MDP0000218678, MDP0000218678 (mRNA) Malus spp. (apple)

Transcript Overview


Name	MDP0000218678
Unique Name	MDP0000218678
Type	mRNA
Organism	Malus x domestica (Apple)
Sequence length	8455

Alignments

The following features are aligned


Feature Name	Type	Location	Analysis	Reference
chr13	chromosome	chr13:20294025..20302479 -	Malus x domestica Whole Genome v1.0 Assembly & Annotation	n/a
MDC020026.257	contig	MDC020026.257:22044..30498 -	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
MDP0000218678_exon_1	MDP0000218678_exon_1	Malus x domestica	CDS
MDP0000218678_exon_2	MDP0000218678_exon_2	Malus x domestica	CDS
MDP0000218678_exon_3	MDP0000218678_exon_3	Malus x domestica	CDS
MDP0000218678_exon_4	MDP0000218678_exon_4	Malus x domestica	CDS
MDP0000218678_exon_5	MDP0000218678_exon_5	Malus x domestica	CDS

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


Feature Name	Unique Name	Species	Type
MDP0000218678	MDP0000218678	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
IPR009053	Prefoldin	SUPERFAMILY	46579	Prefoldin	coord: 1452..1568 score: 0.002coord: 776..884 score: 0.
IPR011684	KIP1-like	PFAM	PF07765	KIP1	coord: 26..107 score: 2.8
None	No IPR available	COIL	coil	coiled-coil	coord: 250..313 score: NAcoord: 320..341 score: NAcoord: 362..474 score: NAcoord: 475..488 score: NAcoord: 495..516 score: NAcoord: 520..551 score: NAcoord: 586..614 score: NAcoord: 621..640 score: NAcoord: 641..677 score: NAcoord: 691..712 score: NAcoord: 736..764 score: NAcoord: 799..883 score: NAcoord: 894..915 score: NAcoord: 971..992 score: NAcoord: 1108..1127 score: NAcoord: 1128..1136 score: NAcoord: 1138..1159 score: NAcoord: 1160..1171 score: NAcoord: 1213..1234 score: NAcoord: 1269..1304 score: NAcoord: 1364..1385 score: NAcoord: 1392..1427 score: NAcoord: 1434..1483 score: NAcoord: 1518..1531 score: NAcoord: 1532..1539 score: NAcoord: 1540..1543 score: NAcoord: 1544..1552 score: NAcoord: 1553..1567 score: NAcoord: 1630..1651 score: NAcoord: 1682..1703 score: NAcoord: 1878..1899 score
None	No IPR available	SEG	seg	seg	coord: 136..143 score: NAcoord: 822..833 score: NAcoord: 973..991 score: NAcoord: 1044..1059 score: NAcoord: 1129..1143 score: NAcoord: 1147..1163 score: NAcoord: 1477..1494 score: NAcoord: 1542..1563 score: NAcoord: 1878..1890 score: NAcoord: 2092..2105 score
None	No IPR available	SEG	seg	seg	coord: 19..45 score: NAcoord: 49..64 score
None	No IPR available	SEG	seg	seg	coord: 35..51 score
None	No IPR available	SEG	seg	seg	coord: 16..27 score
None	No IPR available	SEG	seg	seg	coord: 38..51 score
None	No IPR available	SEG	seg	seg	coord: 21..37 score
None	No IPR available	SEG	seg	seg	coord: 58..69 score
None	No IPR available	SEG	seg	seg	coord: 95..109 score
None	No IPR available	SEG	seg	seg	coord: 24..34 score
None	No IPR available	SEG	seg	seg	coord: 37..51 score
None	No IPR available	SEG	seg	seg	coord: 43..56 score
None	No IPR available	SEG	seg	seg	coord: 11..21 score
None	No IPR available	SEG	seg	seg	coord: 36..47 score
None	No IPR available	SEG	seg	seg	coord: 5..31 score
None	No IPR available	SEG	seg	seg	coord: 42..55 score
None	No IPR available	SEG	seg	seg	coord: 45..56 score
None	No IPR available	SEG	seg	seg	coord: 33..46 score
None	No IPR available	SEG	seg	seg	coord: 6..18 score
None	No IPR available	SEG	seg	seg	coord: 30..45 score: NAcoord: 56..67 score
None	No IPR available	SEG	seg	seg	coord: 1..17 score
None	No IPR available	SEG	seg	seg	coord: 1..20 score
None	No IPR available	SEG	seg	seg	coord: 46..58 score
None	No IPR available	SEG	seg	seg	coord: 9..39 score: NAcoord: 44..60 score
None	No IPR available	SEG	seg	seg	coord: 52..66 score
None	No IPR available	SEG	seg	seg	coord: 103..118 score
None	No IPR available	SEG	seg	seg	coord: 32..52 score

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at chr13:20294025..20302479-
mRNA from alignment at MDC020026.257:22044..30498-
coding sequence from alignment at MDC020026.257:22044..30498-

