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  2. Clone 'cien45816' > 
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  4. EST 'AHC0AAA233YM05_RM1' > 
  5. Transcript 'Haaura.CG.MTP2014.S1...'

Transcript Model

Transcript Id

Haaura.CG.MTP2014.S105.g02118.01.t

Possible name(s)

ABCC1; ABCC10

Gene model

Haaura.CG.MTP2014.S105.g02118

Location

S105 [75,000 / 83,993]

Sequences

Amino acid sequence

Length: 1,560

>Haaura.CG.MTP2014.S105.g02118.01.p
MGFEQIISEYCGKTLSVFDSHVPAFSMCFQSLALATLPFMLLAGTSAYFIGHLQIPDVKT
REPIIYKIRKISTAIALLLQSANFFLTFLSQDNAVYAHDMQSYALSSISLLVHEIFLFRL
SKVHFQYKRGPLIISASWILTFPYFLSHLQFIVASVFVSSNKFLILQLVSSCVSCLAQLA
YLITLLVPNSNYMVVNLVETDKDEVSEETQTLLAIKSHGSSYFDISSRLQDSLHERCPAD
SANIFSRLLFLWVGPLMRKGSKSLLVNEDSVYHLPADINTSKLDNRFSDCLNATYVSGIN
RIQGRSGRNSSFLLKSLHKSFGAIYYASGLLKLFSDSLSFAGPLLLNRLVNFIENSDEPT
VHGYYYAAGLFLSTLLSSLFSTHFDYQVNKVKLRARSALITTIYSKTLQAEPCELSQYST
GEITNFMSTDVDRVINFCPSFHQFWSLPFQVAVTLFLLYQQIGILFLTSVGLAVFMIAFN
QYLATKILKYNTYMMEHKDSRVKLMTEILLGIRVIKFNAWESFLSEKLKRIRRSEIKNLK
GIKYFDAGCVYLWATTPILISLLTFSTYSVTGHDLTAAKVFTVIALINMLISPLNAFPWV
LNGLMETLVSLRRLNKFLQLKNFDPEKYYEAPESIHTDDMDVVIEIQNGRFSWDQSVEDL
DTIVDSVPSDDEKNQGLYDISIKIREGQFVGIIGTVGSGKSSLLSAFVAEMRRLNGKIYV
DCINDGFGLVSQEPWIQHASLRDNILWGKPYNNHHYDAVVEACALVEDLQILPQGDNTEV
GENGVTLSGGQKARLALARAVYQDKSLYLLDDPLAAVDQHVATHLHDRCIVGELAEKTRI
LCTHHTKYLRHADFIIVMENGRIKETGTPERILKYSSLPVRKQLAKQKTVTSKEAQPCGT
EDVECILSENKDALMTEEERAVGTVAFHVYRSYWTAIGSFLASLILLFLFLMQGSKVVSD
WWLSYWVTNIKNNASSSYYHDMPFSSKLNWTSNSDQLERSWCFPQPLELSETSYTVLLTA
DVKANTSSHDVMWYLMIYGCLAASNSLFTFLRAFLFAYGGIRAAQVFHNSLLKTVLKAPI
SFFDVTPVGRVINRFSSDTYSIDDSLPFILNIFLAQFVGVLGTLVITVYGLPWFALVLLP
LAVFYYYIQYYYRLTSRELKRLSSVSLSPIYAHFTETLSGLFTIRAFRKNEMFRNKNLML
VDQNQRCNFSTLAAQEWFGIRLQMIGVAMVTGVAFVTVFMHSGHKVSPGLAGLALSYALS
VTGRLYGVITSFTETEKQMVAVERQAYYINNIPKERETIDNGHLITNSGPSKEVIRFSDV
SLQYREGLPLALDNVSFTIEKGENIGIVGRTGSGKSSLFMLLFGMVEPCNGSIMINGTNI
NRSSLLSLRSILSIIPQDPFLFSGSLRENLLPNSEDVNEQHEALLWSALERCNLHEKVVE
MGGLSSNAGERGRRLSVGQRQLLCLARALLTDAKIICLDEATANVDRKSDEVLQKVIREQ
FKDRTVLTIAHRIETVLHCDNVLVMDEGRVAEFGPPGTLLSNTDSMFYKLSSSGGGNIN*

