Chr12.g82023.m1

Relationship	Feature	Type	Details
Parent Gene	Chr12.g82023	Gene	Persea americana-Anise
Encoded Protein	Chr12.g82023.m1-protein	Polypeptide	385 aa
Structure	CDS: 1; exon: 13	Exon / CDS

Summary

Resource Type	mRNA
Organism	Persea americana-Anise
Name	Chr12.g82023.m1
Identifier	Chr12.g82023.m1
Protein Sequence	MGCCSCFKFLSKPQRRMKSICGPGNRFSRQFLLSDNTGHVDRVPYNSEAA DILCGSDDKLRCHDKGSEPVLLLSSRSGIMCRKVPVKQTRHAILSEDENG NKMVNEYVREYKIGSGSYGKVAAYRSSRDGNRYAIKAFHKSHLLKLRVAP SETAMTDVLREVSIMEMLDHPNIVNLTEVIDDPNADHLYLVLEYVEGKCT CEDSGPPGGIGEMTARRYLRDIVSGLMYLHAHNIVHGDIKPDNILVTRSG VVKIGDFSVSHVFKDNNDELRRSPGTPAFTAPECCLGLAYHGKAADTWAL GVTLYYLVLGQYPFLGDTLQETYDKIVNNPLSIPEGINPQLKDLLQGLLC KDPKQRIVLQAIAMHPWVVEEGPLPQYLCWCKRR*

Properties

Coding Sequence (CDS)	ATGGGCTGCTGTAGTTGCTTTAAATTCTTGAGCAAGCCCCAAAGACGGAT GAAGTCTATCTGTGGCCCTGGTAATCGGTTTTCCCGGCAGTTCTTGCTGT CAGATAATACAGGACATGTGGATAGAGTTCCGTATAACAGTGAAGCTGCT GATATTCTTTGTGGAAGTGATGACAAGTTGCGATGTCACGATAAAGGTTC TGAGCCAGTACTCTTGCTTAGCTCTCGAAGTGGAATTATGTGCAGAAAAG TTCCTGTCAAGCAAACTCGGCATGCTATTCTGTCAGAGGATGAAAATGGA AATAAAATGGTCAACGAATATGTTCGAGAGTATAAGATTGGTTCTGGAAG CTATGGCAAAGTGGCTGCTTACAGAAGTAGCAGAGATGGAAACCGCTATG CAATTAAGGCTTTTCACAAATCCCATTTGTTAAAATTGCGAGTGGCACCT TCTGAAACTGCCATGACAGATGTTCTTAGGGAGGTCTCAATCATGGAAAT GTTGGACCATCCCAATATAGTCAATCTAACTGAGGTCATTGATGACCCAA ATGCAGATCACTTGTACTTGGTTTTGGAGTATGTAGAAGGAAAATGTACA TGTGAGGATTCTGGTCCACCAGGTGGCATAGGAGAAATGACTGCAAGAAG ATACTTGCGCGACATTGTTTCTGGGCTCATGTATCTCCATGCTCATAACA TTGTTCATGGTGACATTAAGCCTGATAACATTCTGGTTACAAGAAGTGGA GTGGTGAAAATAGGAGACTTCAGTGTTAGCCACGTTTTCAAGGACAATAA TGATGAGCTTCGAAGATCTCCTGGGACCCCTGCTTTCACTGCACCTGAGT GCTGCTTAGGGCTAGCCTACCATGGCAAAGCTGCAGACACATGGGCTTTA GGCGTCACCTTATACTACTTGGTTCTGGGTCAATACCCATTTCTTGGTGA TACATTGCAAGAAACTTATGACAAGATTGTGAATAATCCATTATCTATCC CGGAGGGCATCAATCCACAGCTCAAGGACTTATTGCAGGGGCTTCTCTGC AAAGATCCGAAACAGCGGATTGTCTTGCAAGCTATTGCAATGCATCCTTG GGTTGTTGAAGAAGGGCCCTTACCTCAGTATTTGTGTTGGTGCAAGCGCA GGTAA

Coding Sequence (CDS)

