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. 2022 Jan 17;23(2):bbab549. doi: 10.1093/bib/bbab549

Table 1.

Overview of identified ORF detection tools. Most tools make no statement about the taxonomic domain they were developed for. Some, however, utilize eukaryotic data as proof-of-principle (indicated by Inline graphic). The first eight tools were benchmarked in this manuscript.

Name Input data Method Availability Taxonomy
DeepRibo [41] Ribo-seq Deep Learning github Prokaryotes
REPARATION_blast [42] Ribo-seq Random Forest bioconda, github Prokaryotes
SPECtre [37] Ribo-seq Spectral Coherence github EukaryotesInline graphic
Ribo-TISH [36] Ribo-seq Negative Binominal Test bioconda, github EukaryotesInline graphic
IRSOM [21] RNA-seq Self-Organizing Map gitlab, webservice Eu-, Prokaryotes
smORFer [44] Ribo-seq Fourier transform github Eu-, Prokaryotes
PRICE [38] Ribo-seq EM-algorithm and statistical testing github EukaryotesInline graphic
ribotricer [39] Ribo-seq 3D to 2D projection for periodicity bioconda, github EukaryotesInline graphic
RiboTaper [47] Ribo-/RNA-seq Multitaper Spectral Analysis bioconda, galaxy EukaryotesInline graphic
RiboHMM [48] Ribo-/RNA-seq Hidden Markov Models github Eukaryotes
ORFrater [49] Ribo-seq Linear Regression github EukaryotesInline graphic
RibORF [50] Ribo-seq Logistic Regression github EukaryotesInline graphic
Rp-Bp [51] Ribo-seq Markov Chain–Monte Carlo github EukaryotesInline graphic