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  1. Transcript 'KH2012:KH.C7.190.v1....' > 
  2. Clone 'cima882648' > 
  3. Transcript 'Moocul.CG.ELv1_2.S71...'

Transcript Model

Transcript Id

Moocul.CG.ELv1_2.S71617.g04842.01.t

Possible name(s)

CCR2; CXCR4; SSTR4

Gene model

Moocul.CG.ELv1_2.S71617.g04842

Location

S71617 [7,003 / 16,648]

Sequences

Amino acid sequence

Length: 1,948

>Moocul.CG.ELv1_2.S71617.g04842.01.p
MDLAAFYSYSPETLDFNAFNKKHLDKQCEDSREPSQAMAVVMSLIVAIGLFGNGIVFFVI
LVLKEYKKSVAHWYVLQLAIADTLFLLMLPFTAHSEAVGEWSLPVGLCKAKEGILFVNFY
ASIAFLTIMSFDRYLAVTRIAGTGWAQEVRKMPFAMLISLMTWCGCIALATPLYRFSTVG
ECKRCIYSFPSSDWEECSNAGVNETACEEFLSSASNHTEDDDYYENAIDDLAKIDFGNYF
LGDFEDFFENDPTPICRDEPLNSYKLWIWLNFVIAFLLPLIAICICYGLILKTMMSTGTL
VQNSNQRRYRRRVTFMVLALVSLFIISWLPWYVVKLVKLKGFEMSASGCKVLNQFTLVLA
YLNSALNPYFYSFMGSHFYRRFERAKSTAQRSKLLSALSRMSSHKADSSNSQSERNGSTS
NARKNSKKTFLRQDSESKGLGAYKRSTMSSQQSRDPRYSSRHSSSTNPNGDEYRHDSFNS
EDMDIGSRSRNTLPSRYSRDSQSDMSTGSLDRRHQRRGNGDSNFTISDTSGARSQASYSS
YDSDDTETDYRSGRHRSKNTESSFSNYTGRYYPDPMESMNGLQSNISKETATTDTTLTNN
DIKGKNIDELADYFNRRLEDMQRQASQIGDSSRRRRNDYPDDLTSNYSYQRGGTDGDSVR
SFDHGRTIRPTNRAISGLSEITPTNSENLTTERSGSRISSVQDEIETLRSQISRDLDTKS
SDRNTEDLANYFSKRLEECQHRVYSAVNNVQSHVGHVRSSVADSSVQSSRPRHRRRQDYY
GREDDYDDSSDSGIGPRNLTIRPMTRAQAREAQERAASRQSEIPPEPPSRMTSNMSHMHD
DDEDTYVGSRIPSRLESHQPPLPPYEDRMVSQNIPETKSAMPQYPTDGPVNCDEEEEWDD
FVEFIDDDTPAPEASIPVPKVGVKKNNYLYQAVYVTYLLSFIAYVFVRIQFTLDAPGLNR
IYCIVVASLEIITAPSLILQGLCLWRWVSREEPPNNAFERPKFHTARIMVPTYKEPLEVV
AGTVHEIIHMELPPGLHVHVYVLDDGRRETLENWVLSKRTKRRMYLHYVARPKLPGVPHH
AKAGNINHTLHFVFDDGCTEGECVIIFDADFMPRRNYLMRVLPVFSAKRTRPLGLVQTPQ
FFYNVNPDEDVWDHLNVSFFHRIEPSLDRWSAVNCCGTNFTVRADALKDVGYFPVGCLTE
DTLLSLRLCTMGWGVSYHHEVLAIGQSPHEITEIFKQRSRWCKGNLQIFLDEFPLMQSGL
SLSQRLFYSSCGFNYFCASISIPFFQLVPAWAIFFGLWPVSKIGLEFAFAFFIYYILGNI
LLLFPPPRFGIKDMWNGELASTNLWFTYFNGVRRIVGTKLLKGKGELTFKTTKKKAEGEE
EDSAVGFRKEDVRACYMHFIMFFLMFVTIIYAIIKAVIATDVKFYYYYMYMIGMSWALIN
MVPYLIVVIYCWYRVRIPGLMVACFRNIQLLLRIVCAALILVQAFTTRNLTENFICPTDY
SAQLGRSPLTMVKTIDDTSGLEVDRNAFWLLGLKDDFYTMQQIKQSSCEDETVPVIVLFM
HPSQGLALDAEAGHYMPEDRIGTWEEYDEKLDYYAEHLSEIPSLIVMEPSLLMHTFNSKT
EYHNTPYQLAFAQRVERVVNMFPRSWVYVDSGNAMYLQWTVNLDHIISVLKQMPATIRGF
TINVGSFVNSTYNELLAEEIHCQTGLHYLVDTSRNGGDFSTRSLDDINECTYDPPMVNKG
NIPSWMDGAQIRKLAGQIASEAFSGITSDTAEVPVASDTAAADTSYEDAAFDYSNQAIGR
RKKRWELDPVNIGNNPVYSDGNLAAGGVVNKPAAGGGGGGAAGGGGGDGGAAAAGGGDSS
YYYDGDYYDGYESDTIAKACVSKEGEIGLDGYAWIKTPGESDGRLFNSGTYHPCLLNHQI
ECVETCPQYVPKLNGEFQRQESCSCKDE

Nucleotide sequence

Length: 6,254

>Moocul.CG.ELv1_2.S71617.g04842.01.t
CAACAAGGGGAGGTTGAAACATGGATCTCGCAGCGTTTTACAGCTACAGCCCTGAAACTC
TAGACTTCAACGCCTTCAATAAAAAACATTTAGACAAGCAATGTGAAGATTCGCGCGAAC
CAAGCCAAGCCATGGCAGTAGTGATGTCTTTGATCGTTGCGATTGGTCTTTTTGGAAACG
GCATAGTTTTCTTTGTCATATTAGTTTTGAAAGAATACAAGAAATCTGTCGCACATTGGT
ACGTTCTCCAACTGGCAATTGCGGATACGCTCTTCCTTCTAATGTTGCCTTTCACGGCGC
ATTCAGAGGCGGTAGGAGAATGGTCATTGCCAGTTGGTTTATGCAAAGCCAAGGAAGGGA
TTTTGTTTGTGAACTTTTATGCAAGCATCGCATTTCTGACGATTATGAGCTTTGATCGCT
ATCTTGCTGTCACTCGCATCGCTGGTACAGGATGGGCGCAGGAAGTTCGAAAGATGCCAT
TTGCAATGCTAATCTCTCTGATGACATGGTGCGGATGTATCGCGCTTGCCACGCCCCTTT
ACAGATTCAGTACTGTCGGCGAATGCAAACGATGTATTTATAGTTTCCCCAGCAGTGATT
GGGAAGAATGTTCAAATGCAGGAGTCAACGAAACAGCATGTGAAGAATTCCTGTCGTCGG
CGAGTAATCACACTGAGGATGACGACTATTATGAAAACGCAATCGATGATTTAGCAAAGA
TTGACTTTGGAAATTACTTTCTTGGAGATTTTGAAGATTTTTTCGAAAACGATCCGACAC
CAATATGCAGAGATGAACCGTTAAATTCGTACAAACTGTGGATATGGTTAAACTTTGTGA
TAGCATTTCTCCTCCCTCTAATTGCGATATGCATTTGTTATGGACTTATACTGAAAACGA
TGATGTCGACAGGAACATTAGTTCAAAACAGCAACCAGAGGAGATATCGTCGAAGAGTGA
CATTCATGGTACTTGCTCTTGTGTCTTTATTCATCATATCATGGTTGCCATGGTACGTTG
TCAAATTGGTAAAATTGAAAGGATTTGAAATGAGCGCAAGTGGATGCAAAGTTCTCAACC
AGTTCACATTGGTATTAGCTTACTTAAACAGTGCGTTGAACCCTTACTTTTACAGCTTCA
TGGGTTCGCATTTTTATCGTCGTTTTGAAAGGGCCAAGTCCACAGCGCAAAGATCAAAAC
TTTTGAGCGCCCTCTCCCGTATGTCATCACACAAAGCTGACAGTAGTAACTCACAATCAG
AACGAAACGGAAGTACATCAAACGCACGAAAAAATTCAAAGAAAACTTTCCTCCGTCAAG
ATTCAGAGTCAAAAGGACTTGGAGCTTATAAGCGAAGCACCATGTCATCCCAACAAAGTA
GAGATCCTAGATACTCGTCACGACACAGTTCTAGTACAAATCCAAACGGCGATGAATATC
GTCATGATTCCTTTAACTCCGAAGACATGGACATTGGAAGTCGATCAAGGAATACATTGC
CAAGCAGATATTCCAGAGATAGTCAAAGTGATATGTCAACTGGCAGTTTGGATAGACGTC
ATCAAAGACGGGGCAATGGCGACAGCAACTTCACCATAAGCGACACATCTGGTGCACGTT
CACAAGCTTCATACAGCAGCTATGACTCTGATGATACTGAGACGGACTATCGAAGTGGTC
GACATAGATCTAAAAACACAGAGTCATCGTTTTCCAATTACACCGGACGATACTATCCTG
ACCCAATGGAGAGTATGAATGGACTGCAGTCAAACATATCAAAGGAAACAGCCACCACTG
ACACGACACTTACAAACAACGATATCAAAGGCAAGAACATCGATGAACTTGCAGATTATT
TCAACCGTCGATTAGAAGACATGCAAAGACAAGCATCACAAATCGGTGATTCGTCCCGAA
GAAGAAGAAATGATTACCCGGATGATCTGACGTCGAACTACAGTTACCAACGAGGGGGAA
CTGATGGCGACAGTGTTCGTAGTTTTGACCATGGAAGAACAATTCGACCAACGAACAGAG