ATGGGCTGCTGTAGTTGCTTTAAATTCTTGAGCAAGCCCCAAAGACGGAT
GAAGTCTATCTGTGGCCCTGGTAATCGGTTTTCCCGGCAGTTCTTGCTGT
CAGATAATACAGGACATGTGGATAGAGTTCCGTATAACAGTGAAGCTGCT
GATATTCTTTGTGGAAGTGATGACAAGTTGCGATGTCACGATAAAGGTTC
TGAGCCAGTACTCTTGCTTAGCTCTCGAAGTGGAATTATGTGCAGAAAAG
TTCCTGTCAAGCAAACTCGGCATGCTATTCTGTCAGAGGATGAAAATGGA
AATAAAATGGTCAACGAATATGTTCGAGAGTATAAGATTGGTTCTGGAAG
CTATGGCAAAGTGGCTGCTTACAGAAGTAGCAGAGATGGAAACCGCTATG
CAATTAAGGCTTTTCACAAATCCCATTTGTTAAAATTGCGAGTGGCACCT
TCTGAAACTGCCATGACAGATGTTCTTAGGGAGGTCTCAATCATGGAAAT
GTTGGACCATCCCAATATAGTCAATCTAACTGAGGTCATTGATGACCCAA
ATGCAGATCACTTGTACTTGGTTTTGGAGTATGTAGAAGGAAAATGTACA
TGTGAGGATTCTGGTCCACCAGGTGGCATAGGAGAAATGACTGCAAGAAG
ATACTTGCGCGACATTGTTTCTGGGCTCATGTATCTCCATGCTCATAACA
TTGTTCATGGTGACATTAAGCCTGATAACATTCTGGTTACAAGAAGTGGA
GTGGTGAAAATAGGAGACTTCAGTGTTAGCCACGTTTTCAAGGACAATAA
TGATGAGCTTCGAAGATCTCCTGGGACCCCTGCTTTCACTGCACCTGAGT
GCTGCTTAGGGCTAGCCTACCATGGCAAAGCTGCAGACACATGGGCTTTA
GGCGTCACCTTATACTACTTGGTTCTGGGTCAATACCCATTTCTTGGTGA
TACATTGCAAGAAACTTATGACAAGATTGTGAATAATCCATTATCTATCC
CGGAGGGCATCAATCCACAGCTCAAGGACTTATTGCAGGGGCTTCTCTGC
AAAGATCCGAAACAGCGGATTGTCTTGCAAGCTATTGCAATGCATCCTTG
GGTTGTTGAAGAAGGGCCCTTACCTCAGTATTTGTGTTGGTGCAAGCGCA
GGTAA

