Gene Details:

• Gene ID: GSVIVT01019722001
• Gene Name: LOC100247896, VIT_02s0025g03220
• Gene Family: Trihelix Family
• Description: Trihelix Family protein
• Species: Vitis vinifera
• Source: Trihelix family gene from PlantTFDB

Protein Features:

• Pfam:  PF13837
• PROSITE profile:  PS50090
• InterPro:  IPR017877

Annotation Proteins:

• Refseq:  XP_010660505.1  — PREDICTED: trihelix transcription factor GTL1 isoform X2
• Refseq:  XP_010660510.1  — PREDICTED: trihelix transcription factor GTL1 isoform X3
• TrEMBL:  F6HUB0  — F6HUB0_VITVI; Uncharacterized protein
• STRING:  VIT_02s0025g03220.t01  — (Vitis vinifera)

Gene Ontology:

• GO:0008361  — Biological Process — regulation of cell size
• GO:0009414  — Biological Process — response to water deprivation
• GO:0010090  — Biological Process — trichome morphogenesis
• GO:0030308  — Biological Process — negative regulation of cell growth
• GO:0032876  — Biological Process — negative regulation of DNA endoreduplication
• GO:0045892  — Biological Process — negative regulation of transcription, DNA-templated
• GO:2000037  — Biological Process — regulation of stomatal complex patterning
• GO:2000038  — Biological Process — regulation of stomatal complex development
• GO:0005634  — Cellular Component — nucleus
• GO:0043565  — Molecular Function — sequence-specific DNA binding

Family Introduction:

• GT factors constitute a plant-specific transcription factor family with a DNA-binding domain that binds GT elements. The DNA-binding domain of GT factor, rich in basic and acidic amino acids and proline and glutamine residues, features a typical trihelix (helix-loop-helix-loop-helix) structure that determines the specific binding of GT elements; thus GT factors are also called trihelix transcription factors. GT elements are highly degenerate cis-elements with A/T-rich core sequences (Villain et al. 1996; Wang et al. 2004). Interaction between GT factors and GT elements has been implicated in the complex transcriptional regulation of many plant genes.

Literature:

• Systematic analysis of GT factor family of rice reveals a novel subfamily involved in stress responses.   DOI:  10.1007/s00438-009-0507-x ;  PMID:  20039179

Sequences: