MDP0000464809, MDP0000464809 (mRNA) Malus spp. (apple)

Transcript Overview


Name	MDP0000464809
Unique Name	MDP0000464809
Type	mRNA
Organism	Malus x domestica (Apple)
Sequence length	4353

Alignments

The following features are aligned


Feature Name	Type	Location	Analysis	Reference
chr13	chromosome	chr13:7394453..7398805 +	Malus x domestica Whole Genome v1.0 Assembly & Annotation	n/a
MDC003994.328	contig	MDC003994.328:7360..11712 +	Malus x domestica Whole Genome v1.0 Assembly & Annotation	n/a

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Malus x domestica Whole Genome v1.0 Assembly & Annotation	2012-07-26
InterProScan of Malus x domestica Whole Genome v1.0 mRNA	2012-07-23

Relationships

The following CDS feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
MDP0000464809_exon_1	MDP0000464809_exon_1	Malus x domestica	CDS
MDP0000464809_exon_2	MDP0000464809_exon_2	Malus x domestica	CDS
MDP0000464809_exon_3	MDP0000464809_exon_3	Malus x domestica	CDS

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type
MDP0000464809	MDP0000464809	Malus x domestica	polypeptide

InterPro

Analysis Name: InterProScan of Malus x domestica Whole Genome v1.0 mRNA
Date Performed: 2012-07-23


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR005202	Transcription factor GRAS	PFAM	PF03514	GRAS	coord: 575..951 score: 3.8e
IPR005202	Transcription factor GRAS	PROFILE	PS50985	GRAS	coord: 549..933 score: 54
IPR013094	Alpha/beta hydrolase fold-3	PFAM	PF07859	Abhydrolase_3	coord: 132..372 score: 2.6
None	No IPR available	COIL	coil	coiled-coil	coord: 545..566 score
None	No IPR available	GENE3D	3.40.50.1820	no description	coord: 120..396 score: 5.9
None	No IPR available	PANTHER	PTHR23024	FAMILY NOT NAMED	coord: 45..399 score: 1.6
None	No IPR available	PANTHER	PTHR23024:SF10	CARBOXYLESTERASE-RELATED	coord: 45..399 score: 1.6
None	No IPR available	SEG	seg	seg	coord: 560..572 score
None	No IPR available	SUPERFAMILY	53474	alpha/beta-Hydrolases	coord: 105..396 score: 7.8
None	No IPR available	SEG	seg	seg	coord: 14..60 score: NAcoord: 70..83 score
None	No IPR available	SEG	seg	seg	coord: 1..23 score
None	No IPR available	SEG	seg	seg	coord: 54..76 score
None	No IPR available	SEG	seg	seg	coord: 34..50 score
None	No IPR available	SEG	seg	seg	coord: 16..24 score: NAcoord: 44..60 score
None	No IPR available	SEG	seg	seg	coord: 108..125 score
None	No IPR available	SEG	seg	seg	coord: 33..49 score: NAcoord: 57..67 score: NAcoord: 69..77 score
None	No IPR available	SEG	seg	seg	coord: 4..34 score
None	No IPR available	SEG	seg	seg	coord: 12..21 score: NAcoord: 30..45 score
None	No IPR available	SEG	seg	seg	coord: 21..36 score: NAcoord: 38..50 score

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at chr13:7394453..7398805+
mRNA from alignment at MDC003994.328:7360..11712+
coding sequence from alignment at MDC003994.328:7360..11712+