Sequences

Sequence	GCCCCACAAGGCTGGATTGCATAGGCAGTGGCTTGTAGGAGAACATTTCT TTTATGTAAAATCTTAATGTTTTAAAATAAATGATGAATCTTAATGATGT GTTAGCTATTATTAGAATAAAAAAGGTCAAAGTCAAACTCAATAAAAGAT TAATTTATTTTGAACATTTACCAGGTGGGGCCAGGTTGAAGCTCAGAGGA ATTTGGACCGCGCTGCAATTAATTGTAACACGTGCTCCTCCTCTCCTCCC TCTCTCATGCACCATATTACTTTACTCTGCCTTTACTTGGGCTTGTTTGG CAACTCTATTGATAGAGTCAAGTAATGTAAAGTTTCCATTTCTCACAAAA AAAAAAAAAAAAAGTCCCATCAAAAGCACTTTATTTCAAATTTCCCACAA TAATTTTTAAAACAAATGTAAAAACGTAACCTCATTTCTCTACTAATAGA CAAAAAACCTCCACAATCAATAGAAAAAGTAAAAAAAATTCCCTAATAAA CAACTAAAAATAAAATACCATCATAATACACTCATATTTTATTCTTTTTT CAAAATAATCTCTACTCCACTCAACTTCATTAGTAAAACCCCCACATAGC CTCAATTTTACTTACTTGCAACAGTGGTTGTAATCGTATCAGAGAAAAGA AAAGGGAAATGGGCTTAAGTTTTTTTGTAGATTTCAAAACAGGACAAAAT AAAAATGCGATTTCAAAATAGGCCTTGAGTTTTTCAAAAGCATTTCAAAT GAATACATTCGGCGATTTTAATGATATTCCGGACGTTTCTTCCCTATTTT TTGCCAAAATCCCCAAAATGCCCTTAGAGAGAATTATCCATCATTTCCCA TTCCCGACCATTTTCCAAATGGTCGTCGGAAAACCTCCTTGTATTCCTCC TCACCGCCACTCTCCTCCTCTCCTCCTCCCAAAGCCTTAAACAAGAATCC AACTCATTTGGACCCTTCAACAGCAGCTACTATAGGACCATCGTCGATTA TAAGGAAGCCACCATCAGCGGCCAAGCCCTCCAACTCACCCCAGACACCC TCAACCTCCTCAACCACTCCGGCCGGGCCATGATTAACCGCCCCTTCAAG CTCTGGCAACCCCCGCCGCGGCCCCAACTCTACTACCTTCGCCTCCTTCC AATCCTCCTTCCTCCTCAACATCTTTCACCCCAATAAACGACACCCCTGC CGACGAGGACCTCGCCTTCCTCATCGCCCCAGACTCCCACGCCCTTGTCT GCAGCGAAGGCCAGTTCCTCGGCCTCATCAATGCCTCCCTTGACGGCAAC ACATCCAACCAATTCATCACTGTCGAGCTCGACACCAGAAAACAAAGCTT CGACATCAACAACAACCACATCGACCTCGACATCAACGGTGTTGAATCTG TAGCCGCCTACAACCTCTCCCAGATTGGGATTCAGATCGCCCTAGAAATC GCCGCCAATTACACCGTTTGGGTCGAGTATAATGGCTCCACCAGGGACTG CTGGCCAAGTTATCATCTCATTACTTTCTTCCCTCTTTTTCCCGGAACAT GACGATTAGGCTTATTGAGGAGCTGATGGTGACTTTGAACAGGACCATTG ATGGGCGCGGCCACCAGGTGCACATCCACAATGGGGCAAGAATTACCATC TAATTTGTGAAGAACGTCATCGTCCACAGCCTCCACATACATGGCATCAA GGCCGCCGGCAGAGGCAGCGTGATCAGGGATTTCCTACGCATTTTGGCCA GAGGACCAGGAGCGACGGGGATAACAAGGCAGTCCCGTGGACATTCGGTC CTCTTTGGTGCTTGTCGTAGAAGACAACACAGTTGTTATAAGCCCTAAGG GCATTTTGGGGGTTTTAGAAAAAAATGAGGAAAGAAATGGCCGGAATATC ATCAAAATCGCCGAATGTCCATAATTGATATGCTTTTGGAAAACTTAAAG