-seq, a method combining poly(A) assessment and ribosome profiling to show poly(A) tail shortening is a hallmark of active translation in human cells.

DeepSME enables private DNA-based communication by decrypting heavily modified DNA using nanopore sequencing and deep learning, achieving high precision and recall.

The paper introduces a nanopore-based codec system, Composite Hedges Nanopores (CHN), capable of handling high indel and substitution error rates for real-time DNA data readout.

The paper creates an atlas of plant full-length RNA poly(A) tail lengths, revealing tissue-specific and evolutionarily conserved patterns.

The paper introduces Pore-C, a long-read sequencing method for capturing multi-way chromatin interactions and DNA methylation in Arabidopsis.

This study develops a protoplasting-free method for single-nucleus RNA profiling in plants using long-read sequencing to improve cell type identification through isoform information.