MDP0000302027, MDP0000302027 (mRNA) Malus spp. (apple)

Transcript Overview


Name	MDP0000302027
Unique Name	MDP0000302027
Type	mRNA
Organism	Malus x domestica (Apple)
Sequence length	8103

Alignments

The following features are aligned


Feature Name	Type	Location	Analysis	Reference
chr13	chromosome	chr13:10914214..10922316 -	Malus x domestica Whole Genome v1.0 Assembly & Annotation	n/a
MDC016362.52	contig	MDC016362.52:74840..82942 -	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
MDP0000302027_exon_1	MDP0000302027_exon_1	Malus x domestica	CDS
MDP0000302027_exon_2	MDP0000302027_exon_2	Malus x domestica	CDS
MDP0000302027_exon_3	MDP0000302027_exon_3	Malus x domestica	CDS
MDP0000302027_exon_4	MDP0000302027_exon_4	Malus x domestica	CDS
MDP0000302027_exon_5	MDP0000302027_exon_5	Malus x domestica	CDS
MDP0000302027_exon_6	MDP0000302027_exon_6	Malus x domestica	CDS
MDP0000302027_exon_7	MDP0000302027_exon_7	Malus x domestica	CDS
MDP0000302027_exon_8	MDP0000302027_exon_8	Malus x domestica	CDS
MDP0000302027_exon_9	MDP0000302027_exon_9	Malus x domestica	CDS
MDP0000302027_exon_10	MDP0000302027_exon_10	Malus x domestica	CDS

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


Feature Name	Unique Name	Species	Type
MDP0000302027	MDP0000302027	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
IPR000719	Protein kinase, catalytic domain	PFAM	PF00069	Pkinase	coord: 579..821 score: 5.2
IPR000719	Protein kinase, catalytic domain	PROFILE	PS50011	PROTEIN_KINASE_DOM	coord: 565..821 score: 37
IPR001012	UBX	PFAM	PF00789	UBX	coord: 391..459 score: 7.4
IPR001012	UBX	SMART	SM00166	Domain present in ubiquitin-regulatory prote	coord: 389..465 score: 0.
IPR001012	UBX	PROFILE	PS50033	UBX	coord: 391..444 score: 14
IPR002290	Serine/threonine- / dual-specificity protein kinase, catalytic domain	SMART	SM00220	Serine/Threonine protein kinases, catalytic	coord: 571..821 score: 8.3
IPR006577	UAS	SMART	SM00594	no description	coord: 161..287 score: 4.2
IPR008271	Serine/threonine-protein kinase, active site	PROSITE	PS00108	PROTEIN_KINASE_ST	coord: 688..700 score
IPR011009	Protein kinase-like domain	SUPERFAMILY	56112	Protein kinase-like (PK-like)	coord: 579..822 score: 6.5
IPR020635	Tyrosine-protein kinase, catalytic domain	SMART	SM00219	Tyrosine kinase, catalytic domain	coord: 571..819 score: 2.2
None	No IPR available	COIL	coil	coiled-coil	coord: 322..381 score
None	No IPR available	GENE3D	1.10.510.10	no description	coord: 665..839 score: 2.1
None	No IPR available	GENE3D	1.10.8.10	no description	coord: 4..41 score: 1.7
None	No IPR available	GENE3D	3.10.20.90	no description	coord: 392..455 score: 2.6
None	No IPR available	GENE3D	3.30.200.20	no description	coord: 579..664 score: 3.1
None	No IPR available	PANTHER	PTHR13902	FAMILY NOT NAMED	coord: 579..964 score: 1.9e
None	No IPR available	PANTHER	PTHR13902:SF39	SUBFAMILY NOT NAMED	coord: 579..964 score: 1.9e
None	No IPR available	SEG	seg	seg	coord: 103..128 score: NAcoord: 326..376 score: NAcoord: 552..561 score: NAcoord: 966..978 score: NAcoord: 1111..1126 score
None	No IPR available	SUPERFAMILY	54236	Ubiquitin-like	coord: 353..451 score: 2.9
None	No IPR available	SEG	seg	seg	coord: 26..43 score
None	No IPR available	SEG	seg	seg	coord: 1..15 score: NAcoord: 23..41 score
None	No IPR available	SEG	seg	seg	coord: 5..16 score
None	No IPR available	SEG	seg	seg	coord: 19..39 score
None	No IPR available	SEG	seg	seg	coord: 32..45 score
None	No IPR available	SEG	seg	seg	coord: 107..123 score
None	No IPR available	SEG	seg	seg	coord: 25..49 score
None	No IPR available	SEG	seg	seg	coord: 1..21 score: NAcoord: 26..38 score
None	No IPR available	SEG	seg	seg	coord: 6..17 score: NAcoord: 28..42 score
None	No IPR available	SEG	seg	seg	coord: 36..48 score
None	No IPR available	SEG	seg	seg	coord: 23..37 score
None	No IPR available	SEG	seg	seg	coord: 46..87 score

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at chr13:10914214..10922316-
mRNA from alignment at MDC016362.52:74840..82942-
coding sequence from alignment at MDC016362.52:74840..82942-