GACTATTTTGAAATTTCATTCTAATTTTGTCCTGTTTTGTAATCTGTAAA AACACTTAAGCCTGTTTCTTAATTTTTCCAAAAGAAAACCCCTCTGTCGT CATCCAAACACTTCTGATCTGATTTTGAAGGAAGAGCGACTCATCCAAAC GCTTTTGAAATCGATCACGATTGCAGCTAGGGTTTCGTCAACTGCTTCTT CCACGCTGGCATCTGTCTACATCATTCCTCGCTCACGGATTCAGTTGCAA TTTGTCCTCTTGTCAAGATTCGATTTTTTTAATCTCCTTCCAAGATTCAA TTTTTAATTGAATCAACGAAGGCTGAGGACGATCGAGAGAGATTATGTGG CAGTTGGATCTGTATAAGCTTTTTTGAGGGTGATCTTTTATGTTAGAGAT GGCTTTGAGGAACCGCAACTGTATCGATTTCATCAGCTGCAAAGCAGCTA TGTGCGAATGGCATCCTTTAGGATAGCGGGGGCGATCAGGGCTTGATGCC GTTGAGCTCTTCTTCTTTCTCTTCTCTCATCTTCAAGGAAGTTGGAAATT CTAAAATGTTATTGGATCCGAGTATTTGCTTGTGTTTCTGTTGTTTTGAA TGGTACATAAATCTTCAACATTCTCTAAAGTTCTTATGATTTGGGAGAAA CTTCCATCTCGAGCTTGACAGAAATGGGCTGCTGTAGTTGCTTTAAATTC TTGAGCAAGCCCCAAAGACGGATGAAGTCTATCTGTGGCCCTGGTAATCG GTTTTCCCGGCAGTTCTTGCTGTCAGATAATACAGGACATGTGGATAGAG TTCCGTATAACAGTGAAGCTGCTGATATTCTTTGTGGAAGTGATGACAAG TTGCGATGTCACGATAAAGGTTCTGAGCCAGTACTCTTGCTTAGCTCTCG AAGTGGAATTATGTGCAGAAAAGTTCCTGTCAAGCAAACTCGGCATGCTA TTCTGTCAGAGGATGAAAATGGAAATAAAATGGTCAACGAATATGTTCGA GAGTATAAGATTGGTTCTGGAAGCTATGGCAAAGTGGCTGCTTACAGAAG TAGCAGAGATGGAAACCGCTATGCAATTAAGGCTTTTCACAAATCCCATT TGTTAAAATTGCGAGTGGCACCTTCTGAAACTGCCATGACAGATGTTCTT AGGGAGGTCTCAATCATGGAAATGTTGGACCATCCCAATATAGTCAATCT AACTGAGGTCATTGATGACCCAAATGCAGATCACTTGTACTTGGTTTTGG AGTATGTAGAAGGAAAATGTACATGTGAGGATTCTGGTCCACCAGGTGGC ATAGGAGAAATGACTGCAAGAAGATACTTGCGCGACATTGTTTCTGGGCT CATGTATCTCCATGCTCATAACATTGTTCATGGTGACATTAAGCCTGATA ACATTCTGGTTACAAGAAGTGGAGTGGTGAAAATAGGAGACTTCAGTGTT AGCCACGTTTTCAAGGACAATAATGATGAGCTTCGAAGATCTCCTGGGAC CCCTGCTTTCACTGCACCTGAGTGCTGCTTAGGGCTAGCCTACCATGGCA AAGCTGCAGACACATGGGCTTTAGGCGTCACCTTATACTACTTGGTTCTG GGTCAATACCCATTTCTTGGTGATACATTGCAAGAAACTTATGACAAGAT TGTGAATAATCCATTATCTATCCCGGAGGGCATCAATCCACAGCTCAAGG ACTTATTGCAGGGGCTTCTCTGCAAAGATCCGAAACAGCGGATTGTCTTG CAAGCTATTGCAATGCATCCTTGGGTTGTTGAAGAAGGGCCCTTACCTCA GTATTTGTGTTGGTGCAAGCGCAGGTAACTTTGGACAGGTAGAACTGCCA CTGCAGAAAGGTTACCAATGTGACTGGAAGTGACTAACCTGATGTGCTCT TTTGTTCAAAACAAAAAAAAAAAGACAAAAAAAAACAGAGATTTTGATGT TGGCAGGCGGAATTGTGGATGA
Sequence Length	3922

