Chr01.g00346.m1

Relationship	Feature	Type	Details
Parent Gene	Chr01.g00346	Gene	Persea americana-Anise
Encoded Protein	Chr01.g00346.m1-protein	Polypeptide	360 aa
Structure	CDS: 1; exon: 4	Exon / CDS

Summary

Resource Type	mRNA
Organism	Persea americana-Anise
Name	Chr01.g00346.m1
Identifier	Chr01.g00346.m1
Protein Sequence	MRGKGVASENYFVLNTGARIPAIGLGTWQSGGDLFVEAVRTALKVGYRHI DCAHLYGNEIEVGQALAEAFDSGLKREEMFLTSKLYCSMNSLKKIENSVR VSMKSLGVSYLDLYLVHWPESLAFGDATDPPSKSGSEYRQFSQRLKQTWK ALEGLVEMGLVRAIGVSNFSVQQIQELLQFANIVPAVNQVELHPFWRQDE LVKFCQLKGIHVSGHTPLGAPTSSPNLSDGGSGEDEPGTPRISFRRSRSV HGPMLKLSVVADVAERHKRTPEQVILRWGLQRGTSVLPCSLKPDRLRKNI DLFSWSLSDDEWNQLNKIEPQVCLFGNELVINPSESIFRSGSGPLQVVRE MDDDIEWDA*

Properties

Coding Sequence (CDS)	ATGAGAGGGAAAGGAGTGGCCAGTGAAAATTACTTTGTGCTGAATACAGG GGCTAGAATTCCAGCAATAGGCCTTGGAACATGGCAGAGCGGTGGTGATC TTTTTGTTGAAGCTGTAAGAACGGCATTGAAGGTTGGGTATCGTCACATA GACTGCGCCCATCTGTATGGAAATGAGATTGAAGTGGGGCAAGCACTTGC AGAAGCTTTTGATAGTGGGCTTAAGAGAGAGGAAATGTTCTTGACTTCTA AATTGTACTGTAGTATGAATTCTTTGAAGAAGATTGAGAACTCTGTTAGA GTTTCTATGAAGAGCCTTGGTGTATCATATTTGGATCTGTATTTGGTGCA TTGGCCGGAGAGTTTGGCTTTTGGAGATGCTACTGATCCTCCTTCGAAAT CTGGGAGTGAATATAGGCAGTTTTCGCAAAGGTTGAAGCAAACGTGGAAG GCCTTGGAAGGTCTTGTGGAAATGGGTCTTGTTCGTGCTATAGGTGTAAG CAATTTCAGTGTTCAGCAGATACAAGAATTGCTCCAATTTGCAAATATCG TTCCCGCAGTCAATCAGGTAGAGTTGCACCCATTTTGGAGGCAAGATGAG CTTGTTAAGTTTTGTCAACTCAAAGGTATTCATGTGTCTGGTCATACCCC TTTAGGGGCACCAACAAGCAGTCCAAATCTCTCTGACGGTGGATCAGGAG AAGATGAACCTGGAACTCCCAGGATATCATTCAGAAGGTCAAGGTCTGTA CATGGACCCATGCTGAAACTGTCTGTTGTTGCAGATGTTGCCGAACGCCA TAAGAGGACACCTGAGCAGGTTATTCTGAGGTGGGGACTGCAGCGAGGAA CCAGTGTGCTACCTTGCAGCTTAAAGCCTGACCGGTTAAGGAAAAATATA GACCTCTTCAGTTGGTCTCTCTCAGACGACGAGTGGAATCAGCTGAACAA GATTGAGCCACAAGTCTGCCTTTTTGGAAATGAGCTGGTAATAAATCCCT CTGAAAGCATCTTCAGGTCTGGTAGCGGCCCCCTCCAAGTTGTGCGTGAG ATGGATGATGACATTGAATGGGATGCTTAA

Coding Sequence (CDS)