mRNA sequence

>MDP0000302027 ID=MDP0000302027; Name=MDP0000302027; organism=Malus x domestica; type=mRNA; length=8103bp
ATGGTCGATGCGAACGACAAGTTAGCGTATTTCCAAGCGATCACAGGCCT
CGAAGACCCCGACTTGTGCGAGGAGATTCTCACCGCCCATGGCTGGGACC
TCGAGCTCGCGATCTCCTCCTTCACCACCACCGCGAACCATACGCCTTCG
CCGGAAGATCCATCTGCCGCCGGAACCACCTCCATAGTCTCCGATTTCGG
CGGTGGGGACGGCCTTCGCTCCATTCCCCAACCGTCGCACCAGTCCGGAC
AGTCGTCAAACGCGGTCGCAGCACCCGGTTTTGCTTGGAGAATCATCACT
CTGCCTATATCGGTTATTTCTGGTAGTCTAGGGTTGATTTCTGGGGCGGT
TGGGCTCGGGTTGTGGGCCGCCGGTGGAGTGCTATCGTACTCGCTCGGAA
TGATTGGGCTCAGGGCTGGTCGGGACGGCGAGGCCTCTGCCCAATTACTG
TCGGTGCCGGCGGTGGGGAATGAAGCAGTGCAGTTTGTAGCGAGGTTTGA
GCAGGATTTTGGGACGAGGAGGCCGAATTTTGTCAGCGAAGGGTTTGTGG
ACGCCCTGCAGAGGTCGAGAAACTCGTTCAAGCTGTTGTTCGTCTACTTG
CACTCGCCAGACCATCCTGATACGCCGTCGTTTTGTGAGAGGACTCTGTG
CTCTGAGATGTTGGTGGCTTATATCAATGAGAATTTCGTGTCGTGGGGAG
GGAGCATTCGGGCAAGTGAAGGCTTCAAGATGAGTAATAGTCTGAAGGCC
TCGAGATACCCCTTCTGTGCCGTCGTTATGGCTGCCACGAACCAGAGGAT
CGTACTGCTTCAGCAGGTATATGATTCTTTGCTTGCCTTATTTCCAAATG
ATCGGTCCATAAGAGTACGGAATTGATAGCCCTATAGATTGAATTGATTG
AGAAATATTGTAAGTTTAAATATTTATATCATTTGTTGTTGGTAATGGAG
TGGAAGGTCATAGGGCGGAAATCAGAATCATCAGTTACGGTCTTTGTTTA
ATATTGGGGGATCAAGATGGAGGAATGGAAGTTATGTCATGTGACGTTGT
ATCTTCTTAGGGAGACATACTGAAACTAGAGGTTTCTTGGCATAACGTTC
AAATCTAAGTGGTTATTACCTACCAGCACGGTTTATCAAATAACACATTT
GACTCATTATATGCAACTCCTTTGTGTTTCTTTTCTTGTAAATGAGTTGA
CCAGCCAGTAGTAGTGATTCATGGGGTTTATCTGGGAAGCTTAAAAAAGA
TTTTATGGTGGGTGTATTGGTGTTAATGGTCACCGGAAGAGACAAGGTAG
ACATTTACGTACTTATGTGGTTTAGCTTTCTGATTCTCCGTCTGTTCTGT
TTTCCTTCCATAGAGTTCCTACTGCAGTGACTGAACTTAAAACTTTGGGG
ATTTTCCTTTGTTGCTTTTACCCCGTTAACATTGAAAGCATGTTTATTTT
GGTGAGAAAGCTGGCACTCCTTTTTTAGATTTGAATGTAGGAAAGATTCT
ATTGGAGGGATAAGAGTCTCAACAAGAAAGTTTAGTGGATAACTATTGGA
AAATTTTTGCTATTGTCTTTCTGAAAATGCTATTAAGTTGAAGCTGTTGA
TTGATCAATATGATCTGTGGATAAGTCTTTGTGTGCTTGACTCACGCTTG
TCTTGAAAATTGTTGCTATGTTCTAATTCAATGATGTTGGAGCTTTAACT
TTTATTTTGACTGATCATGTTCCTTGAGAATCATATATAGAAATTGTGTT
GCAATTTATCTTGGACGGTAACGAAGTATTATTGTTTCTGTTTCAGATTA
GGTGGATGGTAAATTTGTTATTGAGCTATTGAGTTTAATTTAAGCTGTTC
TATAGCTTGGTATGAGCATTTTGTTATATGCCCTACTTTTAACATGTTTT
CCTCCTTAAGTGATGCATCCTAAACTTGAAGTTTTTCTTTCTAGAGTATT
AGATAATAGTTTGATTTTGATGTTCTTTTTCYTTTTCACATTTCCCTATT
TTCCGTTTCAACTGTATGGTAACTAAATATGAATGATGTCAATTTTTTGT
TGTTCATTTTATCCGTAACGACTATCTTTGTTATGTTTGGCAGGTTGAAG
GGCCAAAGTCTCCTGAAGAAATGCTCTCAATACTAAACAGAGTAGTTGAA
GAAAGTGCTTCTGTTCTTGGTGCAGCAAGGCATGAGGCAGAACAAAGGAG
AATCAACATTCGCTTAAGGGAGGAGCAAGATGCTGCTTATAGAGCAGCAC
TTGAAGCTGATCAGGTATGTTAATAGTTTAACCGAATTCCATGCTCCCTT
TACCCTTTCATGTGACGGGCAAAGGCTGTAGGTTTTAGGAAGCTCTTAGG
TTGCTCTATTCCCTTATTGTTATGTTCGTGTGCTTCAGGCGAGGGAAAAC
CAGAGGAGGGAAGAGCAAGAACGTCTAGAAAGAGAAGCTGCTGAAGCTGA
ACGGAAGCGCAAGGAAGAAGAAGAGGCTCGTGAAAGAGCAGCACAGGAAG
CTGCGGAGAAAGAGGCTGCACTAGCTAGGATGCGGCAGGAGAAAGCCTTG
TCACTTGGTGCCGAACCTGAAAAAGGACCTGATGTTACACAGGTAATCCC
TCTTGCAATATTACTTAAATTTTCTCTTTTATTTTCTTTTACGTTTTGAA
TGTATAGATGTTTCACATAACTTCTATTATGTCCACATGTAGAGTTCAGT
ATGGTTAGATATCATTCATGGAAATTCTAGTCGTATGCACCTTGTATGCT
GGGTTGCAATTCCCATTATTCCTTGTTTTGTCCGAGATAATAGTTCTTTA
ACGTAACGTATGCATGGTTATGTTTTTATTTGATAAACCAGGTTGTGGTT
CGGTTCCCAACTGGACAACGCAAGGAAAGGAGATTCCACAGCACTGCATT
AATCCAAAGTCTCTATGATTTTGTTGATTCTATGGGTTGTGTTGATGCTG
AGAACTACAGTTTGGTGTCGAACTTCCCTCGGGTTGTATATGGACCAGAG
AAGTTGTCTTTATCCTTGAAAGAAGCAGGATTGCATCCACAGGCCAGCCT
TTTTCTGGAGCTGAATTCTTGAGAATATGATGGTTTGTTATCAAAATTTA
GTAGAGATGATTCCTGCAAAACTGCAACTAGGGTTTAATTTATTTTTGCA
TCTCTATACACAGCAACTATGTCGATTTCATTAGAACGATATGACGAGTT
AAGATAGATGATACTGACGATATGTGGATGTGTAGTTTGATTTCGTTGCA
AATTCTTTCAAACGAGCGGCCCACAAAATTGAAGCTGGAATTGAAACAAT
GATACTGACGTGATTAATGAACTTTGTGATGTTGCCTCCTCCAGTCCTTT
TTCATTCCTGATAGAGTTGTTGAATTTTGAAATTCAAAGATGAGTGCCGG
GCAAATTGCCTCTAGCTTACTCAGTCCAATTTGCAAGAACCAAGTCTAAA
CATTATATGGGCTTGTTTGGATGCGTTTTTAAAATAACTGAAAGCGCTTT
TAGAGAAAATATTTTTGGGTTTCAAAAGCACTTGAAGTGCTTTTTAGGAT
TTACTTGCATCTTTACTAATTATTGGTTCTAAAAATATTTTCACCAGTCA
TTTCAAAAACACATCCAAATAAGCTCCAAGTCAGTAGAACTTTGTTTCGT
GATGTCCTAACGGTTCATTGTTTGTAATTTAAATTCATAATCACCAGAAC
TTTGTTGATCTAACAGTTCATCGAGCACAACTAACACACCGGCAACCATC
GTCAATGTTGCCCCAAACTTGAAACGAAGATTTTAATTGACGTGACTTGA
ACCAGAGACCTTCGACTGACGTGATAATTGAACTCATGATCAGCTTAACC
TTGCCCCTATCTTACGTGGCTAAGGATGGGGTTTTTTTTGTGGGAGGCAA
ATTGTCTGCCCTCCTCTTTGGGTGCCCTTCCCATGCCCTCATATTTTGTG
CGGTCATGGTTAAGTCACGTCAACATCTTATAATAATAATAAGACAAAAA