mRNA sequence

>MDP0000464809 ID=MDP0000464809; Name=MDP0000464809; organism=Malus x domestica; type=mRNA; length=4353bp
ATGCCACCCCTAAGTTTGAAGCTKCACAGCTTGTTCTTCAAGTACCATCT
CAGACACCAATTACACAACCTAACCCAATCAGCGCAACTCCAAAACACAG
ACCCGAAATTTGGCATCACTTCCCGCCCCGAAGAGCCCGTCGTTCCCGCC
AACCCCACTTTCCAAAACGGCGTCGCCACCAAAAACATMCACATCGACCC
CAACTCCTCCCTCTCCCTCCGCATCTTCTTACCTGACACCGTCCTCCCCC
TCAAAGCACCAAATCCCACGTCTCGTGTCGGCGCCCTGTTGTCTCCCTCC
CCTGYCTGCTCTAACTCCGACGATGGTGTCGTGTACAGGGGATATTCTCC
CGATCAGTTAGTGGGGAGGCGACACCGGAAGGTTCCGATATTTTTGCAGT
TTCACGGAGGTGGGTTTGTGAGCGGGAGCAACGACACGTCGTGGAACGAC
GCGTTCTGCAGGAGGATGGCGAAGCTGTGTGACGCGATCGTGGTGGCGGT
GGGGTATAGGCTGGCGCCGGAGAGTCCGTACCCAGCGGCGTTTGAGGACG
GGGTTACGGTGTTGAAGTGGGTAGCAAAGCAGGCCAACTTGGCCTTGGTT
CAAAAGGGACGGAGTCGTATCTTTGACAGCTTTGGGTCTTCGATGGTTGA
GCCATGGTTGGCTGCTCATGGAGATCCATCTAGGTACTTACTGCCTATCA
GCCATATCCGGATTGTTTAATTAGTATAATTAGTGTTGGTATATCATATA
TGCACAAATGGACCCTGTACAAAACTTTCATTGAAATAGATAAATTATGG
TTTAGTGCTCCTTTATTATTGTTTAGTATATTCTATTTTTTATTATTAAG
TTGATGGATGGATAAAATTGGAACAATCACAGAAGGTTCGCAAAAGTTTA
TGCAGTTCACTCAACAAAATTCAAATCGTGGGGTATTTAGATCGTATACA
TAGAACTAGTGACACTAAAATAACAATGCGATTTATATAGATTAGGGTTT
AATGTCTTTTATTATTTAGTTAATTTATGTTTATGCTTTTTAATTAAAAT
TTGTAACATGTTCTATTTGTGCATAGTTTTTGTGTGTATATTCTTGGATT
TTGAACTAACCAGTTGGGTTCCCAAAATTTAAAGTACATGGATTTGCTTA
ATGATTAGTGTTTTGATTATGTTCAGCCCTTTTTAGTTTGTACACCTTTT
GTTTAAATTCAGTAACTAATGAACATTAACATGTTATTTTCTTATCAGAA
CAGATGTGTACTTCTTGGAGTGAGCTGTGGAGCTAACTTGGCAGACTATG
TCGCTCGGAAGGCTGTGGAGGCAGGCGACCTCTTGGACCCGATAAAGGTG
GTAGCACAAGTACTAATGTACCCCTTTTTCATTGGAAGCACTCCCACCAG
GTCTGAGATTAAGCTAGCCAACTCCTACTTATTCGACAAGGCTACGTGTA
TGCTAGCATGGAAGCTATTTCAAACAGAGGAAGAGTTTGATTTAGACCAT
CCCGCCGGCAACCCCCTCATGCCTGCAGGGAGAGGGCCACCCTTAAAGAC
CATGCCTCCGACACTTACAGTTGTCGCGCAGCATGATTGGATGCGCGATC
GTGGCATTGCTTACTCCGAAGAATTGAGGAAGGCTAATGTRGATGCACCT
CTTTTAGATTACAAGGATACTGTGCACGAGTTTGCTACTCTTGATGTGCT
CCTTGAGACGCCCCAGGCCAAGGCTTGTGCAGAGGATATCACTATATGGG
TCAAGAAGTATATATCACTCAGAGGCCATGAGTTTTCTTATTGATTGTGA
ATATGTGATAAGTTCCGAAGTTGTTCAAATTGAAGCACATATGAACATGC
ATTTGAACAGCTTCGGGACAACGAAAGTGAACATTTTTGTGTACAAAATC
ATGTCAGTTCAAATTTTTTTACATAGTTTTCATCAGATTAGTTTTGAGAT
ATCTGATCCTTATTGAGCTGTGCATTGCACCCTGCAAACATATTTTGTTT
TGTTCTTTTGGAGTTGTTGGCCGCAGTCCATTTAGCTCCAAGATTGTCTC
CATACCGGTGGTATATCCTATACATGTTCTCTTGCTCTTATGCATTTTAG
