Gene Details:
- Gene ID: BnaA07g38360D
- Gene Symbol: BnaA07.NTT1a
- Gene Name:
- Genome: B. napus reference genome Darmor v4.1
- Species: Brassica napus
Functional Descriptions:
- Brassica napus BnaNTT1 modulates ATP homeostasis in plastids to sustain metabolism and growth.
- BnaNTT1s impact plant growth by modulating primary metabolism, membrane lipid synthesis, and photosynthetic efficiency.
- BnaNTT1s affect glycolytic and starch synthesis pathways.
Function-related keywords:
Literature:
- Brassica napus BnaNTT1 modulates ATP homeostasis in plastids to sustain metabolism and growth. DOI: 10.1016/j.celrep.2022.111060 ; PMID: 35830794
Related News:
Gene Resources:
Sequences:
cDNA Sequence
- >BnaA07g38360D
ATGGAAGCGGCGATACAAACCAGAGGAATCCTCTCCTTACCCGCCAAACCCATCGGAGCGAGAAGAAGCCTTCTCCACCCATCCCACGGCTTAAAGCATAGACTTTTCTCCTCCAAGCCAAGAACTCCACCCGCCTTGTCCCTCTCCTTCAAGAAAGCTCAATCCTTTGAGCCAACGATTTCCATTTCCCACAAGGAGAGAAGCCACGAGTTCATATGCAAGGCGGAGGCAGACGGAGGAGCTCTCCTCAACGAAGGCGACACCGCCGCAGTCGTACCATCACCGAAGATCTTCGGCGTGGAGGTCACAACGTTGAAAAAGATTATACCTTTAGGCTTAATGTTCTTTTGCATTCTGTTCAACTACACGATCCTAAGGGACACGAAGGATGTTTTGGTGGTGACGGCTAAAGGAAGTTCAGCTGAGATTATACCTTTCTTGAAGACGTGGGTCAATCTCCCTATGGCTATTGGGTTCATGCTCCTCTACACCAAACTCTCCAATGTTCTCTCCAAGAAGGCTCTCTTTTACACCGTTATTATCCCTTTCATCATCTACTTTGGGGCCTTTGGTTTCGTTATGTACCCTCTCAGCAACTATATTCACCCGGAGGCTCTTGCTGATAAGCTCCTTGCTGATCTTGGTCCAAGGTTCATGGGTCCTCTTGCTATCTTGAGGATTTGGAGTTTCTGTTTGTTTTATGTCATGGCTGAGCTTTGGGGTAGTGTGGTTATTTCAGTTCTCTTCTGGGGCTTTGCTAATCAGATCACAACTGTGGATGAAGCCAAAAAATTCTATCCCTTGTTCGGACTTGGAGCTAATGTTGCGCTGATTTTCTCTGGAAGAACGGTGAAGTATTTTTCTAACTTGAGGAAGAATCTTGGTCCTGGAGTTGATGGCTGGGCGGTTTCATTGAAAGCCATGATGAGCATTGTGGTGGGAATGGGACTTGCCATCTGTTTTCTATATTGGTGGGTTAATAGATACGTTCCTCTTCCAACTCGTAGCCTGAAGAAGAAGAACAAACCTAAGATGGGAACGATGGAGAGCTTGAAGTTCTTGGTGTCATCTCCATACATTAGAGATCTTGCTACTTTAGTTGTGGCGTATGGTATTAGTATCAACCTTGTGGAAGTCACATGGAAATCAAAGCTTAAAGCTCAGTTTCCTAGCCCAAACGAGTACTCAGCCTTCATGGGTGACTTCTCAACATGCACTGGTATTGCAACATTCACAATGATGCTTCTCAGTCAATACGTATTTGATAAGTATGGCTGGGGAGTAGCTGCGAAGATCACTCCAACTGTTCTGTTATTGACTGGTGTCGCCTTCTTCTCTTTGATATTGTTTGGTGGCCCATTTGCACCACTTGTTGCCAAGCTTGGTATGACTCCGCTACTGGCAGCTGTTTATGTTGGTGCTCTCCAGAATATCTTCAGCAAGAGTGCCAAGTACAGCTTGTTCGATCCTTGTAAAGAAATGGCTTACATCCCCTTGGATGAGGATACCAAGGTCAAAGGGAAAGCTGCAATTGACGTGGTTTGCAACCCGTTGGGGAAATCAGGGGGTGCTCTAATACAGCAGTTCATGATCTTATCCTTTGGATCACTAGCCAATTCAACACCATACCTAGGAATGATACTGTTGGTCATTGTCACTGCATGGTTAGCTGCGGCTAAGTCACTGGAGGGACAGTTCAATGCGTTGAGGTCTGAAGAAGAGCTAGAGAAGGAAATGGAGAGAGCTTCGTCTGTGAAGATACCTGTTGTGTCTCAAGAGGAAGGTGGAAACGGTTCTCTTGGTGAATCAACTAGCAGTTGGCCTGAGAAATCAGCTCCCACCAACATATAAACAAAAGGGCTTTTGAATATTTGATTTTAGGAAAAATGAAATCAAAATAAAGAGTTTGAGAGTGAGAAAAAGACTCTCAAACATTGGCTCTTTTGCACCACTACTCCACTCTTTTTAGTCTTTAGCTTTTTTTGAACAATTCATTTTCATTTCAGTTTGGTCTTAAGTTCTAAGTTTCTTGTCATGTGTATTGTTTTAATTATTCAAGTAGATGATTGATTGTCA