ACAATAAAAATATAAAATATTGACGTGGCTTAACCGTGACCGCATAAATA
AGAGGAGATGGGAATGACACCCAAATAGGAGGGCAGACAATCTGCCTCCT
TTTTTGTGTACCAAACTCCATACACAAATGAAATGCGTACATTGTGTTTT
TGCAGCATCATCTAGACGGTCAAATGTAAATATTCCATAGATTGATACGT
GGTAAAAAAAACTTAAATTATGCTTCAAGATAACCAAAAGTTGCCATGTA
GTTGGAAAGGTTTGTGGCTGTGGAGAATACAGTTGGAAATGCCATGCAAG
CCAAGCCAATGCTAACCTCTTTGTTGAAAATCCTAACCTCTTATGGTTGA
TTCTAACTTGTTAGTATGGCCAATGCTTCTAAAACCAAAACACCAAAGTT
ATTGACACCTCTTCATGTCACGCCTTTCCCCGCCATTGCCGTTTTCTTAT
CTTTTTTCTTGAATTTGTTCTAAATTTCAACTTATACGCTTAGTTTTAAA
AATAATTATTTGAAATATAAATAAGTTACTGATTTATCTGAAATACGATA
ATGTGATGTTACTGTTTCACTCAACTATAATACGTGAATTTGTTTGCTTT
CATAAATATATACATTCAACTATATCGTCTATCTTATAATAGGTGAAATA
ATACATTATGTATACCACTAACACAAGTTATGTAATAAACATAGATATGA
AAGAATACTAGTTTTTTTTTTGGGGTCAGTTTTAGAAGAATACAGAGTAC
ATACTTTCTAGAATAAGTTAAAAAAATAGAAAAAATATAAGAAAAATATG
AAGACAAATAAATATATTTGACCGAAAATCTAGAATAAGTCAAAAAACAA
AACAAAAGAAAATCTAGAAAAAGGAATATAAATTAAATTATTTTACAAGA
GGAGCTCCAATTTCCGCTCCTCCAACCTTTCAGGACAACGTGATTAATTA
AATCAATGATTAATTTACTAATATTTTATCTGATCAGTAGATTAACGTTT
ACTAATACACTCCAAGCTGAGTTGTCTTCCCCTAATCAACCTCCCCAATT
CTTTAATTAAATTAAAATAAATAAATTAAAAATTAAAAATAAATAATTCA
ATTAGTTTCCAAGTAGAAGTCCAGAAGGACAGCGTGTACCATCTAATCAG
AGAGAGAAAAAAGGACTCCGCCAGAACTCCTCCTCCCTCCTCCAATCCAA
AAATCAAAATCCCTAGAAATCCCAATCCAACCCCAAGACAATGTCTCCCC
AACCCTACATTTAMCCCTCTCCTCCCACCCGCAATCCCTAGGGTTCCATC
TCCAATCGCTCTCGCTCTCTCTGCAGCTCGATTTCTGCACTCAAGGGTTT
TCTTAGGGTTCTCAGAGTCCCCAATTTCGCCTCCCCAGCTCGAAATTTTT
TAGGCGAGAGTGAAATCCCCGACTTTGGCGATCCGAAAGATGCAGATAGC
GCCATGGCTGAGTCTCGGATAGGTTTGACAATGTGGAGCTCCGTCGCGAA
CCGGAATTCAGGTACGGAATTCGGGGACATGTGGTTTATCGGCTGCCGTT
TTCGTCTTCGATCGGCGTTCGACCCGTACTCCGTCGCTTGCGAGGCGTTT
TCTGAACACTGTGGTAATCTGATTCTGGTTGTGGGTGTTGTAAGCAAGAA
GATTTGATAGGGTTTGCGAAGAATCGTTTTCCGTCTTACAAAAAAAAAAA
AGTTTGCTTCTTTTGGGAGATTTTTGTTGTGTTTTTAGGGTTATGGATTC
CTGTAGTGGTTTTGTTGGTGGAAATTCTGCTTGCGACGATGGTGGCGTTG
TGGAGAAAGATCCGACTGGGCAATACGTGCGGGTACGATTTCGAATCCTG
TTTGCTCTTTAATTTTGGTATATGAATTGTGTTTTAATGTTAATTTTATC
GGTGTTTATCGAATGTGTTCTCGTCATGTTTGCGTTCTTGTTGTTGGATT
TGGTGGTAGAATTCTTATGTAGATTTGTGTTTGTTCATCCAGTATGACGA
ATTTTTGGGGAGGGGAGCATTCAAGACTGCGTATGCTTCTCTAACCTACC
TTGAATTCGTTTCTTTGTAGTGGGTTTCGAGGGTTCTAACAATTTGTCGT
TGTAATTTTATTTTTTTACTTATTTGGATGTTGTATAAAATGTAGATACA
AGGCATTCGATGAGGAAGAAGGAATAGAAGTAGCTTGGTGCCAAGTGAAT
ATCGAGGAGGTGTTGCAGTCTCCGGAACAGTTGGAGAGATTGTATTCCGA
GGTTCATCTGCTGAAGTCATTAAAGCATCAAAACATTGTCAAGTTCCATA
ACTCATGGGTGGATGATAAGAACAAGACCATCAACATAATAACAGAGTTG
TTCACTTCCGGGAGTTTGAGGCAGTGAGTTTCACCGACTGTTTTTTCATG
TTTCATGTTTTTAGTTGGCTTACATTCATCAAATACTAACCGTTTCTGTT
CTGGGATCTAGGTACCGAAAGAAGCATAAGAATGTTGATATGAAGGCCAT
TAAGAACTGGGCAAGGCAGATTCTTCGAGGCTTGCATTATCTGCATTCTC
ACAATCCTCCAATTATTCATAGAGATTTGAAATGCGACAACATATTTGTC
AATGGAAATACTGGAGAAATTAAAATCGGAGATCTCGGATTGGCTATTGT
CATGCAGCAGCCTACTGCTCATAGTGTTATTGGCACCCCTGAATTCATGG
CTCCAGAGCTTTATGACGAGGAATACAATGAATTAGTCGACATCTATTCT
TTTGGCATGTGCATGTTAGAAATGGTGACTTGTGAATACCCTTATAGTGA
ATGTAAAAATCCAGCACAAATTTATAAGAAGGTTACCTCTGTAAGTTTCT
GATCGACTGCTTTATGAATTTCTTCCAGTTTTTGTTTATCTACTAAATGG
TTGCCTAATATTTATCCTGACTTCCTTTGTTGTAGGGTGTAAAGCCCGCT
TCACTCAGTAAAGTGGACAATCCACAAATCAAGGAGTTCATAGAGAAGTG
TCTAGTTCCAGCATCTATGAGATTAAGTGCAGTTGAACTCTTGAAAGATC
CATTCCTTGCAACTGACAATTTGAAGGAGCCCAATTGTATTCCTTCACAA
TTAGAAAAGTTGGTGAACTTGCCACAGCCTGAAGCATGTCCTATGGACGT
AGATACTAACTACCAGAAGTCCTCCTCTGGATTTTGTAGGAGAAGTACCA
ATGAAATATCGAATCCATCGGTTCTGGAGTTACAGAGTTTCACTGAGAAT
AACGAGTTCAGGTTAAAAGCGGAGAAAAATTCTGATAGGACCGTCTCTTT
AACTTTGCGCATTGCTGATACATGTGGTAAATACATTTTCCAGCAAAAAG
GTTTTCTCTTTCCTCCTTATTTTCCTGAACTGCACCTGAATATTATTTTC
TTAAACAGGTCGTGTGAGGAATATCCATTTTGAGTTCTATCTTGATTCCG
ATACTGCAATTTCAATTGCTGGGGAGATGGTTGAGCAACTTGATCTTCCA
CATGAAGACGTCTCTGTCATAGCTGAGTTAATTGATAACTTGATCATGAA
GCTTGTACCCGGCTGGAAACCTTCATCAGAAGGTTCATCATGTGGAACAA
ATAGTTCATGTGTTGATCATGCTGCACTGCAAAATGTTCTCTCACATGTT
GCACACGCGGAGGACCGAGATAACCAATCATCAATGATTTCAGATACTTC
GGTTACCTCAGCTGAGCATGGTGTTCCTACTGCCTCAGGGGCCAGTAATG
TCAAAGTTATGGAGTCGGCTAAATATAGTTCCGATGAGTGCTGTAAAGCT
TCAGATGGTTACGCTTCCAGTCCAGATTGTATGGTTAAAGGTGTGGTCAA
GGAGAAGAGTTACGAAGCTGATTCTGGTGATTCATTTGTGATGAACGAGG
CATGCACCGACATGTCAAGCATTTGTTCCTTATCTGAGCTGTCTCTAGCC
AACAAAGATGGGTACGGTGAGCTAAAGGGGGAGCTTGATGCTATTGACAT
GCACTATCGTCGATGCCTTGTCGAACTCTTGAGGTCGAGGGAAGAAGAAA
TTCGGAGTGCAAAGAAGAGGTGGATAGAGAAAAAGAAAATAGCTGTTAAT
TGA