AGCCTGGATAAATTAATTGTCCATGACAGCATCACCTACGCAGGTCGGCT
ATAAGCTTAATTGATTAACAGAATTTACCCCTGCTAAAGCGCTAACTATT
CCAGGCCATATGTGTTATTTTAAACCATGTCAGGATCCGGCGGACTTAGT
AAAAGGAAGAGGCGAAAAGAATAAGTTTTATAACCGAAAGTAGCATTGGA
GAATTCTGTATTTGGGGAAAATTACAGTCACATATGGATAAACCTCCAAA
GCTGTGGGCATAGACAAGATAGAAAGCTCCCAAATCTTGGGGAGATCCTT
GAAAATGATGGCAATAATGTTTGTTCCTTAATTAGTGATTGGTCTATGCA
TACGTTGCCCTATGCCTGATGGAATTAGTAAAGCCTGTTTTATTTGTTTT
GATACAATCGATAATCGGGGAGAAAGGAGTCGAACTTGGGACATCAGGTG
CAAGACTCAATACCTTTTAGTTTACCATTTAAGTTACAAATCTCTTGCAG
TAAGACTACTTTATTAATTTTTACTCACTTTTGTAGACTCATTTTAAATT
CTTGGTAACATTGTAATCGTCGTCAGTACAAGAAGGAAGCCTCAACCTAC
ACATCACATATATCACACATTGTATATATATCCCCGCAAGGAGACTCAAT
TGGTCAAGCTTCTAATACATTAGAAAGCTACACGATGGCATCTGATCTCT
ATGTGCAACCTGAGTTTTGTGGTGAGATTACATCTAACGAGGTGATTGGC
TTTGATCTCAATCTGTCATCCATGTCATGCCTTCCCCACCCTTCTCTTTC
GGCTTTGGAGGACGATTCGGCAAACTGGGTGAGTCCATTCGTCGACAAAA
CAAGAAATCATAAGAGGCTAAAACAGGAACATGATGCCAATTATGGATTC
AAAGTGGGTACTAATTACTCTAGTTTTTACACTGGCAGTGACAGCAATAT
GTGTACTAGTGGCTTCACTAGCTTGCCAACAATCCAATTCCGTGATCACA
TATCCGCACACAAGCGGAGATATTTGGCTGCAGAGGCCATGGAAGAAGCC
TTTGCAACCTTAATGAGAGACAAAGAAGATGAATCCGAGGAAGGAGGAGG
AAGTGAAGATGAAATAAAACTAGTCCAACAACTTATCGCTTGTGCCGAGG
CTGTGGCTTGTCGTGACAAAGCTCATGCCTCAGCATTGCTTTTTGAGCTG
AGAGCTAATGCGCAGGCCTTCGGGACATCATTCCAGCGAGTATCTTCCTG
CTTTGTCCAAGGCCTTGCCRACCGCCTTGCGCTAGTTCAACCACTAGGGG
CTGGAGGAGTAATAGACCCGAACGTGAAATCAAAGCCTTTTTCAGCAGAG
AAAGGACCTTTTTCAGCAGAGAAGGACGAGGCTTTACACCTTGTTTATGA
AATCTGCCCACAGATCCAATTTGGTCATTTCGTAGCGAATGCATCAATAT
TGGAAGCCTTTGAGGGAGGAAGCTCAGTCCATGTCATAGACTTAGGCATG
ACCCTAGGCCTCCAGCACGGGTACCAATGGCGCGACTTAATAGACCGTCT
AGCAAACCGTCCAGGACAACCCTTGCACYRCCTTCGCATTACAGGAGTTG
GTAGCTCTTCCGAACGCCTTCAAGCAATCGGCGACGATCTCAAGCTGCAT
GCTCAAAGCATGAAAATAAATTTSGACTTTTCAGAAGTGGAGAGCAACTT
GGAGAACCTTAAGCCTCAAGATTTCCATTTGGTTGATGGGGAGATTTTGA
TCATCAATAGCATTCTTCAACTTCATTGCTTGGTGAAAGAGAGCAGAGGG
ACATTGAACTCAGCTTTACAAACACTWCACGAGCTGTCACCAAAGCTTAT
GGTTTTGGTTGAGCAGGACACAAGCCACAACGGGCCTTTCTTTCTAGGGA
GGTTCATGGAGGCACTGCATAACTACTCCGCCATCTTTGACTCCTTAGAC
GCAATGCTGCCCAAGTACGACACGAGGAGGGTAAAAATGGAGCAGTTTTA
TTTTGGGGAGGAGATTAAGAACATCGTAAGCTGCGAGGGACCAGCCAGGG
TGGAGAGACACGAAAGGGTTGATCAATGGCGCCGTAGGATGAGGCGTGCG
GGGTTCCAACCGGCGCCTTTGAGGACGATGGCACAGGCCGTGAAATGGCT
AGAAACTAATGCTTGTGAGGGTTACACGGTTGTTGAAGACAAGGGTTGCT
TGGTTCTTGGATGGAAATCAAAACCTATCATTGCAACTTCTTGCTGGAAA
TGA

