Chr01.g04381.m1

Relationship	Feature	Type	Details
Parent Gene	Chr01.g04381	Gene	Persea americana-Anise
Encoded Protein	Chr01.g04381.m1-protein	Polypeptide	651 aa
Structure	CDS: 1; exon: 2	Exon / CDS

Summary

Resource Type	mRNA
Organism	Persea americana-Anise
Name	Chr01.g04381.m1
Identifier	Chr01.g04381.m1
Protein Sequence	MPPKRTPNQNASGSNTNNDNSETHDEQPPTMTQFQALMQTMLEQQRQANE SQTRMQREANEVQARLQREANENQARFQEQLAKKDEEMAQVQRQLLEVLQ TRPQPLPRQPGGPNIIINNREQDPNILFERFRKRGPKEFSGQEDPLAADD WLVNVEKIFDVFTCTGLQKVNLTASLFFGLADTWWQTVKEPYQIMPDGVT WETFKIQFTDKYVPPHVKRQKAIEFQQLKQGNMTVLEYVTKFERLARYAR ELIDTEQKKITKFLEGLHPIIMRDATGVVPPATFDEAVKRAYKFEDINNQ IIRDRKQQYHQQNQRQQVQNQNARPPQQQQQNRNAQGRQNRPQQQGRAYN LNRVDADAAGDVVEGKLFICGVEAQILFDPGSTHSFLSPVFAKLIAMPSR ILDYILTVTTPVGKQAVCRNYYPNCSVLLGEVNLPADLIILDMHDFDVIL GMDWLEKYHATMDCFSKTITFKLKGEQADLIVQGNRKKGQVGIISALKAS RMVSCGCEAFIAFITEDKRSQGVEEIPVVCEFPDVFPEEIPGLPPIREVE FTIELLPGTAPISIAPYRMAPAELGELKLQLQELLSKGFIRPSVSPWGAP VLFVKKKDGSWRMCIDYRRLNHMTVKNKYPLPRIDELFDQLQGAAYFFPR *

