Concurrent identification of m6A and m5C modifications in individual molecules from nanopore sequencing
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Updated
Jun 7, 2026 - C++
Concurrent identification of m6A and m5C modifications in individual molecules from nanopore sequencing
🧪 Ultrafast bisulfite
🧪 Pipeline for detecting Ψ modification
Analyse RNA feature distributions.
Base-conversion Sequencing Aligner
🧪 Optimized protocol for m6A-SAC-seq
Magnipore: Differential single nucleotide changes of ONT signals
Metagene Profiling Analysis and Visualization
Online version of tool is live
High-throughput pipeline for modified mRNA annotation and long non-coding RNA annotation
NanoSpeech: a custom modification-aware basecaller
CatMOD is a CatBoost-based feature-concatenation model for RNA modification recognition from ONT DRS.
NanoListener: a small suite of Python scripts to create custom training datasets for modification-aware basecaller models.
handful of tools that might be needed before or after HAMR
Hierarchical Bayesian framework for RNA modification detection from nanopore direct RNA sequencing (CUDA-accelerated DTW + HMM)
Concurrent identification of m6A and m5C modifications in individual molecules from nanopore sequencing
EpiRNA-Scanner, a publicly deployed web framework that processes sequences from 41 bases to over 100,000 bases without manual preprocessing. The system introduces Epitranscriptomic Boundary Contrast Scoring (EBCS), producing single-nucleotide resolution predictions anchored to degenerate DRACH motifs.
Annotates modomics RNA sequences for easy viewing of RNA modifications and nucleotide positions.
High-throughput Workflow for Processing and Analyzing RNA-Seq Data
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