protein sequence of MDP0000464809

>MDP0000464809 ID=MDP0000464809; Name=MDP0000464809; organism=Malus x domestica; type=polypeptide; length=952bp
MPPLSLKLHSLFFKYHLRHQLHNLTQSAQLQNTDPKFGITSRPEEPVVPA
NPTFQNGVATKNIHIDPNSSLSLRIFLPDTVLPLKAPNPTSRVGALLSPS
PXCSNSDDGVVYRGYSPDQLVGRRHRKVPIFLQFHGGGFVSGSNDTSWND
AFCRRMAKLCDAIVVAVGYRLAPESPYPAAFEDGVTVLKWVAKQANLALV
QKGRSRIFDSFGSSMVEPWLAAHGDPSRCVLLGVSCGANLADYVARKAVE
AGDLLDPIKVVAQVLMYPFFIGSTPTRSEIKLANSYLFDKATCMLAWKLF
QTEEEFDLDHPAGNPLMPAGRGPPLKTMPPTLTVVAQHDWMRDRGIAYSE
ELRKANVDAPLLDYKDTVHEFATLDVLLETPQAKACAEDITIWYKKEAST
YTSHISHIVYISPQGDSIGQASNTLESYTMASDLYVQPEFCGEITSNEVI
GFDLNLSSMSCLPHPSLSALEDDSANWVSPFVDKTRNHKRLKQEHDANYG
FKVGTNYSSFYTGSDSNMCTSGFTSLPTIQFRDHISAHKRRYLAAEAMEE
AFATLMRDKEDESEEGGGSEDEIKLVQQLIACAEAVACRDKAHASALLFE
LRANAQAFGTSFQRVSSCFVQGLAXRLALVQPLGAGGVIDPNVKSKPFSA
EKGPFSAEKDEALHLVYEICPQIQFGHFVANASILEAFEGGSSVHVIDLG
MTLGLQHGYQWRDLIDRLANRPGQPLHXLRITGVGSSSERLQAIGDDLKL
HAQSMKINXDFSEVESNLENLKPQDFHLVDGEILIINSILQLHCLVKESR
GTLNSALQTLHELSPKLMVLVEQDTSHNGPFFLGRFMEALHNYSAIFDSL
DAMLPKYDTRRVKMEQFYFGEEIKNIVSCEGPARVERHERVDQWRRRMRR
AGFQPAPLRTMAQAVKWLETNACEGYTVVEDKGCLVLGWKSKPIIATSCW
K*

mRNA from alignment at chr13:7394453..7398805+

Legend: CDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>MDP0000464809 ID=MDP0000464809; Name=MDP0000464809; organism=Malus x domestica; type=mRNA; location=Sequence derived from: chr13:7394453..7398805+ (Malus x domestica