Properties

Coding Sequence (CDS)	ATGCCTCCAAAAAGAACTCCGAATCAGAATGCTTCAGGGAGCAATACCAA TAATGATAACAGTGAAACACATGATGAACAGCCACCTACAATGACTCAGT TTCAGGCACTCATGCAAACCATGTTAGAGCAACAGAGGCAAGCAAATGAA AGTCAGACAAGAATGCAGAGGGAAGCTAATGAAGTCCAAGCTAGGCTACA AAGAGAGGCCAATGAGAACCAAGCTAGGTTCCAAGAACAGCTAGCTAAGA AGGATGAGGAAATGGCACAAGTTCAAAGACAGCTTTTGGAAGTTTTACAA ACTAGGCCTCAACCCCTTCCTAGACAACCGGGGGGACCGAATATTATCAT CAACAATCGAGAACAAGACCCTAACATTTTGTTCGAGAGGTTCAGGAAGA GAGGACCCAAGGAGTTCTCAGGTCAAGAAGACCCGTTGGCTGCAGATGAC TGGCTAGTTAATGTAGAGAAGATCTTTGATGTATTCACTTGTACAGGCTT ACAGAAGGTCAACCTCACAGCTTCTCTATTTTTTGGATTAGCAGACACTT GGTGGCAAACGGTTAAGGAACCGTATCAGATTATGCCAGATGGGGTTACA TGGGAAACTTTTAAAATTCAATTCACTGATAAGTATGTCCCTCCTCATGT CAAGAGGCAGAAAGCTATAGAGTTTCAGCAGCTCAAGCAGGGTAACATGA CAGTTTTGGAGTATGTGACGAAGTTTGAAAGGCTTGCTAGATATGCTCGA GAGTTGATAGACACCGAGCAGAAGAAGATTACTAAATTCTTAGAAGGGCT GCACCCCATCATCATGAGGGATGCTACAGGAGTAGTTCCACCAGCCACCT TCGACGAAGCAGTCAAAAGAGCATACAAATTTGAGGACATCAACAATCAG ATCATCAGGGATAGAAAGCAACAGTACCACCAACAGAACCAAAGGCAACA AGTTCAGAATCAGAATGCTCGTCCTCCTCAGCAGCAGCAGCAGAACAGAA ATGCACAAGGGAGGCAGAATAGACCACAGCAGCAAGGCCGAGCATACAAT CTTAATCGTGTCGATGCCGATGCTGCGGGCGATGTAGTTGAAGGTAAACT TTTCATCTGTGGAGTAGAAGCTCAAATTTTATTTGATCCTGGAAGCACTC ATTCATTTTTATCTCCTGTGTTTGCGAAGCTGATTGCTATGCCATCTAGA ATTCTTGATTATATCTTGACTGTCACTACACCAGTAGGTAAACAGGCCGT TTGTAGGAATTATTACCCAAATTGTTCAGTTCTATTAGGAGAAGTCAACC TTCCAGCAGATCTTATTATTTTAGACATGCATGATTTTGATGTCATCTTA GGCATGGATTGGTTAGAGAAGTATCATGCAACCATGGATTGCTTTAGTAA AACTATTACTTTTAAGTTGAAAGGAGAACAGGCAGATTTGATTGTTCAGG GAAACAGGAAGAAAGGCCAAGTGGGGATTATTTCAGCACTAAAGGCAAGC AGAATGGTGTCTTGTGGTTGTGAAGCTTTTATAGCGTTTATCACGGAGGA TAAACGGTCCCAAGGGGTGGAGGAAATCCCCGTTGTATGTGAGTTTCCAG ATGTTTTTCCTGAAGAAATCCCAGGTTTACCACCAATTCGAGAGGTTGAG TTCACGATTGAGCTCCTTCCAGGGACAGCTCCAATTTCTATTGCACCTTA CAGGATGGCTCCAGCAGAATTAGGTGAACTAAAACTCCAATTGCAAGAAC TATTGAGCAAAGGTTTCATTAGACCAAGCGTGTCACCTTGGGGAGCACCA GTGTTGTTTGTGAAAAAGAAGGATGGAAGCTGGAGAATGTGCATAGACTA CAGAAGATTGAACCACATGACTGTCAAGAACAAGTATCCGTTGCCGAGAA TAGATGAATTGTTTGATCAATTGCAAGGAGCAGCGTATTTTTTTCCAAGA TAG

Coding Sequence (CDS)