protein sequence of MDP0000302027

>MDP0000302027 ID=MDP0000302027; Name=MDP0000302027; organism=Malus x domestica; type=polypeptide; length=1141bp
MVDANDKLAYFQAITGLEDPDLCEEILTAHGWDLELAISSFTTTANHTPS
PEDPSAAGTTSIVSDFGGGDGLRSIPQPSHQSGQSSNAVAAPGFAWRIIT
LPISVISGSLGLISGAVGLGLWAAGGVLSYSLGMIGLRAGRDGEASAQLL
SVPAVGNEAVQFVARFEQDFGTRRPNFVSEGFVDALQRSRNSFKLLFVYL
HSPDHPDTPSFCERTLCSEMLVAYINENFVSWGGSIRASEGFKMSNSLKA
SRYPFCAVVMAATNQRIVLLQQVEGPKSPEEMLSILNRVVEESASVLGAA
RHEAEQRRINIRLREEQDAAYRAALEADQARENQRREEQERLEREAAEAE
RKRKEEEEARERAAQEAAEKEAALARMRQEKALSLGAEPEKGPDVTQVVV
RFPTGQRKERRFHSTALIQSLYDFVDSMGCVDAENYSLVSNFPRVVYGPE
NSISALKGFLRVLRVPNFASPARNFLGESEIPDFGDPKDADSAMAESRIG
LTMWSSVANRNSGTEFGDMWFIGCRFRLRSAFDPYSVACEAFSEHCGLWI
PVVVLLVEILLATMVALWRKIRLGNTCGYKAFDEEEGIEVAWCQVNIEEV
LQSPEQLERLYSEVHLLKSLKHQNIVKFHNSWVDDKNKTINIITELFTSG
SLRQYRKKHKNVDMKAIKNWARQILRGLHYLHSHNPPIIHRDLKCDNIFV
NGNTGEIKIGDLGLAIVMQQPTAHSVIGTPEFMAPELYDEEYNELVDIYS
FGMCMLEMVTCEYPYSECKNPAQIYKKVTSGVKPASLSKVDNPQIKEFIE
KCLVPASMRLSAVELLKDPFLATDNLKEPNCIPSQLEKLVNLPQPEACPM
DVDTNYQKSSSGFCRRSTNEISNPSVLELQSFTENNEFRLKAEKNSDRTV
SLTLRIADTCGRVRNIHFEFYLDSDTAISIAGEMVEQLDLPHEDVSVIAE
LIDNLIMKLVPGWKPSSEGSSCGTNSSCVDHAALQNVLSHVAHAEDRDNQ
SSMISDTSVTSAEHGVPTASGASNVKVMESAKYSSDECCKASDGYASSPD
CMVKGVVKEKSYEADSGDSFVMNEACTDMSSICSLSELSLANKDGYGELK
GELDAIDMHYRRCLVELLRSREEEIRSAKKRWIEKKKIAVN

mRNA from alignment at chr13:10914214..10922316-

Legend: CDS

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

>MDP0000302027 ID=MDP0000302027; Name=MDP0000302027; organism=Malus x domestica; type=mRNA; location=Sequence derived from: chr13:10914214..10922316- (Malus x domestica