mRNA from alignment at MDC003994.328:7360..11712+

Legend: CDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>MDP0000464809 ID=MDP0000464809; Name=MDP0000464809; organism=Malus x domestica; type=mRNA; length=4353bp; location=Sequence derived from: MDC003994.328:7360..11712+ (Malus x domestica
ATGCCACCCCTAAGTTTGAAGCTKCACAGCTTGTTCTTCAAGTACCATCT
CAGACACCAATTACACAACCTAACCCAATCAGCGCAACTCCAAAACACAG
ACCCGAAATTTGGCATCACTTCCCGCCCCGAAGAGCCCGTCGTTCCCGCC
AACCCCACTTTCCAAAACGGCGTCGCCACCAAAAACATMCACATCGACCC
CAACTCCTCCCTCTCCCTCCGCATCTTCTTACCTGACACCGTCCTCCCCC
TCAAAGCACCAAATCCCACGTCTCGTGTCGGCGCCCTGTTGTCTCCCTCC
CCTGYCTGCTCTAACTCCGACGATGGTGTCGTGTACAGGGGATATTCTCC
CGATCAGTTAGTGGGGAGGCGACACCGGAAGGTTCCGATATTTTTGCAGT
TTCACGGAGGTGGGTTTGTGAGCGGGAGCAACGACACGTCGTGGAACGAC
GCGTTCTGCAGGAGGATGGCGAAGCTGTGTGACGCGATCGTGGTGGCGGT
GGGGTATAGGCTGGCGCCGGAGAGTCCGTACCCAGCGGCGTTTGAGGACG
GGGTTACGGTGTTGAAGTGGGTAGCAAAGCAGGCCAACTTGGCCTTGGTT
CAAAAGGGACGGAGTCGTATCTTTGACAGCTTTGGGTCTTCGATGGTTGA
GCCATGGTTGGCTGCTCATGGAGATCCATCTAGGTACTTACTGCCTATCA
GCCATATCCGGATTGTTTAATTAGTATAATTAGTGTTGGTATATCATATA
TGCACAAATGGACCCTGTACAAAACTTTCATTGAAATAGATAAATTATGG
TTTAGTGCTCCTTTATTATTGTTTAGTATATTCTATTTTTTATTATTAAG
TTGATGGATGGATAAAATTGGAACAATCACAGAAGGTTCGCAAAAGTTTA
TGCAGTTCACTCAACAAAATTCAAATCGTGGGGTATTTAGATCGTATACA
TAGAACTAGTGACACTAAAATAACAATGCGATTTATATAGATTAGGGTTT
AATGTCTTTTATTATTTAGTTAATTTATGTTTATGCTTTTTAATTAAAAT
TTGTAACATGTTCTATTTGTGCATAGTTTTTGTGTGTATATTCTTGGATT
TTGAACTAACCAGTTGGGTTCCCAAAATTTAAAGTACATGGATTTGCTTA
ATGATTAGTGTTTTGATTATGTTCAGCCCTTTTTAGTTTGTACACCTTTT
GTTTAAATTCAGTAACTAATGAACATTAACATGTTATTTTCTTATCAGAA
CAGATGTGTACTTCTTGGAGTGAGCTGTGGAGCTAACTTGGCAGACTATG
TCGCTCGGAAGGCTGTGGAGGCAGGCGACCTCTTGGACCCGATAAAGGTG
GTAGCACAAGTACTAATGTACCCCTTTTTCATTGGAAGCACTCCCACCAG
GTCTGAGATTAAGCTAGCCAACTCCTACTTATTCGACAAGGCTACGTGTA
TGCTAGCATGGAAGCTATTTCAAACAGAGGAAGAGTTTGATTTAGACCAT
CCCGCCGGCAACCCCCTCATGCCTGCAGGGAGAGGGCCACCCTTAAAGAC
CATGCCTCCGACACTTACAGTTGTCGCGCAGCATGATTGGATGCGCGATC
GTGGCATTGCTTACTCCGAAGAATTGAGGAAGGCTAATGTRGATGCACCT
CTTTTAGATTACAAGGATACTGTGCACGAGTTTGCTACTCTTGATGTGCT
CCTTGAGACGCCCCAGGCCAAGGCTTGTGCAGAGGATATCACTATATGGG
TCAAGAAGTATATATCACTCAGAGGCCATGAGTTTTCTTATTGATTGTGA
ATATGTGATAAGTTCCGAAGTTGTTCAAATTGAAGCACATATGAACATGC
ATTTGAACAGCTTCGGGACAACGAAAGTGAACATTTTTGTGTACAAAATC
ATGTCAGTTCAAATTTTTTTACATAGTTTTCATCAGATTAGTTTTGAGAT
ATCTGATCCTTATTGAGCTGTGCATTGCACCCTGCAAACATATTTTGTTT
TGTTCTTTTGGAGTTGTTGGCCGCAGTCCATTTAGCTCCAAGATTGTCTC