ATGCCTCCAAAAAGAACTCCGAATCAGAATGCTTCAGGGAGCAATACCAA
TAATGATAACAGTGAAACACATGATGAACAGCCACCTACAATGACTCAGT
TTCAGGCACTCATGCAAACCATGTTAGAGCAACAGAGGCAAGCAAATGAA
AGTCAGACAAGAATGCAGAGGGAAGCTAATGAAGTCCAAGCTAGGCTACA
AAGAGAGGCCAATGAGAACCAAGCTAGGTTCCAAGAACAGCTAGCTAAGA
AGGATGAGGAAATGGCACAAGTTCAAAGACAGCTTTTGGAAGTTTTACAA
ACTAGGCCTCAACCCCTTCCTAGACAACCGGGGGGACCGAATATTATCAT
CAACAATCGAGAACAAGACCCTAACATTTTGTTCGAGAGGTTCAGGAAGA
GAGGACCCAAGGAGTTCTCAGGTCAAGAAGACCCGTTGGCTGCAGATGAC
TGGCTAGTTAATGTAGAGAAGATCTTTGATGTATTCACTTGTACAGGCTT
ACAGAAGGTCAACCTCACAGCTTCTCTATTTTTTGGATTAGCAGACACTT
GGTGGCAAACGGTTAAGGAACCGTATCAGATTATGCCAGATGGGGTTACA
TGGGAAACTTTTAAAATTCAATTCACTGATAAGTATGTCCCTCCTCATGT
CAAGAGGCAGAAAGCTATAGAGTTTCAGCAGCTCAAGCAGGGTAACATGA
CAGTTTTGGAGTATGTGACGAAGTTTGAAAGGCTTGCTAGATATGCTCGA
GAGTTGATAGACACCGAGCAGAAGAAGATTACTAAATTCTTAGAAGGGCT
GCACCCCATCATCATGAGGGATGCTACAGGAGTAGTTCCACCAGCCACCT
TCGACGAAGCAGTCAAAAGAGCATACAAATTTGAGGACATCAACAATCAG
ATCATCAGGGATAGAAAGCAACAGTACCACCAACAGAACCAAAGGCAACA
AGTTCAGAATCAGAATGCTCGTCCTCCTCAGCAGCAGCAGCAGAACAGAA
ATGCACAAGGGAGGCAGAATAGACCACAGCAGCAAGGCCGAGCATACAAT
CTTAATCGTGTCGATGCCGATGCTGCGGGCGATGTAGTTGAAGGTAAACT
TTTCATCTGTGGAGTAGAAGCTCAAATTTTATTTGATCCTGGAAGCACTC
ATTCATTTTTATCTCCTGTGTTTGCGAAGCTGATTGCTATGCCATCTAGA
ATTCTTGATTATATCTTGACTGTCACTACACCAGTAGGTAAACAGGCCGT
TTGTAGGAATTATTACCCAAATTGTTCAGTTCTATTAGGAGAAGTCAACC
TTCCAGCAGATCTTATTATTTTAGACATGCATGATTTTGATGTCATCTTA
GGCATGGATTGGTTAGAGAAGTATCATGCAACCATGGATTGCTTTAGTAA
AACTATTACTTTTAAGTTGAAAGGAGAACAGGCAGATTTGATTGTTCAGG
GAAACAGGAAGAAAGGCCAAGTGGGGATTATTTCAGCACTAAAGGCAAGC
AGAATGGTGTCTTGTGGTTGTGAAGCTTTTATAGCGTTTATCACGGAGGA
TAAACGGTCCCAAGGGGTGGAGGAAATCCCCGTTGTATGTGAGTTTCCAG
ATGTTTTTCCTGAAGAAATCCCAGGTTTACCACCAATTCGAGAGGTTGAG
TTCACGATTGAGCTCCTTCCAGGGACAGCTCCAATTTCTATTGCACCTTA
CAGGATGGCTCCAGCAGAATTAGGTGAACTAAAACTCCAATTGCAAGAAC
TATTGAGCAAAGGTTTCATTAGACCAAGCGTGTCACCTTGGGGAGCACCA
GTGTTGTTTGTGAAAAAGAAGGATGGAAGCTGGAGAATGTGCATAGACTA
CAGAAGATTGAACCACATGACTGTCAAGAACAAGTATCCGTTGCCGAGAA
TAGATGAATTGTTTGATCAATTGCAAGGAGCAGCGTATTTTTTTCCAAGA
TAG