Nucleotide sequence

Length: 4,680

>Haaura.CG.MTP2014.S105.g02118.01.t
ATGGGTTTCGAGCAAATCATCTCGGAATACTGTGGGAAAACCTTGTCTGTGTTTGACTCA
CACGTACCTGCATTCTCCATGTGTTTTCAATCACTGGCCCTTGCCACCCTGCCTTTCATG
CTGCTGGCTGGCACAAGTGCATATTTCATTGGCCATCTTCAGATTCCTGATGTGAAGACG
AGAGAACCAATTATTTACAAGATCAGAAAAATTTCTACAGCAATTGCTCTGCTTCTGCAG
AGTGCTAATTTTTTCTTGACGTTCCTGTCTCAAGATAATGCAGTATATGCTCACGACATG
CAGTCCTATGCTCTATCATCCATATCACTACTGGTGCATGAGATCTTTCTATTTCGATTG
TCAAAAGTCCATTTTCAGTACAAGAGAGGACCCCTTATAATCAGTGCCTCATGGATTTTA
ACTTTCCCTTACTTCTTATCACACTTGCAATTCATAGTTGCATCTGTGTTTGTCAGTTCC
AACAAATTTTTAATACTTCAGTTGGTGTCTTCTTGTGTCTCATGTTTGGCACAATTGGCC
TATTTAATAACATTGCTGGTGCCAAACTCCAACTACATGGTGGTGAATTTAGTTGAAACC
GATAAAGATGAAGTTAGTGAAGAAACACAAACTCTGTTGGCTATCAAGAGCCACGGTAGC
AGCTATTTTGACATATCTTCCCGTCTACAAGATTCCCTTCATGAGCGGTGTCCTGCTGAC
AGCGCAAACATATTTTCTAGACTCTTGTTTTTGTGGGTTGGACCTCTAATGAGGAAGGGA
TCGAAATCTTTACTTGTGAATGAAGACTCAGTTTATCATCTTCCTGCTGACATAAATACC
TCAAAATTGGACAATCGGTTTTCAGACTGCCTCAACGCAACATACGTATCTGGAATCAAC
AGGATTCAGGGTCGTTCAGGTCGAAACAGTTCCTTCCTATTGAAATCTTTGCACAAATCA
TTTGGTGCTATTTATTATGCATCTGGACTATTAAAGCTGTTTTCCGACTCTTTGTCCTTT
GCCGGTCCATTGCTGTTAAACAGGCTGGTCAACTTCATAGAAAATAGTGATGAACCGACC
GTTCATGGATACTATTATGCGGCTGGTTTGTTTCTGTCAACTCTGCTTTCATCTCTATTC
TCAACTCATTTTGATTACCAGGTGAACAAAGTGAAGCTCAGGGCCAGATCAGCCTTGATA
ACCACCATATATAGCAAAACCTTGCAGGCCGAACCATGTGAACTGTCCCAATACAGTACG
GGAGAAATCACAAATTTTATGAGTACTGACGTCGATCGTGTTATCAATTTTTGTCCGAGT
TTCCACCAGTTCTGGAGCTTGCCTTTCCAAGTTGCAGTCACTCTGTTTTTACTTTATCAG
CAGATTGGAATTCTTTTTTTGACAAGTGTTGGCTTGGCTGTTTTTATGATTGCCTTCAAT
CAGTATTTGGCCACAAAGATTTTGAAATACAATACTTACATGATGGAGCACAAGGATAGC
AGAGTAAAGCTGATGACAGAGATCTTACTTGGCATTCGTGTTATAAAGTTCAATGCATGG
GAATCTTTCCTCAGCGAAAAATTAAAGAGAATAAGACGAAGTGAAATCAAGAACTTGAAA
GGCATCAAATATTTTGATGCAGGTTGCGTTTATCTTTGGGCAACAACACCAATACTCATA
TCCCTCCTGACTTTCTCCACATATTCAGTAACGGGACATGACTTGACTGCTGCGAAGGTA
TTCACTGTAATTGCCCTCATTAACATGCTTATATCACCCTTGAATGCATTCCCGTGGGTG
CTAAACGGCCTTATGGAGACTCTTGTGTCTCTTAGAAGACTTAACAAATTTTTGCAATTG
AAAAACTTCGATCCGGAAAAATACTATGAAGCTCCTGAGAGTATCCATACTGATGACATG
GATGTAGTGATCGAGATTCAGAATGGAAGATTCTCTTGGGATCAATCTGTGGAAGACCTG
GATACCATTGTAGACAGTGTGCCATCTGATGATGAAAAGAACCAAGGACTTTATGACATA
TCAATAAAAATACGAGAAGGTCAGTTTGTTGGAATAATTGGAACTGTTGGCTCTGGAAAA
AGCTCTCTTTTATCTGCTTTTGTTGCGGAAATGAGACGACTGAATGGAAAAATCTATGTT
GATTGCATTAATGATGGATTCGGTTTGGTCAGCCAGGAACCCTGGATTCAGCATGCCTCT
CTCAGAGATAACATACTGTGGGGAAAACCATATAACAATCACCATTACGATGCAGTTGTC