CATACCGGTGGTATATCCTATACATGTTCTCTTGCTCTTATGCATTTTAG
AGCCTGGATAAATTAATTGTCCATGACAGCATCACCTACGCAGGTCGGCT
ATAAGCTTAATTGATTAACAGAATTTACCCCTGCTAAAGCGCTAACTATT
CCAGGCCATATGTGTTATTTTAAACCATGTCAGGATCCGGCGGACTTAGT
AAAAGGAAGAGGCGAAAAGAATAAGTTTTATAACCGAAAGTAGCATTGGA
GAATTCTGTATTTGGGGAAAATTACAGTCACATATGGATAAACCTCCAAA
GCTGTGGGCATAGACAAGATAGAAAGCTCCCAAATCTTGGGGAGATCCTT
GAAAATGATGGCAATAATGTTTGTTCCTTAATTAGTGATTGGTCTATGCA
TACGTTGCCCTATGCCTGATGGAATTAGTAAAGCCTGTTTTATTTGTTTT
GATACAATCGATAATCGGGGAGAAAGGAGTCGAACTTGGGACATCAGGTG
CAAGACTCAATACCTTTTAGTTTACCATTTAAGTTACAAATCTCTTGCAG
TAAGACTACTTTATTAATTTTTACTCACTTTTGTAGACTCATTTTAAATT
CTTGGTAACATTGTAATCGTCGTCAGTACAAGAAGGAAGCCTCAACCTAC
ACATCACATATATCACACATTGTATATATATCCCCGCAAGGAGACTCAAT
TGGTCAAGCTTCTAATACATTAGAAAGCTACACGATGGCATCTGATCTCT
ATGTGCAACCTGAGTTTTGTGGTGAGATTACATCTAACGAGGTGATTGGC
TTTGATCTCAATCTGTCATCCATGTCATGCCTTCCCCACCCTTCTCTTTC
GGCTTTGGAGGACGATTCGGCAAACTGGGTGAGTCCATTCGTCGACAAAA
CAAGAAATCATAAGAGGCTAAAACAGGAACATGATGCCAATTATGGATTC
AAAGTGGGTACTAATTACTCTAGTTTTTACACTGGCAGTGACAGCAATAT
GTGTACTAGTGGCTTCACTAGCTTGCCAACAATCCAATTCCGTGATCACA
TATCCGCACACAAGCGGAGATATTTGGCTGCAGAGGCCATGGAAGAAGCC
TTTGCAACCTTAATGAGAGACAAAGAAGATGAATCCGAGGAAGGAGGAGG
AAGTGAAGATGAAATAAAACTAGTCCAACAACTTATCGCTTGTGCCGAGG
CTGTGGCTTGTCGTGACAAAGCTCATGCCTCAGCATTGCTTTTTGAGCTG
AGAGCTAATGCGCAGGCCTTCGGGACATCATTCCAGCGAGTATCTTCCTG
CTTTGTCCAAGGCCTTGCCRACCGCCTTGCGCTAGTTCAACCACTAGGGG
CTGGAGGAGTAATAGACCCGAACGTGAAATCAAAGCCTTTTTCAGCAGAG
AAAGGACCTTTTTCAGCAGAGAAGGACGAGGCTTTACACCTTGTTTATGA
AATCTGCCCACAGATCCAATTTGGTCATTTCGTAGCGAATGCATCAATAT
TGGAAGCCTTTGAGGGAGGAAGCTCAGTCCATGTCATAGACTTAGGCATG
ACCCTAGGCCTCCAGCACGGGTACCAATGGCGCGACTTAATAGACCGTCT
AGCAAACCGTCCAGGACAACCCTTGCACYRCCTTCGCATTACAGGAGTTG
GTAGCTCTTCCGAACGCCTTCAAGCAATCGGCGACGATCTCAAGCTGCAT
GCTCAAAGCATGAAAATAAATTTSGACTTTTCAGAAGTGGAGAGCAACTT
GGAGAACCTTAAGCCTCAAGATTTCCATTTGGTTGATGGGGAGATTTTGA
TCATCAATAGCATTCTTCAACTTCATTGCTTGGTGAAAGAGAGCAGAGGG
ACATTGAACTCAGCTTTACAAACACTWCACGAGCTGTCACCAAAGCTTAT
GGTTTTGGTTGAGCAGGACACAAGCCACAACGGGCCTTTCTTTCTAGGGA
GGTTCATGGAGGCACTGCATAACTACTCCGCCATCTTTGACTCCTTAGAC
GCAATGCTGCCCAAGTACGACACGAGGAGGGTAAAAATGGAGCAGTTTTA
TTTTGGGGAGGAGATTAAGAACATCGTAAGCTGCGAGGGACCAGCCAGGG
TGGAGAGACACGAAAGGGTTGATCAATGGCGCCGTAGGATGAGGCGTGCG
GGGTTCCAACCGGCGCCTTTGAGGACGATGGCACAGGCCGTGAAATGGCT
AGAAACTAATGCTTGTGAGGGTTACACGGTTGTTGAAGACAAGGGTTGCT
TGGTTCTTGGATGGAAATCAAAACCTATCATTGCAACTTCTTGCTGGAAA
TGA