ATGAGAGGGAAAGGAGTGGCCAGTGAAAATTACTTTGTGCTGAATACAGG
GGCTAGAATTCCAGCAATAGGCCTTGGAACATGGCAGAGCGGTGGTGATC
TTTTTGTTGAAGCTGTAAGAACGGCATTGAAGGTTGGGTATCGTCACATA
GACTGCGCCCATCTGTATGGAAATGAGATTGAAGTGGGGCAAGCACTTGC
AGAAGCTTTTGATAGTGGGCTTAAGAGAGAGGAAATGTTCTTGACTTCTA
AATTGTACTGTAGTATGAATTCTTTGAAGAAGATTGAGAACTCTGTTAGA
GTTTCTATGAAGAGCCTTGGTGTATCATATTTGGATCTGTATTTGGTGCA
TTGGCCGGAGAGTTTGGCTTTTGGAGATGCTACTGATCCTCCTTCGAAAT
CTGGGAGTGAATATAGGCAGTTTTCGCAAAGGTTGAAGCAAACGTGGAAG
GCCTTGGAAGGTCTTGTGGAAATGGGTCTTGTTCGTGCTATAGGTGTAAG
CAATTTCAGTGTTCAGCAGATACAAGAATTGCTCCAATTTGCAAATATCG
TTCCCGCAGTCAATCAGGTAGAGTTGCACCCATTTTGGAGGCAAGATGAG
CTTGTTAAGTTTTGTCAACTCAAAGGTATTCATGTGTCTGGTCATACCCC
TTTAGGGGCACCAACAAGCAGTCCAAATCTCTCTGACGGTGGATCAGGAG
AAGATGAACCTGGAACTCCCAGGATATCATTCAGAAGGTCAAGGTCTGTA
CATGGACCCATGCTGAAACTGTCTGTTGTTGCAGATGTTGCCGAACGCCA
TAAGAGGACACCTGAGCAGGTTATTCTGAGGTGGGGACTGCAGCGAGGAA
CCAGTGTGCTACCTTGCAGCTTAAAGCCTGACCGGTTAAGGAAAAATATA
GACCTCTTCAGTTGGTCTCTCTCAGACGACGAGTGGAATCAGCTGAACAA
GATTGAGCCACAAGTCTGCCTTTTTGGAAATGAGCTGGTAATAAATCCCT
CTGAAAGCATCTTCAGGTCTGGTAGCGGCCCCCTCCAAGTTGTGCGTGAG
ATGGATGATGACATTGAATGGGATGCTTAA

