Node ReferenceNode Categories

Node Categories

BioNodulo ships with 1,370 built-in operations across 61 categories, organized to follow the typical shape of a bioinformatics workflow: load data, QC it, process it, analyze it, and export results. This count comes from the app’s builtin node catalog; several operations may use the same upstream tool. Categories with a dedicated page are linked. The table groups related catalog categories for a quick overview.

CategoryExample nodesDescription
Input / OutputFASTQ, FASTA, VCF, GFF, File, Directory, Sample SheetData loading
Quality ControlFastQC, MultiQC, QualiMapSequence quality assessment
Read Preprocessingfastp, Trimmomatic, CutadaptAdapter trimming and filtering
AlignmentBWA, Bowtie2, Minimap2, STAR, HISAT2Read alignment, including index builders
SAM/BAM Processingsamtools sort/index/flagstat/view/merge/statsAlignment processing
SeqKit and EMBOSS operationsSeqKit, EMBOSSSequence filtering, transformation, and analysis
CSVtk and VCF-lib operationsCSVtk, VCF-libTable processing and variant-file operations
TaxonKit operationsTaxonKitTaxonomy lookup and conversion
Variant CallingGATK, bcftools, FreeBayes, VCFtoolsSNP/indel detection
AssemblySPAdes, MEGAHIT, Flye, Canu, Unicycler, QUASTGenome assembly
AnnotationProkka, Bakta, eggNOGGenome annotation
PhylogeneticsMAFFT, ClustalΩ, IQ-TREE, FastTree, RAxMLTree construction
RNA-SeqSalmon, Kallisto, featureCounts, StringTieExpression analysis
MetagenomicsKraken2, Bracken, MetaPhlAn, HUMAnN, MaxBin, CheckMMicrobial profiling
ChIP-SeqMACS2, BEDTools, deepToolsPeak calling and coverage
Single CellCell RangerscRNA-seq analysis
Spatial TranscriptomicsSpace Ranger, Squidpy, Scanpy, Seurat, Cell2location, BaysorVisium QC, spatial clustering, UMAP visualization, deconvolution, segmentation
Long ReadDorado, Chopper, NanoPlot, ModkitONT basecalling, demux, QC, modified bases
ProteomicsSage, Percolator, FragPipe, MSFragger, MaxQuant, DIA-NN, OpenMSMS search and FDR
Protein StructureUniProt, AlphaFold DB, RCSB PDBSequence lookup, predicted/experimental structures
MetabolomicsXCMS, CAMERA, SIRIUS, MZmine, MetaboAnalystR, MS-DIALLC-MS peaks, annotation, statistics
EpigenomicsBismark, MethylDackel, DSS, Modkit, deepTools, Hi-C toolingWGBS methylation, DMR, chromatin contacts
CRISPRGuide RNA Design, Cas-OFFinder, CRISPResso2, MAGeCKGuide design, off-targets, screens
PangenomicsPGGB, Minigraph, Minigraph-Cactus, ODGI, vgGraph construction, QC, visualization
Synthetic BiologySBOL, COPASI, iBioSim, CelloBioCAD import, circuit compilation, simulation
HPCJob Submit, Status CheckCluster job submission
BioPythonSeqIO, BLAST, MSA, Sequence StatsPython bioinformatics tools
R IntegrationR Script, R Plot, DataFrame BuilderR statistical computing
AI & LLMLiterature Search, Pipeline Advisor, Report Generator, Sequence AnalysisAI-assisted analysis nodes
ML DesignCandidate Generator, Group Relative Optimizer, Validation MetricsmRNA/design optimization campaigns
Flow ControlLoop, Subgraph, Branch, CollectWorkflow structure and iteration
UtilityGeneric Command, View Text, Collect Files, Merge VCF, Note, RerouteHelpers

Tool Atlas

In the editor, open Nodes → Open Tool Atlas to search the current builtin catalog by name, alias, description, format, or supplied ontology term. Choose an operation to inspect Data flow candidates (matching declared port types) or Related tools (shared metadata and documented relationships). Select a connection to see its reason and any recorded source. Add to workflow places the selected operation on the canvas; it does not connect or run it.

The 1,370 operations are the bundled builtin node definitions, not a complete index of bio.tools or a claim that every tool runs in every environment. Some nodes need external software or credentials. A matching port type suggests a possible connection, not verified scientific or runtime compatibility.

See also