GRF11 is essential for activating Fe-deficiency tolerance mechanisms. Loss-of-function grf11 mutants exhibit impaired Fe homeostasis .
Mechanism:
The antibody detects GRF11 in Western blot assays across plant species, including Lilium longiflorum and Chlamydomonas reinhardtii .
Immunoprecipitation (IP) confirmed its ability to isolate GRF11 from plant cell lysates .
GRF11 is one of 12 canonical 14-3-3 isoforms in Arabidopsis. The table below highlights key isoforms detected by the antibody:
Isoform | UniProt ID | TAIR Code | Role |
---|---|---|---|
GRF1 | F4JJ94 | AT4G09000 | Stress signaling |
GRF2 | Q01525 | AT1G78300 | Metabolic regulation |
GRF11 | Q9S9Z8 | AT1G34760 | Fe-deficiency response |
GRF6 | P48349 | AT5G10450 | Pathogen defense |
Agricultural Biotechnology: Engineering GRF11 overexpression to enhance crop resilience under nutrient-poor soils.
Clinical Relevance: Exploring homologs in mammals for potential therapeutic applications in metal metabolism disorders.