N6 -methyladenosine profiling techniques
High-resolution N6 -methyladenosine profiling has shifted the field from peakbased enrichment toward quantitative single-nucleotide and single-molecule measurements.
Antibody-independent: Chemical and enzymatic labelling strategies enable direct estimation of N6 -methyladenosine stoichiometry across transcriptomes.
Advances in long-read and direct RNA sequencing are revealing isoformspecific, spatially resolved, and cell-tocell heterogeneous m6 A landscapes.
Machine learning-driven signal interpretation has become a central bottleneck and an opportunity for accurate baseresolution RNA modification detection.
Integrative use of complementary technologies is redefining best practices for linking m6 A maps to biological functions and disease mechanisms.
https://www.cell.com/trends/biochemical-sciences/fulltext/S0968-0004(26)00208-2