mRNA sequence

>MDP0000218678 ID=MDP0000218678; Name=MDP0000218678; organism=Malus x domestica; type=mRNA; length=8455bp
ATGGTCATTAACATTCACATTAATTTGAACATGAAACTAGATGAAGCTAG
ACCAAAAATGAACGGAAGCAAAATATGGTGGATCTCAAGTTTTGTGATCT
ATGGTATTAGCATGATATAATGTCAAGCATATGAAATATGTTTTAAAAGA
AATTTTGAGGTCAGTGTAGATAAAAAATCAGTTTCCTTGGAATTTTGTCA
TTCGATTCCTCTCTTTCTCCTCAGCATGTGCAATTGAGTGTATTTTTGCA
GATGGATGTCCTTGGATTTTTCATGCTACATTCGTAATTGACCCGAAATC
TTATTATGCAGACATGGATTCCAAAGTCAAAGCAATGATCAAGCTCATTG
AAGAAGATGCAGATTCTTTTGCAAGGAGGGCAGAAATGTACTACAAGAAA
CGCCCGGAGCTCATGAAACTGGTGGAGGAGTTCTATCGAGCATATCGTGC
ATTAGCAGAGAGGTACGATCATGCAACTGTAGAGCTGCGACACGCTCATC
GAACCATGGCAGAAGCATTTCCCAACCAAGTACCTTATGTATTGGCTGAT
GAATCGCCCTCAGGCTCTTCTGGCCCAGATGTTGGACCTCATACACCAGA
AATGCCACATCCAGTTCGTTCCTTATTTAACCCTGATGACTTGCATAAGG
ATACATTGGGTCTCTCGTCAACCAATTTACAAGCTTTGAAAAGGAATGGA
GGAAACTCAGCAGACTCCAACTCTGGAATAAGCAGAAGGGGTCTAAAACA
GTTCACCGAGATGTTCACTCCAGGAGAAGTGCCAAATAGCTCAAAGGGTG
CAGTAGAGGGAAGGATGAGAGAGGGCTTAAATTTTCATGAGGAAGAAGAT
ATCAAACATCAGTTCCAAAATGGGTACTTTCAATTAACTAGTGAGAACCA
AAGTCTCAAGACCCAGGTTCTTTCTCAATCTGAGCGTGCTGCAAAAGCAG
AAACTGAAGTTCAAGCCTTAAAGAAAACTCTAGATGAGATACAATCTGAA
AAAGACGGAGTCCTTCTTCAGTACGAGCAGAGTTTGGAGAAGTTGTCTAC
ACTGGGGAGGGAACTAGATGATGCACAAACGGCTGTTGGAGGGCTCGATG
AACGAGCAAGCAAAGCTGATATTGAAACTAAAATATTGAAGGAAGCCCTT
GTGGAGTTAGAAGCAGAGAGGGATGCTGGTCTTCTTCAGTACAATCATTG
TTTGGAAAGGATATCTAGCCTGGAGACCATGTTATCATTTTCTCAAAGGG
ATGCAAAAGGACTTAACGAGCGGGCTGTTAAAGCAGAAACTGAAGCTCAA
AAGCTCAAGCAAGAACTTTCAAAACTACAGGCTGAAAAGGAAGATTTTTT
TCTTCAGTACAAGCAATGCCTTGAGAAGATATCTGCTTTGGAGACTAAAA
TCTCAGTTTCTGAGGAAAATGTGAGAATGCTTAATGAACAAATTGAAAGA
GCTGAAGGCGAAGTCAAAACTCTGAAAGAATCTCTGGCTATACTGATGGA
AGAGAAAGAAGCTGCAGCTCTTCAATACGAGCGGTGCATGGATACAATAG
CTAAAATGGAAAGTGAAAWTTCTCAGGCTCAAGCAGATGCCAAACGACTA
AAYAGTGAAGTTTTGACAGGGGCTGCAAAATTGAAGAGTGCCGAAGAACA
ATGTGATCTCTTGGAGAGATCAAATCACTCTCTGCGGTTAGAGGCGGATG
GTCTGTTGAAGAAGATTACAAGTAAAGATCAAGAACTTTCAGAGAAGAAT
GACCAGATGGAGAAACTTCAGATTCTGATGCAAGAGGAGCACTTACAGTT
TGTGCAAGCTGAAGCCACTCTCCACGCTCTTCAGAAGTTGCATTGTCAAT
CCCAARASGATCAGAAAGCYTTAGCTCTGGAGTTCAAAAATGGGCTTCAA
ATGTTGAAGGACTTGGAGATACGCAAAAATGGTATGGAGGATGATGCCCA
ACGGGTTAAGGAGGAAAACAAGAGCCTAAGTGAATTGAATCTCTCTTGCA
CTGTGTCAATAAAGAATCTGCAAGATGAAATCTTCAACATCAAAGAGATG
AAAGAGAAACTTGAACWGGAGGTTGCGGTAAAATCAGACCAAAGCAATGC
CCTCCAGCAACATATTTTACATTTGGAGGAGGAAATTAAGGGATTGAATA
GAAGATATCAAGCTATGGTGAAGCAGGTGGAGTCAGCAGGATTAAATCCT
GAATGCTTTGAATCATCTGTGAAAGACTTGCAAAGTGAAAAATCGAAGCT
AGAAGATATATGCACAGGGGAGAAAGAACAAAGAGAACTTCTTTATGAGA
AGTTGAAGGATATGGGTAAACTTTCAAAGGAGAATGCTATTTTGGAGAGC
TCGCTGTTGGGGTTGAACACTGAGTTGGAGGGTTTGAGAGAGGCTGTCAA
ACAATTGCAAGCGTCTTGCCAGTTTCTTCAGGGAGAAAAATCCACTCTTG
TTGCTGAGAAAGCTCTCCTGCTTTCACAGTTACAAATTATCACTCAGAAT
ATGCAGACGCTTTTTGAGAGGAACACCTTGCTGGACAATTCCCTCTCTGT
TGCAAACATTGAGCTTGAACGGTTCAGAGCAAGATCGAACAGCTTAGAAG
AGTTGTGCCAGTCTCTCAATAATGAGAAATCCAATCTTCTTAATGAGAGA
GGCACCCTGGTATTTCAGTTAAAAGATGTTGAAGAGAGACTGCGAAACCT
GGAAAAGCGGTTTACAAAATTGGAGAAGAAATATTCTAATTTGGAGAAGG
AGAAAGGATCCACACTCAATGCACTCGAAGAACTACAGGGTTCCCTCCTT
GCAGAAAAACGAGAGCGTGCAAGTTATATACGTTCAAGTGAGGCCCGATT
CGCAGGTTTGGAAAACAATGTCCATCTGATGCAGGAAGAAAGAAAGCTGG
GAAAGAAAGATTTTGAAGAAGAACTAGATAAAGCTTTAAATGCCCAGATC
GAGATCTTTATCCTTCAGAAGTTTATAGAAGATCTGGAAGAGAAGAATTT
GTCCTTATTCATCGAGTGTCAGAGACACGTTGAGAAATCCAAGTTTTCTA
GTAAGCTGATCTCAGAGTTGGAGAATGAAAATCTTGAACTACAGGTGGAA
GAACAATTCTTGGTGGAAGAAATCGACAAGTTGAGGTTGGGAATTCGTCA
AGTGCTCAGGGCTCTTGAGGTTGAACCAGATAGGCACGACGATAAGACTG
AACCAGGGAAAGTAAATRTGCCGCACGTTTTGAATACTATCAAGGACTTG
AAAACTTCTTTGTTACGTAGCAAGGATGAGGAACAGCAGTTGCTTGTTGA
GAAGTCAGTGCTCTTAAGTGTACTTGGGCAGATGAGAYTAGAGGGTGCAG
AGACAGAGACGGAAAAGCAATTCTTTGAGGGGGAGTATGAGATCATGATA
AACCATTGTTCTATGCTACAAAAAGAGAAGCATGACCTTCTAGAGATGAC
AAGGGAGTTGAGGTTGGAAGTGACYGAGAAAGAGCACAAGGAGGAAATAT
TAGAGGCTCAACTGGTAACTCTTCAAYGTAAGCTGGCAAATTTGGAGAAC
AATKACRTGGTTTTGCAAGAAGAAAATTACAAGGTGCTTGAAGATAAGAG
ATCTTTGCTTAAGGATCTTTTGGAMCTCAAAGAGGAAAATCAAATGCTTG
AAGAGGATAATATTGTTAATTTCCATGAAGCACTAGCTTTCAGCACCCTC
TCATTGGTTTTAGAGAGCTTCGCAACCGAGAAAGCTGCAGAACTAAAAGC
ACTTACTGAAGATCTCAACAGTCAATTTGTAATTAACAACGACCTCAAAG
AGGCTGTTGGGATATTGGAGGAGCAGTTAGTGATGAAAGAAGCAGAAAAT
CTGCATCTGAGCGAGACAGTCGAATTGTTGGACAAGGAACTGTGTGACTC
CAAGGACTTAAATGGTCAACTAAGCCATCAGATCTCAGTTGGAAACGATT
CTCTGAAACAGAAAACCATGAAGCTCTTGGACGCAGAAGAGAAGCTTAAA
AGGACAGAGGACTTGAATGTGGAATTGTGCAGAAGAGTTCAGGAACTGAA
GATGGATATTGAAGAGTCAAAACTAATGCAACAAAATTGCAAGAAGCAGA
TTCTTGAACTATCTGAAGATAGCACAAGCCAGAAAAAGGAAATCAATAGC