CDS Sequence
- >BnaA07g38360D
ATGGAAGCGGCGATACAAACCAGAGGAATCCTCTCCTTACCCGCCAAACCCATCGGAGCGAGAAGAAGCCTTCTCCACCCATCCCACGGCTTAAAGCATAGACTTTTCTCCTCCAAGCCAAGAACTCCACCCGCCTTGTCCCTCTCCTTCAAGAAAGCTCAATCCTTTGAGCCAACGATTTCCATTTCCCACAAGGAGAGAAGCCACGAGTTCATATGCAAGGCGGAGGCAGACGGAGGAGCTCTCCTCAACGAAGGCGACACCGCCGCAGTCGTACCATCACCGAAGATCTTCGGCGTGGAGGTCACAACGTTGAAAAAGATTATACCTTTAGGCTTAATGTTCTTTTGCATTCTGTTCAACTACACGATCCTAAGGGACACGAAGGATGTTTTGGTGGTGACGGCTAAAGGAAGTTCAGCTGAGATTATACCTTTCTTGAAGACGTGGGTCAATCTCCCTATGGCTATTGGGTTCATGCTCCTCTACACCAAACTCTCCAATGTTCTCTCCAAGAAGGCTCTCTTTTACACCGTTATTATCCCTTTCATCATCTACTTTGGGGCCTTTGGTTTCGTTATGTACCCTCTCAGCAACTATATTCACCCGGAGGCTCTTGCTGATAAGCTCCTTGCTGATCTTGGTCCAAGGTTCATGGGTCCTCTTGCTATCTTGAGGATTTGGAGTTTCTGTTTGTTTTATGTCATGGCTGAGCTTTGGGGTAGTGTGGTTATTTCAGTTCTCTTCTGGGGCTTTGCTAATCAGATCACAACTGTGGATGAAGCCAAAAAATTCTATCCCTTGTTCGGACTTGGAGCTAATGTTGCGCTGATTTTCTCTGGAAGAACGGTGAAGTATTTTTCTAACTTGAGGAAGAATCTTGGTCCTGGAGTTGATGGCTGGGCGGTTTCATTGAAAGCCATGATGAGCATTGTGGTGGGAATGGGACTTGCCATCTGTTTTCTATATTGGTGGGTTAATAGATACGTTCCTCTTCCAACTCGTAGCCTGAAGAAGAAGAACAAACCTAAGATGGGAACGATGGAGAGCTTGAAGTTCTTGGTGTCATCTCCATACATTAGAGATCTTGCTACTTTAGTTGTGGCGTATGGTATTAGTATCAACCTTGTGGAAGTCACATGGAAATCAAAGCTTAAAGCTCAGTTTCCTAGCCCAAACGAGTACTCAGCCTTCATGGGTGACTTCTCAACATGCACTGGTATTGCAACATTCACAATGATGCTTCTCAGTCAATACGTATTTGATAAGTATGGCTGGGGAGTAGCTGCGAAGATCACTCCAACTGTTCTGTTATTGACTGGTGTCGCCTTCTTCTCTTTGATATTGTTTGGTGGCCCATTTGCACCACTTGTTGCCAAGCTTGGTATGACTCCGCTACTGGCAGCTGTTTATGTTGGTGCTCTCCAGAATATCTTCAGCAAGAGTGCCAAGTACAGCTTGTTCGATCCTTGTAAAGAAATGGCTTACATCCCCTTGGATGAGGATACCAAGGTCAAAGGGAAAGCTGCAATTGACGTGGTTTGCAACCCGTTGGGGAAATCAGGGGGTGCTCTAATACAGCAGTTCATGATCTTATCCTTTGGATCACTAGCCAATTCAACACCATACCTAGGAATGATACTGTTGGTCATTGTCACTGCATGGTTAGCTGCGGCTAAGTCACTGGAGGGACAGTTCAATGCGTTGAGGTCTGAAGAAGAGCTAGAGAAGGAAATGGAGAGAGCTTCGTCTGTGAAGATACCTGTTGTGTCTCAAGAGGAAGGTGGAAACGGTTCTCTTGGTGAATCAACTAGCAGTTGGCCTGAGAAATCAGCTCCCACCAACATATAA
Protein Sequence
- >BnaA07g38360D
MEAAIQTRGILSLPAKPIGARRSLLHPSHGLKHRLFSSKPRTPPALSLSFKKAQSFEPTISISHKERSHEFICKAEADGGALLNEGDTAAVVPSPKIFGVEVTTLKKIIPLGLMFFCILFNYTILRDTKDVLVVTAKGSSAEIIPFLKTWVNLPMAIGFMLLYTKLSNVLSKKALFYTVIIPFIIYFGAFGFVMYPLSNYIHPEALADKLLADLGPRFMGPLAILRIWSFCLFYVMAELWGSVVISVLFWGFANQITTVDEAKKFYPLFGLGANVALIFSGRTVKYFSNLRKNLGPGVDGWAVSLKAMMSIVVGMGLAICFLYWWVNRYVPLPTRSLKKKNKPKMGTMESLKFLVSSPYIRDLATLVVAYGISINLVEVTWKSKLKAQFPSPNEYSAFMGDFSTCTGIATFTMMLLSQYVFDKYGWGVAAKITPTVLLLTGVAFFSLILFGGPFAPLVAKLGMTPLLAAVYVGALQNIFSKSAKYSLFDPCKEMAYIPLDEDTKVKGKAAIDVVCNPLGKSGGALIQQFMILSFGSLANSTPYLGMILLVIVTAWLAAAKSLEGQFNALRSEEELEKEMERASSVKIPVVSQEEGGNGSLGESTSSWPEKSAPTNI