mRNA from alignment at MDC016362.52:74840..82942-

Legend: CDS

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

>MDP0000302027 ID=MDP0000302027; Name=MDP0000302027; organism=Malus x domestica; type=mRNA; length=8103bp; location=Sequence derived from: MDC016362.52:74840..82942- (Malus x domestica
ATGGTCGATGCGAACGACAAGTTAGCGTATTTCCAAGCGATCACAGGCCT
CGAAGACCCCGACTTGTGCGAGGAGATTCTCACCGCCCATGGCTGGGACC
TCGAGCTCGCGATCTCCTCCTTCACCACCACCGCGAACCATACGCCTTCG
CCGGAAGATCCATCTGCCGCCGGAACCACCTCCATAGTCTCCGATTTCGG
CGGTGGGGACGGCCTTCGCTCCATTCCCCAACCGTCGCACCAGTCCGGAC
AGTCGTCAAACGCGGTCGCAGCACCCGGTTTTGCTTGGAGAATCATCACT
CTGCCTATATCGGTTATTTCTGGTAGTCTAGGGTTGATTTCTGGGGCGGT
TGGGCTCGGGTTGTGGGCCGCCGGTGGAGTGCTATCGTACTCGCTCGGAA
TGATTGGGCTCAGGGCTGGTCGGGACGGCGAGGCCTCTGCCCAATTACTG
TCGGTGCCGGCGGTGGGGAATGAAGCAGTGCAGTTTGTAGCGAGGTTTGA
GCAGGATTTTGGGACGAGGAGGCCGAATTTTGTCAGCGAAGGGTTTGTGG
ACGCCCTGCAGAGGTCGAGAAACTCGTTCAAGCTGTTGTTCGTCTACTTG
CACTCGCCAGACCATCCTGATACGCCGTCGTTTTGTGAGAGGACTCTGTG
CTCTGAGATGTTGGTGGCTTATATCAATGAGAATTTCGTGTCGTGGGGAG
GGAGCATTCGGGCAAGTGAAGGCTTCAAGATGAGTAATAGTCTGAAGGCC
TCGAGATACCCCTTCTGTGCCGTCGTTATGGCTGCCACGAACCAGAGGAT
CGTACTGCTTCAGCAGGTATATGATTCTTTGCTTGCCTTATTTCCAAATG
ATCGGTCCATAAGAGTACGGAATTGATAGCCCTATAGATTGAATTGATTG
AGAAATATTGTAAGTTTAAATATTTATATCATTTGTTGTTGGTAATGGAG
TGGAAGGTCATAGGGCGGAAATCAGAATCATCAGTTACGGTCTTTGTTTA
ATATTGGGGGATCAAGATGGAGGAATGGAAGTTATGTCATGTGACGTTGT
ATCTTCTTAGGGAGACATACTGAAACTAGAGGTTTCTTGGCATAACGTTC
AAATCTAAGTGGTTATTACCTACCAGCACGGTTTATCAAATAACACATTT
GACTCATTATATGCAACTCCTTTGTGTTTCTTTTCTTGTAAATGAGTTGA
CCAGCCAGTAGTAGTGATTCATGGGGTTTATCTGGGAAGCTTAAAAAAGA
TTTTATGGTGGGTGTATTGGTGTTAATGGTCACCGGAAGAGACAAGGTAG
ACATTTACGTACTTATGTGGTTTAGCTTTCTGATTCTCCGTCTGTTCTGT
TTTCCTTCCATAGAGTTCCTACTGCAGTGACTGAACTTAAAACTTTGGGG
ATTTTCCTTTGTTGCTTTTACCCCGTTAACATTGAAAGCATGTTTATTTT
GGTGAGAAAGCTGGCACTCCTTTTTTAGATTTGAATGTAGGAAAGATTCT
ATTGGAGGGATAAGAGTCTCAACAAGAAAGTTTAGTGGATAACTATTGGA
AAATTTTTGCTATTGTCTTTCTGAAAATGCTATTAAGTTGAAGCTGTTGA
TTGATCAATATGATCTGTGGATAAGTCTTTGTGTGCTTGACTCACGCTTG
TCTTGAAAATTGTTGCTATGTTCTAATTCAATGATGTTGGAGCTTTAACT
TTTATTTTGACTGATCATGTTCCTTGAGAATCATATATAGAAATTGTGTT
GCAATTTATCTTGGACGGTAACGAAGTATTATTGTTTCTGTTTCAGATTA
GGTGGATGGTAAATTTGTTATTGAGCTATTGAGTTTAATTTAAGCTGTTC
TATAGCTTGGTATGAGCATTTTGTTATATGCCCTACTTTTAACATGTTTT
CCTCCTTAAGTGATGCATCCTAAACTTGAAGTTTTTCTTTCTAGAGTATT
AGATAATAGTTTGATTTTGATGTTCTTTTTCYTTTTCACATTTCCCTATT
TTCCGTTTCAACTGTATGGTAACTAAATATGAATGATGTCAATTTTTTGT
TGTTCATTTTATCCGTAACGACTATCTTTGTTATGTTTGGCAGGTTGAAG
GGCCAAAGTCTCCTGAAGAAATGCTCTCAATACTAAACAGAGTAGTTGAA
GAAAGTGCTTCTGTTCTTGGTGCAGCAAGGCATGAGGCAGAACAAAGGAG
AATCAACATTCGCTTAAGGGAGGAGCAAGATGCTGCTTATAGAGCAGCAC
TTGAAGCTGATCAGGTATGTTAATAGTTTAACCGAATTCCATGCTCCCTT
TACCCTTTCATGTGACGGGCAAAGGCTGTAGGTTTTAGGAAGCTCTTAGG
TTGCTCTATTCCCTTATTGTTATGTTCGTGTGCTTCAGGCGAGGGAAAAC
CAGAGGAGGGAAGAGCAAGAACGTCTAGAAAGAGAAGCTGCTGAAGCTGA
ACGGAAGCGCAAGGAAGAAGAAGAGGCTCGTGAAAGAGCAGCACAGGAAG