Sequence

GCCCCACAAGGCTGGATTGCATAGGCAGTGGCTTGTAGGAGAACATTTCT
TTTATGTAAAATCTTAATGTTTTAAAATAAATGATGAATCTTAATGATGT
GTTAGCTATTATTAGAATAAAAAAGGTCAAAGTCAAACTCAATAAAAGAT
TAATTTATTTTGAACATTTACCAGGTGGGGCCAGGTTGAAGCTCAGAGGA
ATTTGGACCGCGCTGCAATTAATTGTAACACGTGCTCCTCCTCTCCTCCC
TCTCTCATGCACCATATTACTTTACTCTGCCTTTACTTGGGCTTGTTTGG
CAACTCTATTGATAGAGTCAAGTAATGTAAAGTTTCCATTTCTCACAAAA
AAAAAAAAAAAAAGTCCCATCAAAAGCACTTTATTTCAAATTTCCCACAA
TAATTTTTAAAACAAATGTAAAAACGTAACCTCATTTCTCTACTAATAGA
CAAAAAACCTCCACAATCAATAGAAAAAGTAAAAAAAATTCCCTAATAAA
CAACTAAAAATAAAATACCATCATAATACACTCATATTTTATTCTTTTTT
CAAAATAATCTCTACTCCACTCAACTTCATTAGTAAAACCCCCACATAGC
CTCAATTTTACTTACTTGCAACAGTGGTTGTAATCGTATCAGAGAAAAGA
AAAGGGAAATGGGCTTAAGTTTTTTTGTAGATTTCAAAACAGGACAAAAT
AAAAATGCGATTTCAAAATAGGCCTTGAGTTTTTCAAAAGCATTTCAAAT
GAATACATTCGGCGATTTTAATGATATTCCGGACGTTTCTTCCCTATTTT
TTGCCAAAATCCCCAAAATGCCCTTAGAGAGAATTATCCATCATTTCCCA
TTCCCGACCATTTTCCAAATGGTCGTCGGAAAACCTCCTTGTATTCCTCC
TCACCGCCACTCTCCTCCTCTCCTCCTCCCAAAGCCTTAAACAAGAATCC
AACTCATTTGGACCCTTCAACAGCAGCTACTATAGGACCATCGTCGATTA
TAAGGAAGCCACCATCAGCGGCCAAGCCCTCCAACTCACCCCAGACACCC
TCAACCTCCTCAACCACTCCGGCCGGGCCATGATTAACCGCCCCTTCAAG
CTCTGGCAACCCCCGCCGCGGCCCCAACTCTACTACCTTCGCCTCCTTCC
AATCCTCCTTCCTCCTCAACATCTTTCACCCCAATAAACGACACCCCTGC
CGACGAGGACCTCGCCTTCCTCATCGCCCCAGACTCCCACGCCCTTGTCT
GCAGCGAAGGCCAGTTCCTCGGCCTCATCAATGCCTCCCTTGACGGCAAC
ACATCCAACCAATTCATCACTGTCGAGCTCGACACCAGAAAACAAAGCTT
CGACATCAACAACAACCACATCGACCTCGACATCAACGGTGTTGAATCTG
TAGCCGCCTACAACCTCTCCCAGATTGGGATTCAGATCGCCCTAGAAATC
GCCGCCAATTACACCGTTTGGGTCGAGTATAATGGCTCCACCAGGGACTG
CTGGCCAAGTTATCATCTCATTACTTTCTTCCCTCTTTTTCCCGGAACAT
GACGATTAGGCTTATTGAGGAGCTGATGGTGACTTTGAACAGGACCATTG
ATGGGCGCGGCCACCAGGTGCACATCCACAATGGGGCAAGAATTACCATC
TAATTTGTGAAGAACGTCATCGTCCACAGCCTCCACATACATGGCATCAA
GGCCGCCGGCAGAGGCAGCGTGATCAGGGATTTCCTACGCATTTTGGCCA
GAGGACCAGGAGCGACGGGGATAACAAGGCAGTCCCGTGGACATTCGGTC
CTCTTTGGTGCTTGTCGTAGAAGACAACACAGTTGTTATAAGCCCTAAGG
GCATTTTGGGGGTTTTAGAAAAAAATGAGGAAAGAAATGGCCGGAATATC
ATCAAAATCGCCGAATGTCCATAATTGATATGCTTTTGGAAAACTTAAAG
GACTATTTTGAAATTTCATTCTAATTTTGTCCTGTTTTGTAATCTGTAAA