CTTTGTGAAGCAAATGAAATTCTGAAGAATGAAATCTTGTCTAACGTAAT
TGAAAAAGAAGTAGAAAATCTACATCTGAACGAGACAGCTCAATTGTTGC
ACGAGGAACTGCGTGAAGTCAAGGACTCGAAAGATCAGCTAAACCATCAA
ATTTTAGCTGGAAAGGATTCTCTGAAGCAGAAAACCATGGAGCTCTCAGA
AGTAGAAGAGAAGCTTAGAAAGGCCGAGGACTTGAATGTGGAATTATGCA
GAACTGTTCAGGAGCTGATGATGGAACATGAAGATTCAAATCTTCTGAGA
GAAAATTGTGAGAGGCAGATTCTAGAACTATCCAAAGATAACTCGAATCA
GAAAAATGAAATTGAGATCCTTCGTGAAGCAAATGAAACTCTGGAGAAGG
AAGTGGGTATGTTAAGTGAAGTAATTGAAGAATATAGAAGTAGAGAAGAG
TATCTGAGTTCCGAGCTACAAGAGAGAAGCAATGACTTTGAACTCTGGGA
GGCTGAGGCTGCGACATTCTTYTTTGATCTTCAAGTTTCTGCTGTCCGTG
AAGCTTTTCTTGAAAATACGGTTCATGAGCTCACTGATKTTTGTGAGAGT
CTTAAAGATGAARGTGCTGCAAAATMTGTGGAGGTCAAACAAATGAAAGA
AAGWGTTAGCTCCTTGGAAGGTGAAGTTGGGGAGCTGATGGGCCAGTTGT
CTGCATATGTACCTGTCGTAGCCTCATTGAGAGAGAATGTAGCATCTCTT
CAGCACARTACTGTACTTAGATCGAAGCTTCTTGTGGAAAGAAATCAACA
ATATAAGGTAATATTTTCCGTCTCTTTAGAAATTTAGAAACATTGATGAT
TGTGATGATCAATCAGTTAGAGTCWGAGCTAGGTAGATCGACTCATTTTT
GGTTTTGACAGCCTAACCCCAAATTTTCAATAACGTAGAAGTGTGTTTGT
GTGTGTTTTTGGCCTTATTGGTATGGATAAAATGTGTATCTATTAACTGC
TATTGTAAGTGTACATGAAAGTTCGAGTTAGTTCTAATTTTAAGTGTCCT
GCTTGTAACTGAAATTTAACGCTAAAATTAAAACATTCTTATTCTAGCAA
ARGCCTTCCTAACAGAAACAGATGTAGATCACTAGTTTGCAACTTGTCTT
CTGTGGATAATTGAAGTTTAATGCTAAAACTTGATAATTAACATGTTTGT
GTCTTATTGGACCACTCTGACYATCACCATTGCTTGCTTATGCTCTTCTT
CTATCTACTAATTATCATGTTTGTGCCTCTAGGGTGTGGAACCGCCAAAT
CATCTACATGAAAATAGCTGTCAACATTCCACAGCATCGGTACCACAYGG
AATTTCAGAATTGGCAGAAATGCAAACAATGATCAAAGAAGTTGAAAAGA
TGTTTGTCGAGGAAACGGAAAGGCTTGTGATGGAACCATTTGAAAAGGCA
ATGGTGGAAGAAATTGAAAGGCTTTCAACTCAGGAAAGTACAAAAAACAG
CAACGKCTCTGTGGAGATTGAAGAGTTACAATCAAACGGTACCTCACTTC
AAGAAAAATGCAGTAAAAGTGAAGAGATGAAACTTGGAAAGGAGTTCACY
GGTGAAAATCTCAAGTTGCTGAAGACAAAATCTGATAATGGGATTTGGAT
GAAAGACATTCCGCTTGATCATGTTTCTGATTGTTCATCCCATGGAAAAA
GCAGGAGAGGTACTGGTGGGGCTGATAATCAGATGCTTGAGTTATGGGAA
ACTGGCGAACAATACAGTCACCAGGATCCTGTTCCCAATGAGAAACAAAA
TCAGGCATCTGCACGCATGGAAGATCTTACCCCTAGCCATCGGTTTACAG
ATTCTGAGCCGATGATTCAGAATTTTACTTCAGAAGTTCAGGCTGAGAAG
GAGTTGGGAATTGATAAGCGGGAAGTGTCATTTCGAAGGCCACATCATGA
AAGCAAGAAGGAAAAAATCCTGGAGAGACTTGCTTCTGATGCGCAGAAAC
TGACGAGTCTGCAAACGATTGCTCGGGATTTGGATAAGAAGATGGAGACA
AGCAAGAAGGGTAAAAGGGCCAACGGCATTGAATATGAAACAGTCAAAAG
ACACTTGGTTGAAGTTGAGGAGGCAGTTGTGCAGCTAGTGGAAACTAATG
ATCAACTGAAAAAGAACATTGAGGAGTCTCCGTCTTTGGACGAGCAGACT
TCCATAGAGTTGGAGGAGGCTGGAAATGTCCGCAGAGAGAGAGTAGTGAA
AGAGGCAAGTAAAGGGTCTGAGAAGATCGGAAGGCTGCAGTTTGAGTTGC
AGAACATCCACTACATTTTGCTGAAACTGGAGGACGAGAATAAGAAGAAA
GGGAGGCATGGATTTTACGTAAGCAGAACAGGCGTTCTCCTGAGGGATTT
TATTTACAGCGGAAGAAATAGCGAGAGGCGCAAGAAGGGTTGTGTGTGTG
GCTGCATGAGACCGTCCACGAATGGAGAATGACGAGGTAGTAATCACTTR
GAGGGAAGCATATTTTATTTCMTTGAATGATCCTAATATTATGTTTAGCG
AATCATTTCACAGATTAGTTAGCGAAARCAGAAGTGTATTAGCTCGGATT
CTCTGTAAAATAGGCTTTGATCYAATCAAAATAAGCTGCTTCCTTCATCT
TGTCACCTCCCAATAACCATTGAAACAGCCTCATTATTATTTGAGAAATT
TTTAGTACAAGCCACTTGTTTTCTTCTTTTTTTACTTCAGATGTTTCAGT
AACATTCGGAATGCCTGGTTGTGTGGAATGTAYGCKTTGGATAAGTCGGA
AAATGGCCGTCTTCATATATTAACCGGATTTTGGAACTGCCGGAGAGGGA
TGGGRGCTCGAGTGTGATCAACTTCCGAACCAAGACCTTTCTTAGGTGTT
GTGTAACATCTGAAGCAGGAACGCTAATAGAAGCCTACTGTCGAAAAAAC
CTTGCCTACCAAATTATAATAAAATTAAAACTTTCTTAGGTGTTGAGTAT
ATGGAGTTAACCAAAGAGTTTTAATGGAAAGATTCAACATATTTTCAACT
TGCTTGTTAATCTTAACAAATATTTCAAGCACTTGAGATTTATTTTTCAT
GGGAAATATCTAAGAATAGCAAGAATAATCATCAACAAACAATAAATAAT
AACGATAACTTTCTAACTAAAATAATAGGAGAACACCAAACATSTGAATG
CGGAAGTTGTAGAGGAAATTTAGAGACAAACTCCAACCTACTAATGGACA
TAAATGACAAAAAGTTAAATCAAAAGYGCCATTAACTGGTACTTGTTTAT
TTGAAATTAAAAGCTTAACTATTGGAGAAGCAGGATGACCAAGGTGGAAA
TGCTACTTCTGAGCAGACACTCGAACTCCTATAAATGCTGAAAAATGATG
ATTGGATAATCTACTGCCATTTGGAAATGGGTATAACMAATTCTCACACC
TCTCTTGGACAAGCGTCCTCCGAGTCTTGAGGTCCTTAAATATTACAAGG
TAACAAAGGTTATCGGTGGTAAACGGAATGGGCAGATATTATACTGGTAG
AGGCAGATGGGCGCTGTAATATGAGCATTTGCTCCAAGAGTAATAKGAGG
CATTTGCTCCAGTATCAAGAAGCCAGGGGCCATTGTTTTGGCGATTAAAT
ATGATTGGCAGATGTTGTTCCCAAGAGGTTGTCTGCACCATTGTTTCAAA
CYCATTGCTTCAATCTCAGGCTTGGAAAGTCCAAACCTGTGATCGAGGGG
GAATGTTAACAGTAATAGACTTGTGATCCAATGGTTGGTTAGTATGAGTG
TCAATAATCTGTGAACTCATGTTAGCTTAAGCTGTAAGCAAGGTAGTTAG
ACATATACATCCTAAGCTTCCTCTGTTGTTTTTGCTCCTCTCCACTCTTT
TCCTCTCTACCTCTGTCTTCCACTCTTGCTTATATTTGGCAGCCTTGGCC
GCCGTCGCCCACCTGTGCAGTGTGCGCCCTTACCGCGAGCGCGGAGTATT
GCAGAGCCAGGTTTGGCTGTCCTTACTTCCAATCTCAAGGAAGTGATAAA
TGCATGCAGCAGTGCGAGATGAAAATGAGTGAAACTTGGCAGAAGGATCA
ATGTAAAACAGTGCAGGCAGCACGGAGTTTACCAATATCAGGGGCAGGGG
AAGCAGCAGTGCGAGCAGGCTTGCCAGGGCCAGGGACAGCAGTGCCAGGA
GTTGTGCCAAGAGACGATGAGGCAGCTATATCAGTGCCTGGATCAGTGCC
TGGATCAGGGGCAACCGCAAGAGCGATGCCAACAGATGTGTTGGCAGCAG
CTTGA