Sequences

Sequence	ATTTCTTCCCCTGCAAAGCCTTTTCTCAGTACTGTCGGCAATCGAAACAA TTCAATCTTCCTTCCTTCTTTATCGTTACTGAATCTCCAAATCAAGTGAA AAAACAGAAAGGCAAACAAAGCAGGAAAAATCTCAAGAAACTCGAGTTAC AAAGTACAAAACCCATGAATTTTCTTCAGTCAATGAATATTGGTTTTTTA TTAATATGGCATCTTGTAGTGTATGCATCGTCCAAGGCAGAAACATGGCT TGTTGAATCGGGCTCTTTAAACGTGGTCTTCTTAGCAAAAAAGATAAAGG AAGGGCAGAGAGGTGATCTTGTTGGAAGTAAAGGTGTGAGCTTGGAATTT GGATTGAGAATCTTGGACAGTTGGGGACTTTTGCAGAGATAAAGCTGGGA TTTTGGAGTGAAAGAAGGGCGTTTTATTGGGTTCCTATCCTTTGGTGGTG AGCTTGTTAGATTTTTTATTTTATTTTTGTCTTATATCTGTCTGTTGTCT TCCTCTCCTGGGATTATTGAGTCAGATGGTTATTTCTTTGTTTGTTGGAT TGTTGGGTGTTTATGTTCCCTTCTGAAAGTGATTACTGGGTCATTGGGAT TTTCTCCTTAACTGCTGAGATTGCTGATTACTGGGGTTGTTGGGTTGTTT CCCAAATTGGGTTTTTTATGTATTAGACTGAGATTTCTGGATTGTTGGGT TCTATAAAGGAGGTTGAGAGGATGAGAGGGAAAGGAGTGGCCAGTGAAAA TTACTTTGTGCTGAATACAGGGGCTAGAATTCCAGCAATAGGCCTTGGAA CATGGCAGAGCGGTGGTGATCTTTTTGTTGAAGCTGTAAGAACGGCATTG AAGGTTGGGTATCGTCACATAGACTGCGCCCATCTGTATGGAAATGAGAT TGAAGTGGGGCAAGCACTTGCAGAAGCTTTTGATAGTGGGCTTAAGAGAG AGGAAATGTTCTTGACTTCTAAATTGTACTGTAGTATGAATTCTTTGAAG AAGATTGAGAACTCTGTTAGAGTTTCTATGAAGAGCCTTGGTGTATCATA TTTGGATCTGTATTTGGTGCATTGGCCGGAGAGTTTGGCTTTTGGAGATG CTACTGATCCTCCTTCGAAATCTGGGAGTGAATATAGGCAGTTTTCGCAA AGGTTGAAGCAAACGTGGAAGGCCTTGGAAGGTCTTGTGGAAATGGGTCT TGTTCGTGCTATAGGTGTAAGCAATTTCAGTGTTCAGCAGATACAAGAAT TGCTCCAATTTGCAAATATCGTTCCCGCAGTCAATCAGGTAGAGTTGCAC CCATTTTGGAGGCAAGATGAGCTTGTTAAGTTTTGTCAACTCAAAGGTAT TCATGTGTCTGGTCATACCCCTTTAGGGGCACCAACAAGCAGTCCAAATC TCTCTGACGGTGGATCAGGAGAAGATGAACCTGGAACTCCCAGGATATCA TTCAGAAGGTCAAGGTCTGTACATGGACCCATGCTGAAACTGTCTGTTGT TGCAGATGTTGCCGAACGCCATAAGAGGACACCTGAGCAGGTTATTCTGA GGTGGGGACTGCAGCGAGGAACCAGTGTGCTACCTTGCAGCTTAAAGCCT GACCGGTTAAGGAAAAATATAGACCTCTTCAGTTGGTCTCTCTCAGACGA CGAGTGGAATCAGCTGAACAAGATTGAGCCACAAGTCTGCCTTTTTGGAA ATGAGCTGGTAATAAATCCCTCTGAAAGCATCTTCAGGTCTGGTAGCGGC CCCCTCCAAGTTGTGCGTGAGATGGATGATGACATTGAATGGGATGCTTA ATAATCCATCACATTTCCTTGATATTTGCCACTAAGTGCAATAATGTTTT ATCAAGTCCTATAACTGTTGCAATACTTGTAACCTTTTATTTCCATTTCT TTCTTCCTTTTTTGGGTCCTTTTTTATGCATGTAAGGATGTGATCTGTCA T
Sequence Length	1951