CTGCGGAGAAAGAGGCTGCACTAGCTAGGATGCGGCAGGAGAAAGCCTTG
TCACTTGGTGCCGAACCTGAAAAAGGACCTGATGTTACACAGGTAATCCC
TCTTGCAATATTACTTAAATTTTCTCTTTTATTTTCTTTTACGTTTTGAA
TGTATAGATGTTTCACATAACTTCTATTATGTCCACATGTAGAGTTCAGT
ATGGTTAGATATCATTCATGGAAATTCTAGTCGTATGCACCTTGTATGCT
GGGTTGCAATTCCCATTATTCCTTGTTTTGTCCGAGATAATAGTTCTTTA
ACGTAACGTATGCATGGTTATGTTTTTATTTGATAAACCAGGTTGTGGTT
CGGTTCCCAACTGGACAACGCAAGGAAAGGAGATTCCACAGCACTGCATT
AATCCAAAGTCTCTATGATTTTGTTGATTCTATGGGTTGTGTTGATGCTG
AGAACTACAGTTTGGTGTCGAACTTCCCTCGGGTTGTATATGGACCAGAG
AAGTTGTCTTTATCCTTGAAAGAAGCAGGATTGCATCCACAGGCCAGCCT
TTTTCTGGAGCTGAATTCTTGAGAATATGATGGTTTGTTATCAAAATTTA
GTAGAGATGATTCCTGCAAAACTGCAACTAGGGTTTAATTTATTTTTGCA
TCTCTATACACAGCAACTATGTCGATTTCATTAGAACGATATGACGAGTT
AAGATAGATGATACTGACGATATGTGGATGTGTAGTTTGATTTCGTTGCA
AATTCTTTCAAACGAGCGGCCCACAAAATTGAAGCTGGAATTGAAACAAT
GATACTGACGTGATTAATGAACTTTGTGATGTTGCCTCCTCCAGTCCTTT
TTCATTCCTGATAGAGTTGTTGAATTTTGAAATTCAAAGATGAGTGCCGG
GCAAATTGCCTCTAGCTTACTCAGTCCAATTTGCAAGAACCAAGTCTAAA
CATTATATGGGCTTGTTTGGATGCGTTTTTAAAATAACTGAAAGCGCTTT
TAGAGAAAATATTTTTGGGTTTCAAAAGCACTTGAAGTGCTTTTTAGGAT
TTACTTGCATCTTTACTAATTATTGGTTCTAAAAATATTTTCACCAGTCA
TTTCAAAAACACATCCAAATAAGCTCCAAGTCAGTAGAACTTTGTTTCGT
GATGTCCTAACGGTTCATTGTTTGTAATTTAAATTCATAATCACCAGAAC
TTTGTTGATCTAACAGTTCATCGAGCACAACTAACACACCGGCAACCATC
GTCAATGTTGCCCCAAACTTGAAACGAAGATTTTAATTGACGTGACTTGA
ACCAGAGACCTTCGACTGACGTGATAATTGAACTCATGATCAGCTTAACC
TTGCCCCTATCTTACGTGGCTAAGGATGGGGTTTTTTTTGTGGGAGGCAA
ATTGTCTGCCCTCCTCTTTGGGTGCCCTTCCCATGCCCTCATATTTTGTG
CGGTCATGGTTAAGTCACGTCAACATCTTATAATAATAATAAGACAAAAA
ACAATAAAAATATAAAATATTGACGTGGCTTAACCGTGACCGCATAAATA
AGAGGAGATGGGAATGACACCCAAATAGGAGGGCAGACAATCTGCCTCCT
TTTTTGTGTACCAAACTCCATACACAAATGAAATGCGTACATTGTGTTTT
TGCAGCATCATCTAGACGGTCAAATGTAAATATTCCATAGATTGATACGT
GGTAAAAAAAACTTAAATTATGCTTCAAGATAACCAAAAGTTGCCATGTA
GTTGGAAAGGTTTGTGGCTGTGGAGAATACAGTTGGAAATGCCATGCAAG
CCAAGCCAATGCTAACCTCTTTGTTGAAAATCCTAACCTCTTATGGTTGA
TTCTAACTTGTTAGTATGGCCAATGCTTCTAAAACCAAAACACCAAAGTT
ATTGACACCTCTTCATGTCACGCCTTTCCCCGCCATTGCCGTTTTCTTAT
CTTTTTTCTTGAATTTGTTCTAAATTTCAACTTATACGCTTAGTTTTAAA
AATAATTATTTGAAATATAAATAAGTTACTGATTTATCTGAAATACGATA
ATGTGATGTTACTGTTTCACTCAACTATAATACGTGAATTTGTTTGCTTT
CATAAATATATACATTCAACTATATCGTCTATCTTATAATAGGTGAAATA
ATACATTATGTATACCACTAACACAAGTTATGTAATAAACATAGATATGA
AAGAATACTAGTTTTTTTTTTGGGGTCAGTTTTAGAAGAATACAGAGTAC
ATACTTTCTAGAATAAGTTAAAAAAATAGAAAAAATATAAGAAAAATATG
AAGACAAATAAATATATTTGACCGAAAATCTAGAATAAGTCAAAAAACAA
AACAAAAGAAAATCTAGAAAAAGGAATATAAATTAAATTATTTTACAAGA
GGAGCTCCAATTTCCGCTCCTCCAACCTTTCAGGACAACGTGATTAATTA
AATCAATGATTAATTTACTAATATTTTATCTGATCAGTAGATTAACGTTT
ACTAATACACTCCAAGCTGAGTTGTCTTCCCCTAATCAACCTCCCCAATT
CTTTAATTAAATTAAAATAAATAAATTAAAAATTAAAAATAAATAATTCA
ATTAGTTTCCAAGTAGAAGTCCAGAAGGACAGCGTGTACCATCTAATCAG
AGAGAGAAAAAAGGACTCCGCCAGAACTCCTCCTCCCTCCTCCAATCCAA
AAATCAAAATCCCTAGAAATCCCAATCCAACCCCAAGACAATGTCTCCCC
AACCCTACATTTAMCCCTCTCCTCCCACCCGCAATCCCTAGGGTTCCATC