protein sequence of MDP0000218678

>MDP0000218678 ID=MDP0000218678; Name=MDP0000218678; organism=Malus x domestica; type=polypeptide; length=2136bp
MVINIHINLNMKLDEARPKMNGSKIWWISSFVIYDGCPWIFHATFVIDPK
SYYADMDSKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYR
ALAERYDHATVELRHAHRTMAEAFPNQVPYVLADESPSGSSGPDVGPHTP
EMPHPVRSLFNPDDLHKDTLGLSSTNLQALKRNGGNSADSNSGISRRGLK
QFTEMFTPGEVPNSSKGAVEGRMREGLNFHEEEDIKHQFQNGYFQLTSEN
QSLKTQVLSQSERAAKAETEVQALKKTLDEIQSEKDGVLLQYEQSLEKLS
TLGRELDDAQTAVGGLDERASKADIETKILKEALVELEAERDAGLLQYNH
CLERISSLETMLSFSQRDAKGLNERAVKAETEAQKLKQELSKLQAEKEDF
FLQYKQCLEKISALETKISVSEENVRMLNEQIERAEGEVKTLKESLAILM
EEKEAAALQYERCMDTIAKMESEXSQAQADAKRLNSEVLTGAAKLKSAEE
QCDLLERSNHSLRLEADGLLKKITSKDQELSEKNDQMEKLQILMQEEHLQ
FVQAEATLHALQKLHCQSQXDQKALALEFKNGLQMLKDLEIRKNGMEDDA
QRVKEENKSLSELNLSCTVSIKNLQDEIFNIKEMKEKLEXEVAVKSDQSN
ALQQHILHLEEEIKGLNRRYQAMVKQVESAGLNPECFESSVKDLQSEKSK
LEDICTGEKEQRELLYEKLKDMGKLSKENAILESSLLGLNTELEGLREAV
KQLQASCQFLQGEKSTLVAEKALLLSQLQIITQNMQTLFERNTLLDNSLS
VANIELERFRARSNSLEELCQSLNNEKSNLLNERGTLVFQLKDVEERLRN
LEKRFTKLEKKYSNLEKEKGSTLNALEELQGSLLAEKRERASYIRSSEAR
FAGLENNVHLMQEERKLGKKDFEEELDKALNAQIEIFILQKFIEDLEEKN
LSLFIECQRHVEKSKFSSKLISELENENLELQVEEQFLVEEIDKLRLGIR
QVLRALEVEPDRHDDKTEPGKVNXPHVLNTIKDLKTSLLRSKDEEQQLLV
EKSVLLSVLGQMRXEGAETETEKQFFEGEYEIMINHCSMLQKEKHDLLEM
TRELRLEVTEKEHKEEILEAQLVTLQXKLANLENNXXVLQEENYKVLEDK
RSLLKDLLXLKEENQMLEEDNIVNFHEALAFSTLSLVLESFATEKAAELK
ALTEDLNSQFVINNDLKEAVGILEEQLVMKEAENLHLSETVELLDKELCD
SKDLNGQLSHQISVGNDSLKQKTMKLLDAEEKLKRTEDLNVELCRRVQEL
KMDIEESKLMQQNCKKQILELSEDSTSQKKEINSLCEANEILKNEILSNV
IEKEVENLHLNETAQLLHEELREVKDSKDQLNHQILAGKDSLKQKTMELS
EVEEKLRKAEDLNVELCRTVQELMMEHEDSNLLRENCERQILELSKDNSN
QKNEIEILREANETLEKEVGMLSEVIEEYRSREEYLSSELQERSNDFELW
EAEAATFFFDLQVSAVREAFLENTVHELTDXCESLKDEXAAKXVEVKQMK
EXVSSLEGEVGELMGQLSAYVPVVASLRENVASLQHXTVLRSKLLVERNQ
QYKGVEPPNHLHENSCQHSTASVPHGISELAEMQTMIKEVEKMFVEETER
LVMEPFEKAMVEEIERLSTQESTKNSNXSVEIEELQSNGTSLQEKCSKSE
EMKLGKEFTGENLKLLKTKSDNGIWMKDIPLDHVSDCSSHGKSRRGTGGA
DNQMLELWETGEQYSHQDPVPNEKQNQASARMEDLTPSHRFTDSEPMIQN
FTSEVQAEKELGIDKREVSFRRPHHESKKEKILERLASDAQKLTSLQTIA
RDLDKKMETSKKGKRANGIEYETVKRHLVEVEEAVVQLVETNDQLKKNIE
ESPSLDEQTSIELEEAGNVRRERVVKEASKGSEKIGRLQFELQNIHYILL
KLEDENKKKGRHGFYVSRTGVLLRDFIYSGRNSERRKKGCALDKSENGRL
HILTGFWNCRRGMGARPWPPSPTCAVCALTASAEYCRARFGCPYFQSQGS
DKCMQQCEMKMSETWQKDQCKTVQAARSLPISGAGEAAVRAGLPGPGTAV
PGVVPRDDEAAISVPGSVPGSGATARAMPTDVLAAA

mRNA from alignment at chr13:20294025..20302479-

Legend: CDS

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

>MDP0000218678 ID=MDP0000218678; Name=MDP0000218678; organism=Malus x domestica; type=mRNA; location=Sequence derived from: chr13:20294025..20302479- (Malus x domestica