Sequences

Sequence	ATGCCTCCAAAAAGAACTCCGAATCAGAATGCTTCAGGGAGCAATACCAA TAATGATAACAGTGAAACACATGATGAACAGCCACCTACAATGACTCAGT TTCAGGCACTCATGCAAACCATGTTAGAGCAACAGAGGCAAGCAAATGAA AGTCAGACAAGAATGCAGAGGGAAGCTAATGAAGTCCAAGCTAGGCTACA AAGAGAGGCCAATGAGAACCAAGCTAGGTTCCAAGAACAGCTAGCTAAGA AGGATGAGGAAATGGCACAAGTTCAAAGACAGCTTTTGGAAGTTTTACAA ACTAGGCCTCAACCCCTTCCTAGACAACCGGGGGGACCGAATATTATCAT CAACAATCGAGAACAAGACCCTAACATTTTGTTCGAGAGGTTCAGGAAGA GAGGACCCAAGGAGTTCTCAGGTCAAGAAGACCCGTTGGCTGCAGATGAC TGGCTAGTTAATGTAGAGAAGATCTTTGATGTATTCACTTGTACAGGCTT ACAGAAGGTCAACCTCACAGCTTCTCTATTTTTTGGATTAGCAGACACTT GGTGGCAAACGGTTAAGGAACCGTATCAGATTATGCCAGATGGGGTTACA TGGGAAACTTTTAAAATTCAATTCACTGATAAGTATGTCCCTCCTCATGT CAAGAGGCAGAAAGCTATAGAGTTTCAGCAGCTCAAGCAGGGTAACATGA CAGTTTTGGAGTATGTGACGAAGTTTGAAAGGCTTGCTAGATATGCTCGA GAGTTGATAGACACCGAGCAGAAGAAGATTACTAAATTCTTAGAAGGGCT GCACCCCATCATCATGAGGGATGCTACAGGAGTAGTTCCACCAGCCACCT TCGACGAAGCAGTCAAAAGAGCATACAAATTTGAGGACATCAACAATCAG ATCATCAGGGATAGAAAGCAACAGTACCACCAACAGAACCAAAGGCAACA AGTTCAGAATCAGAATGCTCGTCCTCCTCAGCAGCAGCAGCAGAACAGAA ATGCACAAGGGAGGCAGAATAGACCACAGCAGCAAGGCCGAGCATACAAT CTTAATCGTGTCGATGCCGATGCTGCGGGCGATGTAGTTGAAGGTAAACT TTTCATCTGTGGAGTAGAAGCTCAAATTTTATTTGATCCTGGAAGCACTC ATTCATTTTTATCTCCTGTGTTTGCGAAGCTGATTGCTATGCCATCTAGA ATTCTTGATTATATCTTGACTGTCACTACACCAGTAGGTAAACAGGCCGT TTGTAGGAATTATTACCCAAATTGTTCAGTTCTATTAGGAGAAGTCAACC TTCCAGCAGATCTTATTATTTTAGACATGCATGATTTTGATGTCATCTTA GGCATGGATTGGTTAGAGAAGTATCATGCAACCATGGATTGCTTTAGTAA AACTATTACTTTTAAGTTGAAAGGAGAACAGGCAGATTTGATTGTTCAGG GAAACAGGAAGAAAGGCCAAGTGGGGATTATTTCAGCACTAAAGGCAAGC AGAATGGTGTCTTGTGGTTGTGAAGCTTTTATAGCGTTTATCACGGAGGA TAAACGGTCCCAAGGGGTGGAGGAAATCCCCGTTGTATGTGAGTTTCCAG ATGTTTTTCCTGAAGAAATCCCAGGTTTACCACCAATTCGAGAGGTTGAG TTCACGATTGAGCTCCTTCCAGGGACAGCTCCAATTTCTATTGCACCTTA CAGGATGGCTCCAGCAGAATTAGGTGAACTAAAACTCCAATTGCAAGAAC TATTGAGCAAAGGTTTCATTAGACCAAGCGTGTCACCTTGGGGAGCACCA GTGTTGTTTGTGAAAAAGAAGGATGGAAGCTGGAGAATGTGCATAGACTA CAGAAGATTGAACCACATGACTGTCAAGAACAAGTATCCGTTGCCGAGAA TAGATGAATTGTTTGATCAATTGCAAGGAGCAGCGTATTTTTTTCCAAGA TAG
Sequence Length	1953