AACACTTAAGCCTGTTTCTTAATTTTTCCAAAAGAAAACCCCTCTGTCGT
CATCCAAACACTTCTGATCTGATTTTGAAGGAAGAGCGACTCATCCAAAC
GCTTTTGAAATCGATCACGATTGCAGCTAGGGTTTCGTCAACTGCTTCTT
CCACGCTGGCATCTGTCTACATCATTCCTCGCTCACGGATTCAGTTGCAA
TTTGTCCTCTTGTCAAGATTCGATTTTTTTAATCTCCTTCCAAGATTCAA
TTTTTAATTGAATCAACGAAGGCTGAGGACGATCGAGAGAGATTATGTGG
CAGTTGGATCTGTATAAGCTTTTTTGAGGGTGATCTTTTATGTTAGAGAT
GGCTTTGAGGAACCGCAACTGTATCGATTTCATCAGCTGCAAAGCAGCTA
TGTGCGAATGGCATCCTTTAGGATAGCGGGGGCGATCAGGGCTTGATGCC
GTTGAGCTCTTCTTCTTTCTCTTCTCTCATCTTCAAGGAAGTTGGAAATT
CTAAAATGTTATTGGATCCGAGTATTTGCTTGTGTTTCTGTTGTTTTGAA
TGGTACATAAATCTTCAACATTCTCTAAAGTTCTTATGATTTGGGAGAAA
CTTCCATCTCGAGCTTGACAGAAATGGGCTGCTGTAGTTGCTTTAAATTC
TTGAGCAAGCCCCAAAGACGGATGAAGTCTATCTGTGGCCCTGGTAATCG
GTTTTCCCGGCAGTTCTTGCTGTCAGATAATACAGGACATGTGGATAGAG
TTCCGTATAACAGTGAAGCTGCTGATATTCTTTGTGGAAGTGATGACAAG
TTGCGATGTCACGATAAAGGTTCTGAGCCAGTACTCTTGCTTAGCTCTCG
AAGTGGAATTATGTGCAGAAAAGTTCCTGTCAAGCAAACTCGGCATGCTA
TTCTGTCAGAGGATGAAAATGGAAATAAAATGGTCAACGAATATGTTCGA
GAGTATAAGATTGGTTCTGGAAGCTATGGCAAAGTGGCTGCTTACAGAAG
TAGCAGAGATGGAAACCGCTATGCAATTAAGGCTTTTCACAAATCCCATT
TGTTAAAATTGCGAGTGGCACCTTCTGAAACTGCCATGACAGATGTTCTT
AGGGAGGTCTCAATCATGGAAATGTTGGACCATCCCAATATAGTCAATCT
AACTGAGGTCATTGATGACCCAAATGCAGATCACTTGTACTTGGTTTTGG
AGTATGTAGAAGGAAAATGTACATGTGAGGATTCTGGTCCACCAGGTGGC
ATAGGAGAAATGACTGCAAGAAGATACTTGCGCGACATTGTTTCTGGGCT
CATGTATCTCCATGCTCATAACATTGTTCATGGTGACATTAAGCCTGATA
ACATTCTGGTTACAAGAAGTGGAGTGGTGAAAATAGGAGACTTCAGTGTT
AGCCACGTTTTCAAGGACAATAATGATGAGCTTCGAAGATCTCCTGGGAC
CCCTGCTTTCACTGCACCTGAGTGCTGCTTAGGGCTAGCCTACCATGGCA
AAGCTGCAGACACATGGGCTTTAGGCGTCACCTTATACTACTTGGTTCTG
GGTCAATACCCATTTCTTGGTGATACATTGCAAGAAACTTATGACAAGAT
TGTGAATAATCCATTATCTATCCCGGAGGGCATCAATCCACAGCTCAAGG
ACTTATTGCAGGGGCTTCTCTGCAAAGATCCGAAACAGCGGATTGTCTTG
CAAGCTATTGCAATGCATCCTTGGGTTGTTGAAGAAGGGCCCTTACCTCA
GTATTTGTGTTGGTGCAAGCGCAGGTAACTTTGGACAGGTAGAACTGCCA
CTGCAGAAAGGTTACCAATGTGACTGGAAGTGACTAACCTGATGTGCTCT
TTTGTTCAAAACAAAAAAAAAAAGACAAAAAAAAACAGAGATTTTGATGT
TGGCAGGCGGAATTGTGGATGA

Sequence Length

3922

Related Features