mRNA from alignment at MDC020026.257:22044..30498-

Legend: CDS

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

>MDP0000218678 ID=MDP0000218678; Name=MDP0000218678; organism=Malus x domestica; type=mRNA; length=8455bp; location=Sequence derived from: MDC020026.257:22044..30498- (Malus x domestica
ATGGTCATTAACATTCACATTAATTTGAACATGAAACTAGATGAAGCTAG
ACCAAAAATGAACGGAAGCAAAATATGGTGGATCTCAAGTTTTGTGATCT
ATGGTATTAGCATGATATAATGTCAAGCATATGAAATATGTTTTAAAAGA
AATTTTGAGGTCAGTGTAGATAAAAAATCAGTTTCCTTGGAATTTTGTCA
TTCGATTCCTCTCTTTCTCCTCAGCATGTGCAATTGAGTGTATTTTTGCA
GATGGATGTCCTTGGATTTTTCATGCTACATTCGTAATTGACCCGAAATC
TTATTATGCAGACATGGATTCCAAAGTCAAAGCAATGATCAAGCTCATTG
AAGAAGATGCAGATTCTTTTGCAAGGAGGGCAGAAATGTACTACAAGAAA
CGCCCGGAGCTCATGAAACTGGTGGAGGAGTTCTATCGAGCATATCGTGC
ATTAGCAGAGAGGTACGATCATGCAACTGTAGAGCTGCGACACGCTCATC
GAACCATGGCAGAAGCATTTCCCAACCAAGTACCTTATGTATTGGCTGAT
GAATCGCCCTCAGGCTCTTCTGGCCCAGATGTTGGACCTCATACACCAGA
AATGCCACATCCAGTTCGTTCCTTATTTAACCCTGATGACTTGCATAAGG
ATACATTGGGTCTCTCGTCAACCAATTTACAAGCTTTGAAAAGGAATGGA
GGAAACTCAGCAGACTCCAACTCTGGAATAAGCAGAAGGGGTCTAAAACA
GTTCACCGAGATGTTCACTCCAGGAGAAGTGCCAAATAGCTCAAAGGGTG
CAGTAGAGGGAAGGATGAGAGAGGGCTTAAATTTTCATGAGGAAGAAGAT
ATCAAACATCAGTTCCAAAATGGGTACTTTCAATTAACTAGTGAGAACCA
AAGTCTCAAGACCCAGGTTCTTTCTCAATCTGAGCGTGCTGCAAAAGCAG
AAACTGAAGTTCAAGCCTTAAAGAAAACTCTAGATGAGATACAATCTGAA
AAAGACGGAGTCCTTCTTCAGTACGAGCAGAGTTTGGAGAAGTTGTCTAC
ACTGGGGAGGGAACTAGATGATGCACAAACGGCTGTTGGAGGGCTCGATG
AACGAGCAAGCAAAGCTGATATTGAAACTAAAATATTGAAGGAAGCCCTT
GTGGAGTTAGAAGCAGAGAGGGATGCTGGTCTTCTTCAGTACAATCATTG
TTTGGAAAGGATATCTAGCCTGGAGACCATGTTATCATTTTCTCAAAGGG
ATGCAAAAGGACTTAACGAGCGGGCTGTTAAAGCAGAAACTGAAGCTCAA
AAGCTCAAGCAAGAACTTTCAAAACTACAGGCTGAAAAGGAAGATTTTTT
TCTTCAGTACAAGCAATGCCTTGAGAAGATATCTGCTTTGGAGACTAAAA
TCTCAGTTTCTGAGGAAAATGTGAGAATGCTTAATGAACAAATTGAAAGA
GCTGAAGGCGAAGTCAAAACTCTGAAAGAATCTCTGGCTATACTGATGGA
AGAGAAAGAAGCTGCAGCTCTTCAATACGAGCGGTGCATGGATACAATAG
CTAAAATGGAAAGTGAAAWTTCTCAGGCTCAAGCAGATGCCAAACGACTA
AAYAGTGAAGTTTTGACAGGGGCTGCAAAATTGAAGAGTGCCGAAGAACA
ATGTGATCTCTTGGAGAGATCAAATCACTCTCTGCGGTTAGAGGCGGATG
GTCTGTTGAAGAAGATTACAAGTAAAGATCAAGAACTTTCAGAGAAGAAT
GACCAGATGGAGAAACTTCAGATTCTGATGCAAGAGGAGCACTTACAGTT
TGTGCAAGCTGAAGCCACTCTCCACGCTCTTCAGAAGTTGCATTGTCAAT
CCCAARASGATCAGAAAGCYTTAGCTCTGGAGTTCAAAAATGGGCTTCAA
ATGTTGAAGGACTTGGAGATACGCAAAAATGGTATGGAGGATGATGCCCA
ACGGGTTAAGGAGGAAAACAAGAGCCTAAGTGAATTGAATCTCTCTTGCA
CTGTGTCAATAAAGAATCTGCAAGATGAAATCTTCAACATCAAAGAGATG
AAAGAGAAACTTGAACWGGAGGTTGCGGTAAAATCAGACCAAAGCAATGC
CCTCCAGCAACATATTTTACATTTGGAGGAGGAAATTAAGGGATTGAATA
GAAGATATCAAGCTATGGTGAAGCAGGTGGAGTCAGCAGGATTAAATCCT
GAATGCTTTGAATCATCTGTGAAAGACTTGCAAAGTGAAAAATCGAAGCT
AGAAGATATATGCACAGGGGAGAAAGAACAAAGAGAACTTCTTTATGAGA
AGTTGAAGGATATGGGTAAACTTTCAAAGGAGAATGCTATTTTGGAGAGC
TCGCTGTTGGGGTTGAACACTGAGTTGGAGGGTTTGAGAGAGGCTGTCAA
ACAATTGCAAGCGTCTTGCCAGTTTCTTCAGGGAGAAAAATCCACTCTTG
TTGCTGAGAAAGCTCTCCTGCTTTCACAGTTACAAATTATCACTCAGAAT
ATGCAGACGCTTTTTGAGAGGAACACCTTGCTGGACAATTCCCTCTCTGT
TGCAAACATTGAGCTTGAACGGTTCAGAGCAAGATCGAACAGCTTAGAAG
AGTTGTGCCAGTCTCTCAATAATGAGAAATCCAATCTTCTTAATGAGAGA
GGCACCCTGGTATTTCAGTTAAAAGATGTTGAAGAGAGACTGCGAAACCT
GGAAAAGCGGTTTACAAAATTGGAGAAGAAATATTCTAATTTGGAGAAGG
AGAAAGGATCCACACTCAATGCACTCGAAGAACTACAGGGTTCCCTCCTT
GCAGAAAAACGAGAGCGTGCAAGTTATATACGTTCAAGTGAGGCCCGATT
CGCAGGTTTGGAAAACAATGTCCATCTGATGCAGGAAGAAAGAAAGCTGG
GAAAGAAAGATTTTGAAGAAGAACTAGATAAAGCTTTAAATGCCCAGATC
GAGATCTTTATCCTTCAGAAGTTTATAGAAGATCTGGAAGAGAAGAATTT
GTCCTTATTCATCGAGTGTCAGAGACACGTTGAGAAATCCAAGTTTTCTA
GTAAGCTGATCTCAGAGTTGGAGAATGAAAATCTTGAACTACAGGTGGAA
GAACAATTCTTGGTGGAAGAAATCGACAAGTTGAGGTTGGGAATTCGTCA
AGTGCTCAGGGCTCTTGAGGTTGAACCAGATAGGCACGACGATAAGACTG
AACCAGGGAAAGTAAATRTGCCGCACGTTTTGAATACTATCAAGGACTTG
AAAACTTCTTTGTTACGTAGCAAGGATGAGGAACAGCAGTTGCTTGTTGA
GAAGTCAGTGCTCTTAAGTGTACTTGGGCAGATGAGAYTAGAGGGTGCAG
AGACAGAGACGGAAAAGCAATTCTTTGAGGGGGAGTATGAGATCATGATA
AACCATTGTTCTATGCTACAAAAAGAGAAGCATGACCTTCTAGAGATGAC
AAGGGAGTTGAGGTTGGAAGTGACYGAGAAAGAGCACAAGGAGGAAATAT
TAGAGGCTCAACTGGTAACTCTTCAAYGTAAGCTGGCAAATTTGGAGAAC
AATKACRTGGTTTTGCAAGAAGAAAATTACAAGGTGCTTGAAGATAAGAG
ATCTTTGCTTAAGGATCTTTTGGAMCTCAAAGAGGAAAATCAAATGCTTG
AAGAGGATAATATTGTTAATTTCCATGAAGCACTAGCTTTCAGCACCCTC
TCATTGGTTTTAGAGAGCTTCGCAACCGAGAAAGCTGCAGAACTAAAAGC
ACTTACTGAAGATCTCAACAGTCAATTTGTAATTAACAACGACCTCAAAG
AGGCTGTTGGGATATTGGAGGAGCAGTTAGTGATGAAAGAAGCAGAAAAT
CTGCATCTGAGCGAGACAGTCGAATTGTTGGACAAGGAACTGTGTGACTC
CAAGGACTTAAATGGTCAACTAAGCCATCAGATCTCAGTTGGAAACGATT
CTCTGAAACAGAAAACCATGAAGCTCTTGGACGCAGAAGAGAAGCTTAAA
AGGACAGAGGACTTGAATGTGGAATTGTGCAGAAGAGTTCAGGAACTGAA
GATGGATATTGAAGAGTCAAAACTAATGCAACAAAATTGCAAGAAGCAGA
