Information report for GmAP1b
Gene Details
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Functional Descriptions
- APETALA1 (AP1) functions as a class A gene in the ABCE model for floral organ development, helping to specify carpel, stamen, petal, and sepal identities.
- Overexpression of GmAP1a resulted in early flowering and reduced plant height compared to the wild type under SD conditions.
- Soybean AP1 homologs (GmAP1s)control flowering time and plant height
- Loss of function of all four AP1 homologs resulted in delayed flowering and modified floral morphology. Interestingly, stem node number and plant height were greater in the AP1 quadruple mutants. Further analysis suggested that GmAP1 regulates the expression of several flowering-related and GA metabolic pathway-related genes, thereby uncovering important interactions between the flowering time and plant height regulatory networks mediated by AP1 in soybean.
- GmAP1 regulates the transcription of flowering-related genes in the shoot apex.
- GmAP1 regulates the GA metabolic pathway to control internode length.
Functional Keywords
- stem , development , shoot , plant-development , floral , stamen , ga , floral-organ , height , plant-height , flowering-time , internode-length , flowering , floral-organ-number , node , stamen-number , floral-organ-number-control , internode-development
Literature and News
Gene Resources
- NCBI ID: 100783045
- UniProt accessions: I1KX10
- EMBL: CM000841
- EnsemblPlants: KRH45412
- Gramene: KRH45412
- KEGG: gmx:100783045
- GO: GO:0000978 , GO:0000981 , GO:0005634 , GO:0006357 , GO:0010582 , GO:0045944 , GO:0046983
- OMA: KSHLMLE
- InterPro: IPR002100 , IPR002487 , IPR033896 , IPR036879 , IPR050142
- PANTHER: PTHR48019
- SUPFAM: SSF55455
- PROSITE: PS00350 , PS50066 , PS51297
- Gene3D: 3.40.1810.10
- OrthoDB: I1KX10
- SMR: I1KX10
- CDD: cd00265
Sequences
cDNA Sequence
- >Glyma.08G269800.1
ACTGCGGTTTTTTTCTCCTCCAGAAGAAGAAAGATCCTTAAATCAACATTCTCTCTCCCTCCCTTGGTTATAATAGCAAGCTTTTCAAGCATATTTCCGGGGTTTGTTCCCTTTTCCTTGTTTAGGGTTTTCTTTGGAAAAAAAAGGTAATTAGGTATAATAATATAATTAAAGCAAAAAAAAAAAAAATAACATGGGAAGGGGTAGGGTTCAGCTGAAGAGGATAGAGAACAAGATCAATCGGCAAGTAACTTTCTCCAAAAGGAGAGCTGGGTTACTCAAGAAAGCACATGAGATCTCTGTGCTCTGTGATGCTGAGGTCGCTTTGATTGTCTTCTCCCACAAAGGAAAGCTCTTTGAATATGCCACTGATTCTTGCATGGAGAAGATACTGGAACGCTATGAAAGGTACGCATATGCAGAGAGACAACTTGTTGCAAATGATTCCGAGACACAGGGAAATTGGACCATTGAGTATACTAGACTCAAGGCAAAGATTGACCTTTTGCAGAGAAATCATAGGCACTATATGGGAGAAGATTTAGGTTCAATGAGCCTCAAAGAGCTTCAGAGTCTGGAGCAGCAGTTAGATACTGCTCTCAAGCAAATTCGTACCCGCAGAAACCAACTCATGTACGAGTCCATTTCGGAGCTTGAGAAGAAGGAGAAAGTGATACAGGAGCAGAATAACATGCTTGCAAAGAAGATCAAGGAGAAAGAAAAGGTTGCAGCTTCGCAGGCACAATGGGAGCATCCAAACCACGGAGTTAATGCATCTTTCTTGCTACCGCAGCCACTTTTGAACATGGGTGGCAATTACCATGATGAAGCACCAGAAGTAGGGAGGCATGAACTTGACCTGACTCTGGAACCATTATATTCCTGTCACCTTGGATGCTTTTGAATACTTTCTTAGAGGTGGATGATATTATATAACTATATATGTGGTATGGCATTTGACAACATATTTGAGGGCTTATATATGCCTCTATGTTTTGTGGTTTTCCCTAATCTGAAGACGCTAATGTTTATTGTGTGTTGTAAGTTCATAATTTGGTTAGGCTTTCTTAAGTGGAAGCTTTGCTATATATATTTAAGTTCCTGAAAGACAAGTCTCGTATTTGAATTAATTATGCGATGAATTTGTTTTTGTTTGCT
CDS Sequence
- >Glyma.08G269800.1
ATGGGAAGGGGTAGGGTTCAGCTGAAGAGGATAGAGAACAAGATCAATCGGCAAGTAACTTTCTCCAAAAGGAGAGCTGGGTTACTCAAGAAAGCACATGAGATCTCTGTGCTCTGTGATGCTGAGGTCGCTTTGATTGTCTTCTCCCACAAAGGAAAGCTCTTTGAATATGCCACTGATTCTTGCATGGAGAAGATACTGGAACGCTATGAAAGGTACGCATATGCAGAGAGACAACTTGTTGCAAATGATTCCGAGACACAGGGAAATTGGACCATTGAGTATACTAGACTCAAGGCAAAGATTGACCTTTTGCAGAGAAATCATAGGCACTATATGGGAGAAGATTTAGGTTCAATGAGCCTCAAAGAGCTTCAGAGTCTGGAGCAGCAGTTAGATACTGCTCTCAAGCAAATTCGTACCCGCAGAAACCAACTCATGTACGAGTCCATTTCGGAGCTTGAGAAGAAGGAGAAAGTGATACAGGAGCAGAATAACATGCTTGCAAAGAAGATCAAGGAGAAAGAAAAGGTTGCAGCTTCGCAGGCACAATGGGAGCATCCAAACCACGGAGTTAATGCATCTTTCTTGCTACCGCAGCCACTTTTGAACATGGGTGGCAATTACCATGATGAAGCACCAGAAGTAGGGAGGCATGAACTTGACCTGACTCTGGAACCATTATATTCCTGTCACCTTGGATGCTTTTGA
Protein Sequence
- >Glyma.08G269800.1
MGRGRVQLKRIENKINRQVTFSKRRAGLLKKAHEISVLCDAEVALIVFSHKGKLFEYATDSCMEKILERYERYAYAERQLVANDSETQGNWTIEYTRLKAKIDLLQRNHRHYMGEDLGSMSLKELQSLEQQLDTALKQIRTRRNQLMYESISELEKKEKVIQEQNNMLAKKIKEKEKVAASQAQWEHPNHGVNASFLLPQPLLNMGGNYHDEAPEVGRHELDLTLEPLYSCHLGCF*