Sequence

ATGCCTCCAAAAAGAACTCCGAATCAGAATGCTTCAGGGAGCAATACCAA
TAATGATAACAGTGAAACACATGATGAACAGCCACCTACAATGACTCAGT
TTCAGGCACTCATGCAAACCATGTTAGAGCAACAGAGGCAAGCAAATGAA
AGTCAGACAAGAATGCAGAGGGAAGCTAATGAAGTCCAAGCTAGGCTACA
AAGAGAGGCCAATGAGAACCAAGCTAGGTTCCAAGAACAGCTAGCTAAGA
AGGATGAGGAAATGGCACAAGTTCAAAGACAGCTTTTGGAAGTTTTACAA
ACTAGGCCTCAACCCCTTCCTAGACAACCGGGGGGACCGAATATTATCAT
CAACAATCGAGAACAAGACCCTAACATTTTGTTCGAGAGGTTCAGGAAGA
GAGGACCCAAGGAGTTCTCAGGTCAAGAAGACCCGTTGGCTGCAGATGAC
TGGCTAGTTAATGTAGAGAAGATCTTTGATGTATTCACTTGTACAGGCTT
ACAGAAGGTCAACCTCACAGCTTCTCTATTTTTTGGATTAGCAGACACTT
GGTGGCAAACGGTTAAGGAACCGTATCAGATTATGCCAGATGGGGTTACA
TGGGAAACTTTTAAAATTCAATTCACTGATAAGTATGTCCCTCCTCATGT
CAAGAGGCAGAAAGCTATAGAGTTTCAGCAGCTCAAGCAGGGTAACATGA
CAGTTTTGGAGTATGTGACGAAGTTTGAAAGGCTTGCTAGATATGCTCGA
GAGTTGATAGACACCGAGCAGAAGAAGATTACTAAATTCTTAGAAGGGCT
GCACCCCATCATCATGAGGGATGCTACAGGAGTAGTTCCACCAGCCACCT
TCGACGAAGCAGTCAAAAGAGCATACAAATTTGAGGACATCAACAATCAG
ATCATCAGGGATAGAAAGCAACAGTACCACCAACAGAACCAAAGGCAACA
AGTTCAGAATCAGAATGCTCGTCCTCCTCAGCAGCAGCAGCAGAACAGAA
ATGCACAAGGGAGGCAGAATAGACCACAGCAGCAAGGCCGAGCATACAAT
CTTAATCGTGTCGATGCCGATGCTGCGGGCGATGTAGTTGAAGGTAAACT
TTTCATCTGTGGAGTAGAAGCTCAAATTTTATTTGATCCTGGAAGCACTC
ATTCATTTTTATCTCCTGTGTTTGCGAAGCTGATTGCTATGCCATCTAGA
ATTCTTGATTATATCTTGACTGTCACTACACCAGTAGGTAAACAGGCCGT
TTGTAGGAATTATTACCCAAATTGTTCAGTTCTATTAGGAGAAGTCAACC
TTCCAGCAGATCTTATTATTTTAGACATGCATGATTTTGATGTCATCTTA
GGCATGGATTGGTTAGAGAAGTATCATGCAACCATGGATTGCTTTAGTAA
AACTATTACTTTTAAGTTGAAAGGAGAACAGGCAGATTTGATTGTTCAGG
GAAACAGGAAGAAAGGCCAAGTGGGGATTATTTCAGCACTAAAGGCAAGC
AGAATGGTGTCTTGTGGTTGTGAAGCTTTTATAGCGTTTATCACGGAGGA
TAAACGGTCCCAAGGGGTGGAGGAAATCCCCGTTGTATGTGAGTTTCCAG
ATGTTTTTCCTGAAGAAATCCCAGGTTTACCACCAATTCGAGAGGTTGAG
TTCACGATTGAGCTCCTTCCAGGGACAGCTCCAATTTCTATTGCACCTTA
CAGGATGGCTCCAGCAGAATTAGGTGAACTAAAACTCCAATTGCAAGAAC
TATTGAGCAAAGGTTTCATTAGACCAAGCGTGTCACCTTGGGGAGCACCA
GTGTTGTTTGTGAAAAAGAAGGATGGAAGCTGGAGAATGTGCATAGACTA
CAGAAGATTGAACCACATGACTGTCAAGAACAAGTATCCGTTGCCGAGAA
TAGATGAATTGTTTGATCAATTGCAAGGAGCAGCGTATTTTTTTCCAAGA
TAG

Sequence Length

1953

Related Features