TTCTTGAACTATCTGAAGATAGCACAAGCCAGAAAAAGGAAATCAATAGC
CTTTGTGAAGCAAATGAAATTCTGAAGAATGAAATCTTGTCTAACGTAAT
TGAAAAAGAAGTAGAAAATCTACATCTGAACGAGACAGCTCAATTGTTGC
ACGAGGAACTGCGTGAAGTCAAGGACTCGAAAGATCAGCTAAACCATCAA
ATTTTAGCTGGAAAGGATTCTCTGAAGCAGAAAACCATGGAGCTCTCAGA
AGTAGAAGAGAAGCTTAGAAAGGCCGAGGACTTGAATGTGGAATTATGCA
GAACTGTTCAGGAGCTGATGATGGAACATGAAGATTCAAATCTTCTGAGA
GAAAATTGTGAGAGGCAGATTCTAGAACTATCCAAAGATAACTCGAATCA
GAAAAATGAAATTGAGATCCTTCGTGAAGCAAATGAAACTCTGGAGAAGG
AAGTGGGTATGTTAAGTGAAGTAATTGAAGAATATAGAAGTAGAGAAGAG
TATCTGAGTTCCGAGCTACAAGAGAGAAGCAATGACTTTGAACTCTGGGA
GGCTGAGGCTGCGACATTCTTYTTTGATCTTCAAGTTTCTGCTGTCCGTG
AAGCTTTTCTTGAAAATACGGTTCATGAGCTCACTGATKTTTGTGAGAGT
CTTAAAGATGAARGTGCTGCAAAATMTGTGGAGGTCAAACAAATGAAAGA
AAGWGTTAGCTCCTTGGAAGGTGAAGTTGGGGAGCTGATGGGCCAGTTGT
CTGCATATGTACCTGTCGTAGCCTCATTGAGAGAGAATGTAGCATCTCTT
CAGCACARTACTGTACTTAGATCGAAGCTTCTTGTGGAAAGAAATCAACA
ATATAAGGTAATATTTTCCGTCTCTTTAGAAATTTAGAAACATTGATGAT
TGTGATGATCAATCAGTTAGAGTCWGAGCTAGGTAGATCGACTCATTTTT
GGTTTTGACAGCCTAACCCCAAATTTTCAATAACGTAGAAGTGTGTTTGT
GTGTGTTTTTGGCCTTATTGGTATGGATAAAATGTGTATCTATTAACTGC
TATTGTAAGTGTACATGAAAGTTCGAGTTAGTTCTAATTTTAAGTGTCCT
GCTTGTAACTGAAATTTAACGCTAAAATTAAAACATTCTTATTCTAGCAA
ARGCCTTCCTAACAGAAACAGATGTAGATCACTAGTTTGCAACTTGTCTT
CTGTGGATAATTGAAGTTTAATGCTAAAACTTGATAATTAACATGTTTGT
GTCTTATTGGACCACTCTGACYATCACCATTGCTTGCTTATGCTCTTCTT
CTATCTACTAATTATCATGTTTGTGCCTCTAGGGTGTGGAACCGCCAAAT
CATCTACATGAAAATAGCTGTCAACATTCCACAGCATCGGTACCACAYGG
AATTTCAGAATTGGCAGAAATGCAAACAATGATCAAAGAAGTTGAAAAGA
TGTTTGTCGAGGAAACGGAAAGGCTTGTGATGGAACCATTTGAAAAGGCA
ATGGTGGAAGAAATTGAAAGGCTTTCAACTCAGGAAAGTACAAAAAACAG
CAACGKCTCTGTGGAGATTGAAGAGTTACAATCAAACGGTACCTCACTTC
AAGAAAAATGCAGTAAAAGTGAAGAGATGAAACTTGGAAAGGAGTTCACY
GGTGAAAATCTCAAGTTGCTGAAGACAAAATCTGATAATGGGATTTGGAT
GAAAGACATTCCGCTTGATCATGTTTCTGATTGTTCATCCCATGGAAAAA
GCAGGAGAGGTACTGGTGGGGCTGATAATCAGATGCTTGAGTTATGGGAA
ACTGGCGAACAATACAGTCACCAGGATCCTGTTCCCAATGAGAAACAAAA
TCAGGCATCTGCACGCATGGAAGATCTTACCCCTAGCCATCGGTTTACAG
ATTCTGAGCCGATGATTCAGAATTTTACTTCAGAAGTTCAGGCTGAGAAG
GAGTTGGGAATTGATAAGCGGGAAGTGTCATTTCGAAGGCCACATCATGA
AAGCAAGAAGGAAAAAATCCTGGAGAGACTTGCTTCTGATGCGCAGAAAC
TGACGAGTCTGCAAACGATTGCTCGGGATTTGGATAAGAAGATGGAGACA
AGCAAGAAGGGTAAAAGGGCCAACGGCATTGAATATGAAACAGTCAAAAG
ACACTTGGTTGAAGTTGAGGAGGCAGTTGTGCAGCTAGTGGAAACTAATG
ATCAACTGAAAAAGAACATTGAGGAGTCTCCGTCTTTGGACGAGCAGACT
TCCATAGAGTTGGAGGAGGCTGGAAATGTCCGCAGAGAGAGAGTAGTGAA
AGAGGCAAGTAAAGGGTCTGAGAAGATCGGAAGGCTGCAGTTTGAGTTGC
AGAACATCCACTACATTTTGCTGAAACTGGAGGACGAGAATAAGAAGAAA
GGGAGGCATGGATTTTACGTAAGCAGAACAGGCGTTCTCCTGAGGGATTT
TATTTACAGCGGAAGAAATAGCGAGAGGCGCAAGAAGGGTTGTGTGTGTG
GCTGCATGAGACCGTCCACGAATGGAGAATGACGAGGTAGTAATCACTTR
GAGGGAAGCATATTTTATTTCMTTGAATGATCCTAATATTATGTTTAGCG
AATCATTTCACAGATTAGTTAGCGAAARCAGAAGTGTATTAGCTCGGATT
CTCTGTAAAATAGGCTTTGATCYAATCAAAATAAGCTGCTTCCTTCATCT
TGTCACCTCCCAATAACCATTGAAACAGCCTCATTATTATTTGAGAAATT
TTTAGTACAAGCCACTTGTTTTCTTCTTTTTTTACTTCAGATGTTTCAGT
AACATTCGGAATGCCTGGTTGTGTGGAATGTAYGCKTTGGATAAGTCGGA
AAATGGCCGTCTTCATATATTAACCGGATTTTGGAACTGCCGGAGAGGGA
TGGGRGCTCGAGTGTGATCAACTTCCGAACCAAGACCTTTCTTAGGTGTT
GTGTAACATCTGAAGCAGGAACGCTAATAGAAGCCTACTGTCGAAAAAAC
CTTGCCTACCAAATTATAATAAAATTAAAACTTTCTTAGGTGTTGAGTAT
ATGGAGTTAACCAAAGAGTTTTAATGGAAAGATTCAACATATTTTCAACT
TGCTTGTTAATCTTAACAAATATTTCAAGCACTTGAGATTTATTTTTCAT
GGGAAATATCTAAGAATAGCAAGAATAATCATCAACAAACAATAAATAAT
AACGATAACTTTCTAACTAAAATAATAGGAGAACACCAAACATSTGAATG
CGGAAGTTGTAGAGGAAATTTAGAGACAAACTCCAACCTACTAATGGACA
TAAATGACAAAAAGTTAAATCAAAAGYGCCATTAACTGGTACTTGTTTAT
TTGAAATTAAAAGCTTAACTATTGGAGAAGCAGGATGACCAAGGTGGAAA
TGCTACTTCTGAGCAGACACTCGAACTCCTATAAATGCTGAAAAATGATG
ATTGGATAATCTACTGCCATTTGGAAATGGGTATAACMAATTCTCACACC
TCTCTTGGACAAGCGTCCTCCGAGTCTTGAGGTCCTTAAATATTACAAGG
TAACAAAGGTTATCGGTGGTAAACGGAATGGGCAGATATTATACTGGTAG
AGGCAGATGGGCGCTGTAATATGAGCATTTGCTCCAAGAGTAATAKGAGG
CATTTGCTCCAGTATCAAGAAGCCAGGGGCCATTGTTTTGGCGATTAAAT
ATGATTGGCAGATGTTGTTCCCAAGAGGTTGTCTGCACCATTGTTTCAAA
CYCATTGCTTCAATCTCAGGCTTGGAAAGTCCAAACCTGTGATCGAGGGG
GAATGTTAACAGTAATAGACTTGTGATCCAATGGTTGGTTAGTATGAGTG
TCAATAATCTGTGAACTCATGTTAGCTTAAGCTGTAAGCAAGGTAGTTAG
ACATATACATCCTAAGCTTCCTCTGTTGTTTTTGCTCCTCTCCACTCTTT
TCCTCTCTACCTCTGTCTTCCACTCTTGCTTATATTTGGCAGCCTTGGCC
GCCGTCGCCCACCTGTGCAGTGTGCGCCCTTACCGCGAGCGCGGAGTATT
GCAGAGCCAGGTTTGGCTGTCCTTACTTCCAATCTCAAGGAAGTGATAAA
TGCATGCAGCAGTGCGAGATGAAAATGAGTGAAACTTGGCAGAAGGATCA
ATGTAAAACAGTGCAGGCAGCACGGAGTTTACCAATATCAGGGGCAGGGG
AAGCAGCAGTGCGAGCAGGCTTGCCAGGGCCAGGGACAGCAGTGCCAGGA
GTTGTGCCAAGAGACGATGAGGCAGCTATATCAGTGCCTGGATCAGTGCC
TGGATCAGGGGCAACCGCAAGAGCGATGCCAACAGATGTGTTGGCAGCAG
CTTGA