TCCAATCGCTCTCGCTCTCTCTGCAGCTCGATTTCTGCACTCAAGGGTTT
TCTTAGGGTTCTCAGAGTCCCCAATTTCGCCTCCCCAGCTCGAAATTTTT
TAGGCGAGAGTGAAATCCCCGACTTTGGCGATCCGAAAGATGCAGATAGC
GCCATGGCTGAGTCTCGGATAGGTTTGACAATGTGGAGCTCCGTCGCGAA
CCGGAATTCAGGTACGGAATTCGGGGACATGTGGTTTATCGGCTGCCGTT
TTCGTCTTCGATCGGCGTTCGACCCGTACTCCGTCGCTTGCGAGGCGTTT
TCTGAACACTGTGGTAATCTGATTCTGGTTGTGGGTGTTGTAAGCAAGAA
GATTTGATAGGGTTTGCGAAGAATCGTTTTCCGTCTTACAAAAAAAAAAA
AGTTTGCTTCTTTTGGGAGATTTTTGTTGTGTTTTTAGGGTTATGGATTC
CTGTAGTGGTTTTGTTGGTGGAAATTCTGCTTGCGACGATGGTGGCGTTG
TGGAGAAAGATCCGACTGGGCAATACGTGCGGGTACGATTTCGAATCCTG
TTTGCTCTTTAATTTTGGTATATGAATTGTGTTTTAATGTTAATTTTATC
GGTGTTTATCGAATGTGTTCTCGTCATGTTTGCGTTCTTGTTGTTGGATT
TGGTGGTAGAATTCTTATGTAGATTTGTGTTTGTTCATCCAGTATGACGA
ATTTTTGGGGAGGGGAGCATTCAAGACTGCGTATGCTTCTCTAACCTACC
TTGAATTCGTTTCTTTGTAGTGGGTTTCGAGGGTTCTAACAATTTGTCGT
TGTAATTTTATTTTTTTACTTATTTGGATGTTGTATAAAATGTAGATACA
AGGCATTCGATGAGGAAGAAGGAATAGAAGTAGCTTGGTGCCAAGTGAAT
ATCGAGGAGGTGTTGCAGTCTCCGGAACAGTTGGAGAGATTGTATTCCGA
GGTTCATCTGCTGAAGTCATTAAAGCATCAAAACATTGTCAAGTTCCATA
ACTCATGGGTGGATGATAAGAACAAGACCATCAACATAATAACAGAGTTG
TTCACTTCCGGGAGTTTGAGGCAGTGAGTTTCACCGACTGTTTTTTCATG
TTTCATGTTTTTAGTTGGCTTACATTCATCAAATACTAACCGTTTCTGTT
CTGGGATCTAGGTACCGAAAGAAGCATAAGAATGTTGATATGAAGGCCAT
TAAGAACTGGGCAAGGCAGATTCTTCGAGGCTTGCATTATCTGCATTCTC
ACAATCCTCCAATTATTCATAGAGATTTGAAATGCGACAACATATTTGTC
AATGGAAATACTGGAGAAATTAAAATCGGAGATCTCGGATTGGCTATTGT
CATGCAGCAGCCTACTGCTCATAGTGTTATTGGCACCCCTGAATTCATGG
CTCCAGAGCTTTATGACGAGGAATACAATGAATTAGTCGACATCTATTCT
TTTGGCATGTGCATGTTAGAAATGGTGACTTGTGAATACCCTTATAGTGA
ATGTAAAAATCCAGCACAAATTTATAAGAAGGTTACCTCTGTAAGTTTCT
GATCGACTGCTTTATGAATTTCTTCCAGTTTTTGTTTATCTACTAAATGG
TTGCCTAATATTTATCCTGACTTCCTTTGTTGTAGGGTGTAAAGCCCGCT
TCACTCAGTAAAGTGGACAATCCACAAATCAAGGAGTTCATAGAGAAGTG
TCTAGTTCCAGCATCTATGAGATTAAGTGCAGTTGAACTCTTGAAAGATC
CATTCCTTGCAACTGACAATTTGAAGGAGCCCAATTGTATTCCTTCACAA
TTAGAAAAGTTGGTGAACTTGCCACAGCCTGAAGCATGTCCTATGGACGT
AGATACTAACTACCAGAAGTCCTCCTCTGGATTTTGTAGGAGAAGTACCA
ATGAAATATCGAATCCATCGGTTCTGGAGTTACAGAGTTTCACTGAGAAT
AACGAGTTCAGGTTAAAAGCGGAGAAAAATTCTGATAGGACCGTCTCTTT
AACTTTGCGCATTGCTGATACATGTGGTAAATACATTTTCCAGCAAAAAG
GTTTTCTCTTTCCTCCTTATTTTCCTGAACTGCACCTGAATATTATTTTC
TTAAACAGGTCGTGTGAGGAATATCCATTTTGAGTTCTATCTTGATTCCG
ATACTGCAATTTCAATTGCTGGGGAGATGGTTGAGCAACTTGATCTTCCA
CATGAAGACGTCTCTGTCATAGCTGAGTTAATTGATAACTTGATCATGAA
GCTTGTACCCGGCTGGAAACCTTCATCAGAAGGTTCATCATGTGGAACAA
ATAGTTCATGTGTTGATCATGCTGCACTGCAAAATGTTCTCTCACATGTT
GCACACGCGGAGGACCGAGATAACCAATCATCAATGATTTCAGATACTTC
GGTTACCTCAGCTGAGCATGGTGTTCCTACTGCCTCAGGGGCCAGTAATG
TCAAAGTTATGGAGTCGGCTAAATATAGTTCCGATGAGTGCTGTAAAGCT
TCAGATGGTTACGCTTCCAGTCCAGATTGTATGGTTAAAGGTGTGGTCAA
GGAGAAGAGTTACGAAGCTGATTCTGGTGATTCATTTGTGATGAACGAGG
CATGCACCGACATGTCAAGCATTTGTTCCTTATCTGAGCTGTCTCTAGCC
AACAAAGATGGGTACGGTGAGCTAAAGGGGGAGCTTGATGCTATTGACAT
GCACTATCGTCGATGCCTTGTCGAACTCTTGAGGTCGAGGGAAGAAGAAA
TTCGGAGTGCAAAGAAGAGGTGGATAGAGAAAAAGAAAATAGCTGTTAAT
TGA

