Soybean bZIP Gene Family Analysis with 92 Identified Genes

The results of a genome-wide identification of 92 basic leucine zipper (bZIP) genes in soybean from stress-related transcriptome data. The study, by Enqiang Zhou, classifies these genes into 13 phylogenetic subfamilies and identifies 12 candidate genes for salt stress response.

Use Cases

• Analyze the 13 distinct phylogenetic subfamilies of the 92 identified GmbZIP genes for evolutionary divergence.
• Screen for salt-stress-responsive candidate genes among the 12 identified candidates using comparative genomics data.
• Examine the 143 collinear gene pairs between soybean and Medicago truncatula for evolutionary relationships.
• Investigate the enrichment of GmbZIP genes in plant hormone signal transduction pathways indicated by KEGG analysis.
• Validate protein-protein interaction network predictions for the 12 candidate salt-stress genes with expression data.

Strengths

• Identifies 92 GmbZIP genes from stress-related transcriptome datasets.
• Classifies genes into 13 distinct phylogenetic subfamilies with analysis of protein properties and conserved motifs.
• Includes comparative genomics data, such as 143 collinear gene pairs between soybean and Medicago truncatula.
• Provides experimental validation via qRT-PCR for 12 candidate salt-stress-responsive genes.

Limitations

• The dataset is small in file size (128.5 KB), indicating limited scope and likely summary-level data rather than raw sequences.
• No raw column names or sample data are provided, limiting direct analytical use without further context from the source publication.
• The data is specific to soybean and a particular gene family, limiting generalizability to other organisms or genetic systems.

Provenance

Source

figshare, author Enqiang Zhou.

Collection Method

Genome-wide identification and evolutionary analysis using bioinformatics methods combined with transcriptome data from waterlogging, salt, and shade stress treatments.

Freshness

Last updated March 20, 2026.