Coding sequence (CDS) from alignment at MDC020026.257:22044..30498-

>MDP0000218678 ID=MDP0000218678; Name=MDP0000218678; organism=Malus x domestica; type=CDS; length=6411bp; location=Sequence derived from: MDC020026.257:22044..30498- (Malus x domestica
ATGGTCATTAACATTCACATTAATTTGAACATGAAACTAGATGAAGCTAG
ACCAAAAATGAACGGAAGCAAAATATGGTGGATCTCAAGTTTTGTGATCT
ATGATGGATGTCCTTGGATTTTTCATGCTACATTCGTAATTGACCCGAAA
TCTTATTATGCAGACATGGATTCCAAAGTCAAAGCAATGATCAAGCTCAT
TGAAGAAGATGCAGATTCTTTTGCAAGGAGGGCAGAAATGTACTACAAGA
AACGCCCGGAGCTCATGAAACTGGTGGAGGAGTTCTATCGAGCATATCGT
GCATTAGCAGAGAGGTACGATCATGCAACTGTAGAGCTGCGACACGCTCA
TCGAACCATGGCAGAAGCATTTCCCAACCAAGTACCTTATGTATTGGCTG
ATGAATCGCCCTCAGGCTCTTCTGGCCCAGATGTTGGACCTCATACACCA
GAAATGCCACATCCAGTTCGTTCCTTATTTAACCCTGATGACTTGCATAA
GGATACATTGGGTCTCTCGTCAACCAATTTACAAGCTTTGAAAAGGAATG
GAGGAAACTCAGCAGACTCCAACTCTGGAATAAGCAGAAGGGGTCTAAAA
CAGTTCACCGAGATGTTCACTCCAGGAGAAGTGCCAAATAGCTCAAAGGG
TGCAGTAGAGGGAAGGATGAGAGAGGGCTTAAATTTTCATGAGGAAGAAG
ATATCAAACATCAGTTCCAAAATGGGTACTTTCAATTAACTAGTGAGAAC
CAAAGTCTCAAGACCCAGGTTCTTTCTCAATCTGAGCGTGCTGCAAAAGC
AGAAACTGAAGTTCAAGCCTTAAAGAAAACTCTAGATGAGATACAATCTG
AAAAAGACGGAGTCCTTCTTCAGTACGAGCAGAGTTTGGAGAAGTTGTCT
ACACTGGGGAGGGAACTAGATGATGCACAAACGGCTGTTGGAGGGCTCGA
TGAACGAGCAAGCAAAGCTGATATTGAAACTAAAATATTGAAGGAAGCCC
TTGTGGAGTTAGAAGCAGAGAGGGATGCTGGTCTTCTTCAGTACAATCAT
TGTTTGGAAAGGATATCTAGCCTGGAGACCATGTTATCATTTTCTCAAAG
GGATGCAAAAGGACTTAACGAGCGGGCTGTTAAAGCAGAAACTGAAGCTC
AAAAGCTCAAGCAAGAACTTTCAAAACTACAGGCTGAAAAGGAAGATTTT
TTTCTTCAGTACAAGCAATGCCTTGAGAAGATATCTGCTTTGGAGACTAA
AATCTCAGTTTCTGAGGAAAATGTGAGAATGCTTAATGAACAAATTGAAA
GAGCTGAAGGCGAAGTCAAAACTCTGAAAGAATCTCTGGCTATACTGATG
GAAGAGAAAGAAGCTGCAGCTCTTCAATACGAGCGGTGCATGGATACAAT
AGCTAAAATGGAAAGTGAAAWTTCTCAGGCTCAAGCAGATGCCAAACGAC
TAAAYAGTGAAGTTTTGACAGGGGCTGCAAAATTGAAGAGTGCCGAAGAA
CAATGTGATCTCTTGGAGAGATCAAATCACTCTCTGCGGTTAGAGGCGGA
TGGTCTGTTGAAGAAGATTACAAGTAAAGATCAAGAACTTTCAGAGAAGA
ATGACCAGATGGAGAAACTTCAGATTCTGATGCAAGAGGAGCACTTACAG
TTTGTGCAAGCTGAAGCCACTCTCCACGCTCTTCAGAAGTTGCATTGTCA
ATCCCAARASGATCAGAAAGCYTTAGCTCTGGAGTTCAAAAATGGGCTTC
AAATGTTGAAGGACTTGGAGATACGCAAAAATGGTATGGAGGATGATGCC
CAACGGGTTAAGGAGGAAAACAAGAGCCTAAGTGAATTGAATCTCTCTTG
CACTGTGTCAATAAAGAATCTGCAAGATGAAATCTTCAACATCAAAGAGA
TGAAAGAGAAACTTGAACWGGAGGTTGCGGTAAAATCAGACCAAAGCAAT
GCCCTCCAGCAACATATTTTACATTTGGAGGAGGAAATTAAGGGATTGAA
TAGAAGATATCAAGCTATGGTGAAGCAGGTGGAGTCAGCAGGATTAAATC
CTGAATGCTTTGAATCATCTGTGAAAGACTTGCAAAGTGAAAAATCGAAG
CTAGAAGATATATGCACAGGGGAGAAAGAACAAAGAGAACTTCTTTATGA
GAAGTTGAAGGATATGGGTAAACTTTCAAAGGAGAATGCTATTTTGGAGA
GCTCGCTGTTGGGGTTGAACACTGAGTTGGAGGGTTTGAGAGAGGCTGTC
AAACAATTGCAAGCGTCTTGCCAGTTTCTTCAGGGAGAAAAATCCACTCT
TGTTGCTGAGAAAGCTCTCCTGCTTTCACAGTTACAAATTATCACTCAGA
ATATGCAGACGCTTTTTGAGAGGAACACCTTGCTGGACAATTCCCTCTCT
GTTGCAAACATTGAGCTTGAACGGTTCAGAGCAAGATCGAACAGCTTAGA
AGAGTTGTGCCAGTCTCTCAATAATGAGAAATCCAATCTTCTTAATGAGA
GAGGCACCCTGGTATTTCAGTTAAAAGATGTTGAAGAGAGACTGCGAAAC
CTGGAAAAGCGGTTTACAAAATTGGAGAAGAAATATTCTAATTTGGAGAA
GGAGAAAGGATCCACACTCAATGCACTCGAAGAACTACAGGGTTCCCTCC
TTGCAGAAAAACGAGAGCGTGCAAGTTATATACGTTCAAGTGAGGCCCGA
TTCGCAGGTTTGGAAAACAATGTCCATCTGATGCAGGAAGAAAGAAAGCT
GGGAAAGAAAGATTTTGAAGAAGAACTAGATAAAGCTTTAAATGCCCAGA
TCGAGATCTTTATCCTTCAGAAGTTTATAGAAGATCTGGAAGAGAAGAAT
TTGTCCTTATTCATCGAGTGTCAGAGACACGTTGAGAAATCCAAGTTTTC
TAGTAAGCTGATCTCAGAGTTGGAGAATGAAAATCTTGAACTACAGGTGG
AAGAACAATTCTTGGTGGAAGAAATCGACAAGTTGAGGTTGGGAATTCGT
CAAGTGCTCAGGGCTCTTGAGGTTGAACCAGATAGGCACGACGATAAGAC
TGAACCAGGGAAAGTAAATRTGCCGCACGTTTTGAATACTATCAAGGACT
TGAAAACTTCTTTGTTACGTAGCAAGGATGAGGAACAGCAGTTGCTTGTT