Sequence

ATTTCTTCCCCTGCAAAGCCTTTTCTCAGTACTGTCGGCAATCGAAACAA
TTCAATCTTCCTTCCTTCTTTATCGTTACTGAATCTCCAAATCAAGTGAA
AAAACAGAAAGGCAAACAAAGCAGGAAAAATCTCAAGAAACTCGAGTTAC
AAAGTACAAAACCCATGAATTTTCTTCAGTCAATGAATATTGGTTTTTTA
TTAATATGGCATCTTGTAGTGTATGCATCGTCCAAGGCAGAAACATGGCT
TGTTGAATCGGGCTCTTTAAACGTGGTCTTCTTAGCAAAAAAGATAAAGG
AAGGGCAGAGAGGTGATCTTGTTGGAAGTAAAGGTGTGAGCTTGGAATTT
GGATTGAGAATCTTGGACAGTTGGGGACTTTTGCAGAGATAAAGCTGGGA
TTTTGGAGTGAAAGAAGGGCGTTTTATTGGGTTCCTATCCTTTGGTGGTG
AGCTTGTTAGATTTTTTATTTTATTTTTGTCTTATATCTGTCTGTTGTCT
TCCTCTCCTGGGATTATTGAGTCAGATGGTTATTTCTTTGTTTGTTGGAT
TGTTGGGTGTTTATGTTCCCTTCTGAAAGTGATTACTGGGTCATTGGGAT
TTTCTCCTTAACTGCTGAGATTGCTGATTACTGGGGTTGTTGGGTTGTTT
CCCAAATTGGGTTTTTTATGTATTAGACTGAGATTTCTGGATTGTTGGGT
TCTATAAAGGAGGTTGAGAGGATGAGAGGGAAAGGAGTGGCCAGTGAAAA
TTACTTTGTGCTGAATACAGGGGCTAGAATTCCAGCAATAGGCCTTGGAA
CATGGCAGAGCGGTGGTGATCTTTTTGTTGAAGCTGTAAGAACGGCATTG
AAGGTTGGGTATCGTCACATAGACTGCGCCCATCTGTATGGAAATGAGAT
TGAAGTGGGGCAAGCACTTGCAGAAGCTTTTGATAGTGGGCTTAAGAGAG
AGGAAATGTTCTTGACTTCTAAATTGTACTGTAGTATGAATTCTTTGAAG
AAGATTGAGAACTCTGTTAGAGTTTCTATGAAGAGCCTTGGTGTATCATA
TTTGGATCTGTATTTGGTGCATTGGCCGGAGAGTTTGGCTTTTGGAGATG
CTACTGATCCTCCTTCGAAATCTGGGAGTGAATATAGGCAGTTTTCGCAA
AGGTTGAAGCAAACGTGGAAGGCCTTGGAAGGTCTTGTGGAAATGGGTCT
TGTTCGTGCTATAGGTGTAAGCAATTTCAGTGTTCAGCAGATACAAGAAT
TGCTCCAATTTGCAAATATCGTTCCCGCAGTCAATCAGGTAGAGTTGCAC
CCATTTTGGAGGCAAGATGAGCTTGTTAAGTTTTGTCAACTCAAAGGTAT
TCATGTGTCTGGTCATACCCCTTTAGGGGCACCAACAAGCAGTCCAAATC
TCTCTGACGGTGGATCAGGAGAAGATGAACCTGGAACTCCCAGGATATCA
TTCAGAAGGTCAAGGTCTGTACATGGACCCATGCTGAAACTGTCTGTTGT
TGCAGATGTTGCCGAACGCCATAAGAGGACACCTGAGCAGGTTATTCTGA
GGTGGGGACTGCAGCGAGGAACCAGTGTGCTACCTTGCAGCTTAAAGCCT
GACCGGTTAAGGAAAAATATAGACCTCTTCAGTTGGTCTCTCTCAGACGA
CGAGTGGAATCAGCTGAACAAGATTGAGCCACAAGTCTGCCTTTTTGGAA
ATGAGCTGGTAATAAATCCCTCTGAAAGCATCTTCAGGTCTGGTAGCGGC
CCCCTCCAAGTTGTGCGTGAGATGGATGATGACATTGAATGGGATGCTTA
ATAATCCATCACATTTCCTTGATATTTGCCACTAAGTGCAATAATGTTTT
ATCAAGTCCTATAACTGTTGCAATACTTGTAACCTTTTATTTCCATTTCT
TTCTTCCTTTTTTGGGTCCTTTTTTATGCATGTAAGGATGTGATCTGTCA
T

Sequence Length

1951

Related Features