Coding sequence (CDS) from alignment at MDC003994.328:7360..11712+

>MDP0000464809 ID=MDP0000464809; Name=MDP0000464809; organism=Malus x domestica; type=CDS; length=2856bp; location=Sequence derived from: MDC003994.328:7360..11712+ (Malus x domestica
ATGCCACCCCTAAGTTTGAAGCTKCACAGCTTGTTCTTCAAGTACCATCT
CAGACACCAATTACACAACCTAACCCAATCAGCGCAACTCCAAAACACAG
ACCCGAAATTTGGCATCACTTCCCGCCCCGAAGAGCCCGTCGTTCCCGCC
AACCCCACTTTCCAAAACGGCGTCGCCACCAAAAACATMCACATCGACCC
CAACTCCTCCCTCTCCCTCCGCATCTTCTTACCTGACACCGTCCTCCCCC
TCAAAGCACCAAATCCCACGTCTCGTGTCGGCGCCCTGTTGTCTCCCTCC
CCTGYCTGCTCTAACTCCGACGATGGTGTCGTGTACAGGGGATATTCTCC
CGATCAGTTAGTGGGGAGGCGACACCGGAAGGTTCCGATATTTTTGCAGT
TTCACGGAGGTGGGTTTGTGAGCGGGAGCAACGACACGTCGTGGAACGAC
GCGTTCTGCAGGAGGATGGCGAAGCTGTGTGACGCGATCGTGGTGGCGGT
GGGGTATAGGCTGGCGCCGGAGAGTCCGTACCCAGCGGCGTTTGAGGACG
GGGTTACGGTGTTGAAGTGGGTAGCAAAGCAGGCCAACTTGGCCTTGGTT
CAAAAGGGACGGAGTCGTATCTTTGACAGCTTTGGGTCTTCGATGGTTGA
GCCATGGTTGGCTGCTCATGGAGATCCATCTAGATGTGTACTTCTTGGAG
TGAGCTGTGGAGCTAACTTGGCAGACTATGTCGCTCGGAAGGCTGTGGAG
GCAGGCGACCTCTTGGACCCGATAAAGGTGGTAGCACAAGTACTAATGTA
CCCCTTTTTCATTGGAAGCACTCCCACCAGGTCTGAGATTAAGCTAGCCA
ACTCCTACTTATTCGACAAGGCTACGTGTATGCTAGCATGGAAGCTATTT
CAAACAGAGGAAGAGTTTGATTTAGACCATCCCGCCGGCAACCCCCTCAT
GCCTGCAGGGAGAGGGCCACCCTTAAAGACCATGCCTCCGACACTTACAG
TTGTCGCGCAGCATGATTGGATGCGCGATCGTGGCATTGCTTACTCCGAA
GAATTGAGGAAGGCTAATGTRGATGCACCTCTTTTAGATTACAAGGATAC
TGTGCACGAGTTTGCTACTCTTGATGTGCTCCTTGAGACGCCCCAGGCCA
AGGCTTGTGCAGAGGATATCACTATATGGTACAAGAAGGAAGCCTCAACC
TACACATCACATATATCACACATTGTATATATATCCCCGCAAGGAGACTC
AATTGGTCAAGCTTCTAATACATTAGAAAGCTACACGATGGCATCTGATC
TCTATGTGCAACCTGAGTTTTGTGGTGAGATTACATCTAACGAGGTGATT
GGCTTTGATCTCAATCTGTCATCCATGTCATGCCTTCCCCACCCTTCTCT
TTCGGCTTTGGAGGACGATTCGGCAAACTGGGTGAGTCCATTCGTCGACA
