NRPlant NRAMP Atlascomparative genomics database
Plant NRAMP family database · release 1

A searchable atlas for plant NRAMP evolution.

Integrating NRAMP homologs and annotations from red algae, green algae, charophytes, bryophytes, lycophytes, ferns, gymnosperms, basal angiosperms, monocots, and dicots for comparative browsing, phylogenetic analysis, and N-terminal dileucine-like motif research.

Dataset signature

One curated family, several biological views.

Built around 504 master annotations, complete protein and CDS sequences, motif/TM1 coordinates, multiple sequence alignments, and a Newick phylogeny.

NRAMP records
plant groups
motif +
CoverageNRAMP protein records
Taxonomyspecies / source labels
Motifmotif-positive records
TM1 detailmotif + TM1 coordinate rows
Dataset overview

Lineage breadth and annotation balance

All statistics are calculated directly from the supplied master table. Clade-Y and Clade-X naming is used consistently across every module.

Records by plant group

Ten representative plant lineages

10 groups

NRAMP clade composition

Display names used throughout the database

clade profile
records

Predicted localization

DeepLoc category distribution

Data readiness

Files connected in this release

Complete: 504 annotation rows, 504 protein sequences, 504 CDS sequences, a 504-sequence alignment and a 504-leaf phylogenetic tree.
Motif/TM1: 140 motif-positive records; 129 include motif sequence, motif coordinates and first transmembrane-helix coordinates.
Sequences: available directly from the supplied FASTA files.
Browse records

Filter the NRAMP collection

Combine species, plant group, NRAMP clade, predicted localization, and motif filters, then open any record to inspect its sequences and full annotation.

Gene / protein IDSpeciesGroupLengthCladeMotifDeepLoc
Motif module

N-terminal dileucine-like motif

Motif and TM1 coordinates come from the supplied absolute-position table. Missing coordinates remain unassigned rather than inferred.

Clade-Y enrichment

Motif-positive NRAMPs form a focused Clade-Y annotation layer.

[D/E]xxxL[L/I]

All 129 records in the coordinate table belong to Clade-Y, enabling comparison of motif start positions, distance to TM1, and distribution across plant groups.

Positivemotif-positive records
Coordinatesdetailed position rows
Before TM1motifs before first TM helix
Cladecoordinate-row clade

Motif start positions

Distribution across coordinate rows

Motif-positive records by group

Presence counts from the master table

Coordinate records

Open a row to inspect its complete record.

129 rows
Protein IDMotifPositionTM1DistanceGroup
Phylogeny module

NRAMP phylogeny and annotation map

The supplied Newick tree is rendered with all 504 leaves and aligned annotation tracks for plant group, clade, DeepLoc prediction, and motif status.

Clade × annotation matrix

Motif and localization composition by NRAMP clade

CladeRecordsMotif +PM-likeEndo-likeMotif ratio

Full annotated tree

Scroll inside the frame to inspect all 504 leaves. Hover over an annotation block to view its value.

Download SVG
GroupCladeDeepLocMotif status
Downloads

Data and source files

Download the supplied source files under reusable standard names, or export the current filtered result set from the Browse module.

About the database

Scope and provenance

A static, portable release built directly from the supplied study files.

This database integrates and presents the plant NRAMP homologs identified in this study together with their associated annotations across ten representative plant groups. Records can be browsed by species, plant group, NRAMP clade, predicted localization, and motif status. Each entry includes a gene/protein identifier, species, protein length, clade, localization, motif and TM1 coordinates, duplication type, protein sequence, and CDS sequence. The phylogeny module aligns tree topology with group, clade, localization, and motif annotations, while the download module provides annotation tables, sequences, alignments, and tree files.

Data boundary: The current master table provides a unified pepid only, so Gene ID and Protein ID display the same source identifier. Species-level complete CDS, protein, GFF3, and genome files can be added in a later release.

Duplication type legend

Numeric genetype codes are decoded throughout the database.

CodeDisplayed type
0singleton
1dispersed
2proximal
3tandem
4whole-genome duplication-derived