GAAGCTTGTGCTCTAGTTGAAGATCTGCAAATTTTACCACAGGGTGATAACACTGAAGTT
GGTGAGAATGGTGTTACATTAAGTGGAGGTCAGAAAGCAAGGTTGGCTCTTGCAAGAGCA
GTTTATCAGGACAAGAGCTTGTATTTGCTTGATGATCCACTAGCTGCAGTGGACCAGCAT
GTGGCCACCCATTTACATGACAGATGTATTGTTGGTGAACTGGCAGAAAAAACTAGGATA
CTGTGTACACATCACACAAAGTATCTACGTCATGCCGACTTCATAATTGTAATGGAAAAT
GGGAGGATCAAAGAAACAGGAACTCCTGAAAGAATACTTAAGTATTCTAGTCTTCCCGTT
AGAAAACAACTGGCAAAACAGAAAACAGTTACTTCTAAAGAAGCACAACCATGTGGAACT
GAAGATGTTGAATGTATCCTCAGCGAGAACAAGGATGCTTTGATGACGGAAGAAGAGAGA
GCTGTTGGTACTGTTGCTTTCCATGTGTACCGTTCCTACTGGACTGCAATCGGTTCATTT
CTTGCATCACTGATATTGCTATTTTTATTTTTAATGCAAGGTTCCAAGGTCGTATCAGAT
TGGTGGTTGTCATACTGGGTTACCAATATCAAGAATAATGCTAGCTCTTCATATTACCAT
GACATGCCCTTTTCCAGTAAACTTAATTGGACTTCTAATAGCGATCAGTTGGAAAGATCT
TGGTGTTTTCCACAACCATTAGAACTATCTGAGACATCCTACACTGTACTGTTAACCGCA
GACGTGAAAGCTAATACCTCAAGTCACGATGTCATGTGGTATCTCATGATCTACGGTTGC
TTAGCTGCCTCTAATAGTTTATTCACGTTTCTGAGAGCTTTCTTATTTGCTTATGGTGGA
ATCAGAGCTGCACAAGTATTTCACAATTCTCTGTTGAAAACTGTCTTAAAAGCACCTATA
TCCTTCTTTGATGTGACCCCTGTCGGACGAGTAATCAATCGTTTCTCGAGCGATACTTAC
AGCATAGATGACAGTCTACCATTCATCTTGAACATTTTCCTGGCTCAATTTGTTGGCGTT
TTAGGAACTCTAGTCATCACTGTCTATGGCCTTCCCTGGTTTGCTCTCGTGTTACTGCCA
CTTGCTGTGTTTTATTATTATATTCAGTATTACTACAGACTCACATCAAGGGAACTGAAA
AGATTGAGCAGTGTGAGCTTGTCACCCATATATGCTCATTTCACCGAAACTCTCTCCGGT
CTCTTCACCATACGGGCTTTCAGGAAAAATGAAATGTTCAGGAATAAAAATTTGATGTTA
GTAGACCAAAATCAGCGATGTAATTTTTCCACTCTCGCAGCTCAAGAATGGTTCGGAATT
AGGTTACAAATGATCGGAGTAGCTATGGTAACAGGTGTTGCTTTTGTCACTGTGTTCATG
CATTCCGGTCACAAGGTCTCGCCAGGCTTAGCTGGATTGGCACTCTCATATGCACTATCC
GTCACTGGTAGATTGTATGGCGTGATCACTTCGTTCACAGAGACTGAAAAACAAATGGTT
GCTGTAGAACGGCAAGCCTATTACATAAATAATATTCCAAAGGAAAGGGAAACTATTGAC
AATGGGCACTTGATTACCAACAGCGGACCCTCTAAAGAAGTTATTAGGTTCTCTGACGTG
AGTCTGCAATACAGAGAAGGCCTGCCTCTCGCTCTGGATAATGTGTCTTTCACTATAGAA
AAGGGAGAAAACATTGGAATAGTTGGAAGAACAGGGAGTGGAAAATCCAGCTTGTTTATG
TTGCTATTCGGAATGGTCGAACCATGTAACGGTTCAATAATGATAAATGGGACGAATATC
AACAGAAGTAGCCTATTGTCATTACGGTCTATTTTATCCATCATTCCCCAAGACCCATTC
TTGTTCAGTGGCTCTCTACGAGAAAATTTACTGCCAAACTCAGAAGACGTTAACGAACAA
CACGAGGCTTTGCTATGGTCAGCCTTGGAACGTTGTAATCTTCATGAAAAAGTGGTAGAG
ATGGGTGGATTATCCAGTAATGCTGGGGAGAGAGGCAGGCGATTGTCAGTTGGCCAGAGA
CAACTGCTTTGTCTTGCCAGAGCACTACTCACTGATGCAAAGATCATATGTTTGGATGAA
GCTACAGCCAATGTAGATCGCAAATCTGATGAGGTTTTGCAGAAAGTAATCAGAGAACAA
TTCAAAGATAGAACAGTACTTACAATCGCTCACAGGATCGAGACGGTTTTGCACTGTGAT
AACGTACTGGTAATGGACGAGGGTCGTGTGGCTGAATTTGGACCACCTGGGACTCTACTA
AGTAACACCGATTCGATGTTTTACAAACTTTCCAGCTCTGGAGGTGGTAATATTAACTGA