GAGAAGTCAGTGCTCTTAAGTGTACTTGGGCAGATGAGAYTAGAGGGTGC
AGAGACAGAGACGGAAAAGCAATTCTTTGAGGGGGAGTATGAGATCATGA
TAAACCATTGTTCTATGCTACAAAAAGAGAAGCATGACCTTCTAGAGATG
ACAAGGGAGTTGAGGTTGGAAGTGACYGAGAAAGAGCACAAGGAGGAAAT
ATTAGAGGCTCAACTGGTAACTCTTCAAYGTAAGCTGGCAAATTTGGAGA
ACAATKACRTGGTTTTGCAAGAAGAAAATTACAAGGTGCTTGAAGATAAG
AGATCTTTGCTTAAGGATCTTTTGGAMCTCAAAGAGGAAAATCAAATGCT
TGAAGAGGATAATATTGTTAATTTCCATGAAGCACTAGCTTTCAGCACCC
TCTCATTGGTTTTAGAGAGCTTCGCAACCGAGAAAGCTGCAGAACTAAAA
GCACTTACTGAAGATCTCAACAGTCAATTTGTAATTAACAACGACCTCAA
AGAGGCTGTTGGGATATTGGAGGAGCAGTTAGTGATGAAAGAAGCAGAAA
ATCTGCATCTGAGCGAGACAGTCGAATTGTTGGACAAGGAACTGTGTGAC
TCCAAGGACTTAAATGGTCAACTAAGCCATCAGATCTCAGTTGGAAACGA
TTCTCTGAAACAGAAAACCATGAAGCTCTTGGACGCAGAAGAGAAGCTTA
AAAGGACAGAGGACTTGAATGTGGAATTGTGCAGAAGAGTTCAGGAACTG
AAGATGGATATTGAAGAGTCAAAACTAATGCAACAAAATTGCAAGAAGCA
GATTCTTGAACTATCTGAAGATAGCACAAGCCAGAAAAAGGAAATCAATA
GCCTTTGTGAAGCAAATGAAATTCTGAAGAATGAAATCTTGTCTAACGTA
ATTGAAAAAGAAGTAGAAAATCTACATCTGAACGAGACAGCTCAATTGTT
GCACGAGGAACTGCGTGAAGTCAAGGACTCGAAAGATCAGCTAAACCATC
AAATTTTAGCTGGAAAGGATTCTCTGAAGCAGAAAACCATGGAGCTCTCA
GAAGTAGAAGAGAAGCTTAGAAAGGCCGAGGACTTGAATGTGGAATTATG
CAGAACTGTTCAGGAGCTGATGATGGAACATGAAGATTCAAATCTTCTGA
GAGAAAATTGTGAGAGGCAGATTCTAGAACTATCCAAAGATAACTCGAAT
CAGAAAAATGAAATTGAGATCCTTCGTGAAGCAAATGAAACTCTGGAGAA
GGAAGTGGGTATGTTAAGTGAAGTAATTGAAGAATATAGAAGTAGAGAAG
AGTATCTGAGTTCCGAGCTACAAGAGAGAAGCAATGACTTTGAACTCTGG
GAGGCTGAGGCTGCGACATTCTTYTTTGATCTTCAAGTTTCTGCTGTCCG
TGAAGCTTTTCTTGAAAATACGGTTCATGAGCTCACTGATKTTTGTGAGA
GTCTTAAAGATGAARGTGCTGCAAAATMTGTGGAGGTCAAACAAATGAAA
GAAAGWGTTAGCTCCTTGGAAGGTGAAGTTGGGGAGCTGATGGGCCAGTT
GTCTGCATATGTACCTGTCGTAGCCTCATTGAGAGAGAATGTAGCATCTC
TTCAGCACARTACTGTACTTAGATCGAAGCTTCTTGTGGAAAGAAATCAA
CAATATAAGGGTGTGGAACCGCCAAATCATCTACATGAAAATAGCTGTCA
ACATTCCACAGCATCGGTACCACAYGGAATTTCAGAATTGGCAGAAATGC
AAACAATGATCAAAGAAGTTGAAAAGATGTTTGTCGAGGAAACGGAAAGG
CTTGTGATGGAACCATTTGAAAAGGCAATGGTGGAAGAAATTGAAAGGCT
TTCAACTCAGGAAAGTACAAAAAACAGCAACGKCTCTGTGGAGATTGAAG
AGTTACAATCAAACGGTACCTCACTTCAAGAAAAATGCAGTAAAAGTGAA
GAGATGAAACTTGGAAAGGAGTTCACYGGTGAAAATCTCAAGTTGCTGAA
GACAAAATCTGATAATGGGATTTGGATGAAAGACATTCCGCTTGATCATG
TTTCTGATTGTTCATCCCATGGAAAAAGCAGGAGAGGTACTGGTGGGGCT
GATAATCAGATGCTTGAGTTATGGGAAACTGGCGAACAATACAGTCACCA
GGATCCTGTTCCCAATGAGAAACAAAATCAGGCATCTGCACGCATGGAAG
ATCTTACCCCTAGCCATCGGTTTACAGATTCTGAGCCGATGATTCAGAAT
TTTACTTCAGAAGTTCAGGCTGAGAAGGAGTTGGGAATTGATAAGCGGGA
AGTGTCATTTCGAAGGCCACATCATGAAAGCAAGAAGGAAAAAATCCTGG
AGAGACTTGCTTCTGATGCGCAGAAACTGACGAGTCTGCAAACGATTGCT
CGGGATTTGGATAAGAAGATGGAGACAAGCAAGAAGGGTAAAAGGGCCAA
CGGCATTGAATATGAAACAGTCAAAAGACACTTGGTTGAAGTTGAGGAGG
CAGTTGTGCAGCTAGTGGAAACTAATGATCAACTGAAAAAGAACATTGAG
GAGTCTCCGTCTTTGGACGAGCAGACTTCCATAGAGTTGGAGGAGGCTGG
AAATGTCCGCAGAGAGAGAGTAGTGAAAGAGGCAAGTAAAGGGTCTGAGA
AGATCGGAAGGCTGCAGTTTGAGTTGCAGAACATCCACTACATTTTGCTG
AAACTGGAGGACGAGAATAAGAAGAAAGGGAGGCATGGATTTTACGTAAG
CAGAACAGGCGTTCTCCTGAGGGATTTTATTTACAGCGGAAGAAATAGCG
AGAGGCGCAAGAAGGGTTGTGCKTTGGATAAGTCGGAAAATGGCCGTCTT
CATATATTAACCGGATTTTGGAACTGCCGGAGAGGGATGGGRGCTCGACC
TTGGCCGCCGTCGCCCACCTGTGCAGTGTGCGCCCTTACCGCGAGCGCGG
AGTATTGCAGAGCCAGGTTTGGCTGTCCTTACTTCCAATCTCAAGGAAGT
GATAAATGCATGCAGCAGTGCGAGATGAAAATGAGTGAAACTTGGCAGAA
GGATCAATGTAAAACAGTGCAGGCAGCACGGAGTTTACCAATATCAGGGG
CAGGGGAAGCAGCAGTGCGAGCAGGCTTGCCAGGGCCAGGGACAGCAGTG
CCAGGAGTTGTGCCAAGAGACGATGAGGCAGCTATATCAGTGCCTGGATC
AGTGCCTGGATCAGGGGCAACCGCAAGAGCGATGCCAACAGATGTGTTGG
CAGCAGCTTGA

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **INTERPRO**
Term	Definition
IPR009053	Prefoldin
IPR011684	NAB