Coding sequence (CDS) from alignment at MDC016362.52:74840..82942-

>MDP0000302027 ID=MDP0000302027; Name=MDP0000302027; organism=Malus x domestica; type=CDS; length=3426bp; location=Sequence derived from: MDC016362.52:74840..82942- (Malus x domestica
ATGGTCGATGCGAACGACAAGTTAGCGTATTTCCAAGCGATCACAGGCCT
CGAAGACCCCGACTTGTGCGAGGAGATTCTCACCGCCCATGGCTGGGACC
TCGAGCTCGCGATCTCCTCCTTCACCACCACCGCGAACCATACGCCTTCG
CCGGAAGATCCATCTGCCGCCGGAACCACCTCCATAGTCTCCGATTTCGG
CGGTGGGGACGGCCTTCGCTCCATTCCCCAACCGTCGCACCAGTCCGGAC
AGTCGTCAAACGCGGTCGCAGCACCCGGTTTTGCTTGGAGAATCATCACT
CTGCCTATATCGGTTATTTCTGGTAGTCTAGGGTTGATTTCTGGGGCGGT
TGGGCTCGGGTTGTGGGCCGCCGGTGGAGTGCTATCGTACTCGCTCGGAA
TGATTGGGCTCAGGGCTGGTCGGGACGGCGAGGCCTCTGCCCAATTACTG
TCGGTGCCGGCGGTGGGGAATGAAGCAGTGCAGTTTGTAGCGAGGTTTGA
GCAGGATTTTGGGACGAGGAGGCCGAATTTTGTCAGCGAAGGGTTTGTGG
ACGCCCTGCAGAGGTCGAGAAACTCGTTCAAGCTGTTGTTCGTCTACTTG
CACTCGCCAGACCATCCTGATACGCCGTCGTTTTGTGAGAGGACTCTGTG
CTCTGAGATGTTGGTGGCTTATATCAATGAGAATTTCGTGTCGTGGGGAG
GGAGCATTCGGGCAAGTGAAGGCTTCAAGATGAGTAATAGTCTGAAGGCC
TCGAGATACCCCTTCTGTGCCGTCGTTATGGCTGCCACGAACCAGAGGAT
CGTACTGCTTCAGCAGGTTGAAGGGCCAAAGTCTCCTGAAGAAATGCTCT
CAATACTAAACAGAGTAGTTGAAGAAAGTGCTTCTGTTCTTGGTGCAGCA
AGGCATGAGGCAGAACAAAGGAGAATCAACATTCGCTTAAGGGAGGAGCA
AGATGCTGCTTATAGAGCAGCACTTGAAGCTGATCAGGCGAGGGAAAACC
AGAGGAGGGAAGAGCAAGAACGTCTAGAAAGAGAAGCTGCTGAAGCTGAA
CGGAAGCGCAAGGAAGAAGAAGAGGCTCGTGAAAGAGCAGCACAGGAAGC
TGCGGAGAAAGAGGCTGCACTAGCTAGGATGCGGCAGGAGAAAGCCTTGT
CACTTGGTGCCGAACCTGAAAAAGGACCTGATGTTACACAGGTTGTGGTT
CGGTTCCCAACTGGACAACGCAAGGAAAGGAGATTCCACAGCACTGCATT
AATCCAAAGTCTCTATGATTTTGTTGATTCTATGGGTTGTGTTGATGCTG
AGAACTACAGTTTGGTGTCGAACTTCCCTCGGGTTGTATATGGACCAGAG
AACTCGATTTCTGCACTCAAGGGTTTTCTTAGGGTTCTCAGAGTCCCCAA
TTTCGCCTCCCCAGCTCGAAATTTTTTAGGCGAGAGTGAAATCCCCGACT
TTGGCGATCCGAAAGATGCAGATAGCGCCATGGCTGAGTCTCGGATAGGT
TTGACAATGTGGAGCTCCGTCGCGAACCGGAATTCAGGTACGGAATTCGG
GGACATGTGGTTTATCGGCTGCCGTTTTCGTCTTCGATCGGCGTTCGACC
CGTACTCCGTCGCTTGCGAGGCGTTTTCTGAACACTGTGGGTTATGGATT
CCTGTAGTGGTTTTGTTGGTGGAAATTCTGCTTGCGACGATGGTGGCGTT
GTGGAGAAAGATCCGACTGGGCAATACGTGCGGATACAAGGCATTCGATG
AGGAAGAAGGAATAGAAGTAGCTTGGTGCCAAGTGAATATCGAGGAGGTG
TTGCAGTCTCCGGAACAGTTGGAGAGATTGTATTCCGAGGTTCATCTGCT
GAAGTCATTAAAGCATCAAAACATTGTCAAGTTCCATAACTCATGGGTGG
ATGATAAGAACAAGACCATCAACATAATAACAGAGTTGTTCACTTCCGGG
AGTTTGAGGCAGTACCGAAAGAAGCATAAGAATGTTGATATGAAGGCCAT
TAAGAACTGGGCAAGGCAGATTCTTCGAGGCTTGCATTATCTGCATTCTC
ACAATCCTCCAATTATTCATAGAGATTTGAAATGCGACAACATATTTGTC
AATGGAAATACTGGAGAAATTAAAATCGGAGATCTCGGATTGGCTATTGT
CATGCAGCAGCCTACTGCTCATAGTGTTATTGGCACCCCTGAATTCATGG
CTCCAGAGCTTTATGACGAGGAATACAATGAATTAGTCGACATCTATTCT
TTTGGCATGTGCATGTTAGAAATGGTGACTTGTGAATACCCTTATAGTGA
ATGTAAAAATCCAGCACAAATTTATAAGAAGGTTACCTCTGGTGTAAAGC
CCGCTTCACTCAGTAAAGTGGACAATCCACAAATCAAGGAGTTCATAGAG
AAGTGTCTAGTTCCAGCATCTATGAGATTAAGTGCAGTTGAACTCTTGAA
AGATCCATTCCTTGCAACTGACAATTTGAAGGAGCCCAATTGTATTCCTT
CACAATTAGAAAAGTTGGTGAACTTGCCACAGCCTGAAGCATGTCCTATG
GACGTAGATACTAACTACCAGAAGTCCTCCTCTGGATTTTGTAGGAGAAG
TACCAATGAAATATCGAATCCATCGGTTCTGGAGTTACAGAGTTTCACTG
AGAATAACGAGTTCAGGTTAAAAGCGGAGAAAAATTCTGATAGGACCGTC
TCTTTAACTTTGCGCATTGCTGATACATGTGGTCGTGTGAGGAATATCCA
TTTTGAGTTCTATCTTGATTCCGATACTGCAATTTCAATTGCTGGGGAGA
TGGTTGAGCAACTTGATCTTCCACATGAAGACGTCTCTGTCATAGCTGAG
TTAATTGATAACTTGATCATGAAGCTTGTACCCGGCTGGAAACCTTCATC
AGAAGGTTCATCATGTGGAACAAATAGTTCATGTGTTGATCATGCTGCAC
TGCAAAATGTTCTCTCACATGTTGCACACGCGGAGGACCGAGATAACCAA
TCATCAATGATTTCAGATACTTCGGTTACCTCAGCTGAGCATGGTGTTCC
TACTGCCTCAGGGGCCAGTAATGTCAAAGTTATGGAGTCGGCTAAATATA
GTTCCGATGAGTGCTGTAAAGCTTCAGATGGTTACGCTTCCAGTCCAGAT
TGTATGGTTAAAGGTGTGGTCAAGGAGAAGAGTTACGAAGCTGATTCTGG
TGATTCATTTGTGATGAACGAGGCATGCACCGACATGTCAAGCATTTGTT
CCTTATCTGAGCTGTCTCTAGCCAACAAAGATGGGTACGGTGAGCTAAAG
GGGGAGCTTGATGCTATTGACATGCACTATCGTCGATGCCTTGTCGAACT
CTTGAGGTCGAGGGAAGAAGAAATTCGGAGTGCAAAGAAGAGGTGGATAG
AGAAAAAGAAAATAGCTGTTAATTGA

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **INTERPRO**
Term	Definition
IPR000719	Prot_kinase_dom
IPR001012	UBX_dom
IPR002290	Ser/Thr_dual-sp_kinase
IPR006577	UAS
IPR008271	Ser/Thr_kinase_AS
IPR011009	Kinase-like_dom_sf
IPR020635	Tyr_kinase_cat_dom

Vocabulary: **Molecular Function**
Term	Definition
GO:0004672	protein kinase activity
GO:0005524	ATP binding
GO:0005515	protein binding
GO:0004674	protein serine/threonine kinase activity
GO:0004713	protein tyrosine kinase activity

Vocabulary: **Biological Process**
Term	Definition
GO:0006468	protein phosphorylation