InterProScan

Gene3D
ABC1_TM_sf (IPR036640) - T[313-620] 1.6E-27 - T[1009-1296] 3.3E-43
SUPERFAMILY
ABC1_TM_sf (IPR036640) - T[315-625] 1.07E-37 - T[942-980] 2.09E-57 - T[1026-1295] 2.09E-57
ProSiteProfiles
ABC1_TM_dom (IPR011527) - T[327-606] 35.602 - T[944-1277] 41.73
Pfam
ABC1_TM_dom (IPR011527) - T[328-594] 7.5E-27 - T[944-1262] 2.3E-43
ProSiteProfiles
ABC_transporter-like (IPR003439) - T[657-885] 21.722 - T[1315-1552] 20.248
SUPERFAMILY
P-loop_NTPase (IPR027417) - T[670-876] 7.14E-52 - T[1312-1550] 1.98E-68
Pfam
ABC_transporter-like (IPR003439) - T[678-814] 3.8E-19 - T[1332-1483] 8.0E-32
SMART
AAA+_ATPase (IPR003593) - T[686-862] 1.7E-12 - T[1341-1529] 6.1E-11
ProSitePatterns
ABC_transporter_CS (IPR017871) - T[787-801] . - T[1455-1469] .

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
MRP1_HUMAN 32.213 % 754 0
MRP3_HUMAN 33.571 % 743 0
MRP7_HUMAN 45.51 % 1057 0





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