AAACAAGAAATCATAAGAGGCTAAAACAGGAACATGATGCCAATTATGGA
TTCAAAGTGGGTACTAATTACTCTAGTTTTTACACTGGCAGTGACAGCAA
TATGTGTACTAGTGGCTTCACTAGCTTGCCAACAATCCAATTCCGTGATC
ACATATCCGCACACAAGCGGAGATATTTGGCTGCAGAGGCCATGGAAGAA
GCCTTTGCAACCTTAATGAGAGACAAAGAAGATGAATCCGAGGAAGGAGG
AGGAAGTGAAGATGAAATAAAACTAGTCCAACAACTTATCGCTTGTGCCG
AGGCTGTGGCTTGTCGTGACAAAGCTCATGCCTCAGCATTGCTTTTTGAG
CTGAGAGCTAATGCGCAGGCCTTCGGGACATCATTCCAGCGAGTATCTTC
CTGCTTTGTCCAAGGCCTTGCCRACCGCCTTGCGCTAGTTCAACCACTAG
GGGCTGGAGGAGTAATAGACCCGAACGTGAAATCAAAGCCTTTTTCAGCA
GAGAAAGGACCTTTTTCAGCAGAGAAGGACGAGGCTTTACACCTTGTTTA
TGAAATCTGCCCACAGATCCAATTTGGTCATTTCGTAGCGAATGCATCAA
TATTGGAAGCCTTTGAGGGAGGAAGCTCAGTCCATGTCATAGACTTAGGC
ATGACCCTAGGCCTCCAGCACGGGTACCAATGGCGCGACTTAATAGACCG
TCTAGCAAACCGTCCAGGACAACCCTTGCACYRCCTTCGCATTACAGGAG
TTGGTAGCTCTTCCGAACGCCTTCAAGCAATCGGCGACGATCTCAAGCTG
CATGCTCAAAGCATGAAAATAAATTTSGACTTTTCAGAAGTGGAGAGCAA
CTTGGAGAACCTTAAGCCTCAAGATTTCCATTTGGTTGATGGGGAGATTT
TGATCATCAATAGCATTCTTCAACTTCATTGCTTGGTGAAAGAGAGCAGA
GGGACATTGAACTCAGCTTTACAAACACTWCACGAGCTGTCACCAAAGCT
TATGGTTTTGGTTGAGCAGGACACAAGCCACAACGGGCCTTTCTTTCTAG
GGAGGTTCATGGAGGCACTGCATAACTACTCCGCCATCTTTGACTCCTTA
GACGCAATGCTGCCCAAGTACGACACGAGGAGGGTAAAAATGGAGCAGTT
TTATTTTGGGGAGGAGATTAAGAACATCGTAAGCTGCGAGGGACCAGCCA
GGGTGGAGAGACACGAAAGGGTTGATCAATGGCGCCGTAGGATGAGGCGT
GCGGGGTTCCAACCGGCGCCTTTGAGGACGATGGCACAGGCCGTGAAATG
GCTAGAAACTAATGCTTGTGAGGGTTACACGGTTGTTGAAGACAAGGGTT
GCTTGGTTCTTGGATGGAAATCAAAACCTATCATTGCAACTTCTTGCTGG
AAATGA

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **INTERPRO**
Term	Definition
IPR005202	TF_GRAS
IPR013094	AB_hydrolase_3

Vocabulary: **Biological Process**
Term	Definition
GO:0008152	metabolic process

Vocabulary: **Molecular Function**
Term	Definition
GO:0016787	hydrolase activity