CAATTTCTGGGTTATCCGAAATTACCCCAACAAACAGTGAAAATCTCACGACTGAAAGAA
GCGGAAGCAGAATCTCAAGCGTACAGGATGAAATCGAAACTTTACGTTCACAAATATCAA
GAGATTTGGACACAAAATCATCAGACAGAAACACAGAAGATTTGGCAAATTACTTCAGCA
AAAGGCTTGAAGAGTGCCAACACAGGGTTTATAGTGCGGTAAACAATGTGCAATCACACG
TCGGACACGTACGCAGCAGTGTTGCTGACTCAAGCGTACAATCTTCTAGGCCACGACATC
GAAGAAGACAAGACTATTACGGTCGGGAAGATGATTATGACGATAGCAGTGATTCCGGAA
TCGGTCCAAGAAACTTGACCATTCGACCAATGACACGTGCCCAAGCCAGAGAGGCACAAG
AACGAGCAGCCAGTCGACAGAGTGAAATCCCACCTGAACCACCATCCAGGATGACTTCCA
ATATGTCTCACATGCATGATGATGATGAAGACACGTACGTTGGAAGCAGAATCCCAAGTA
GATTGGAATCCCATCAACCACCTCTACCACCATATGAAGATAGAATGGTATCCCAAAATA
TCCCAGAAACCAAATCGGCCATGCCTCAATATCCAACCGATGGCCCAGTTAACTGTGATG
AAGAAGAAGAATGGGACGATTTTGTTGAGTTCATTGATGATGACACCCCTGCCCCTGAAG
CCTCCATTCCTGTACCGAAAGTAGGAGTGAAGAAAAACAACTACTTGTACCAAGCTGTGT
ATGTAACATACCTGCTTTCGTTTATCGCATACGTTTTCGTTCGTATACAATTTACACTGG
ACGCTCCTGGACTCAACCGAATCTACTGTATTGTTGTTGCATCTTTGGAAATTATCACAG
CTCCCTCTCTTATCCTTCAGGGATTGTGTTTGTGGCGTTGGGTATCTCGTGAAGAACCTC
CAAATAATGCATTTGAACGACCGAAATTTCACACAGCAAGAATTATGGTACCGACTTACA
AAGAACCTTTGGAAGTGGTTGCTGGTACTGTGCACGAAATTATACACATGGAACTGCCAC
CGGGTCTTCATGTACACGTGTACGTCCTTGATGATGGTCGTCGTGAAACACTCGAGAATT
GGGTATTGTCCAAGAGAACAAAAAGACGTATGTACCTCCACTATGTTGCCAGACCAAAAC
TTCCAGGAGTACCTCACCACGCCAAAGCCGGAAACATTAACCACACTCTCCACTTTGTGT
TCGATGATGGATGTACTGAAGGCGAATGTGTCATCATCTTCGATGCCGATTTCATGCCCA
GGAGAAACTACCTAATGCGAGTGTTGCCGGTATTCTCAGCCAAACGTACACGTCCTTTGG
GATTGGTACAAACACCTCAGTTTTTCTACAACGTGAACCCCGATGAAGACGTATGGGACC
ATCTTAACGTATCATTTTTCCATCGTATCGAACCCAGTTTGGATAGATGGTCCGCTGTCA
ACTGCTGCGGAACGAATTTCACAGTGAGGGCAGATGCATTGAAGGATGTCGGTTATTTCC
CTGTCGGTTGTTTAACGGAAGATACACTTTTGTCTTTGCGTTTGTGTACTATGGGCTGGG
GTGTATCATACCATCACGAAGTTCTTGCTATTGGCCAATCCCCTCATGAAATTACGGAAA
TTTTCAAACAACGTTCCCGATGGTGCAAAGGAAACTTGCAGATTTTCTTGGACGAATTCC
CACTTATGCAGTCTGGTCTTTCACTCTCTCAGAGATTGTTCTACAGTTCATGTGGTTTTA
ACTATTTCTGCGCTTCCATCTCCATTCCGTTTTTCCAACTTGTCCCAGCGTGGGCTATAT
TCTTCGGTCTCTGGCCTGTGTCTAAAATCGGTCTGGAGTTCGCCTTCGCTTTCTTCATTT
ACTACATTTTGGGAAATATTTTGCTTCTCTTCCCCCCACCACGTTTCGGAATTAAAGACA
TGTGGAATGGAGAGTTGGCCTCCACAAACTTATGGTTCACATATTTCAACGGAGTGCGAC
GTATTGTCGGTACAAAGTTGCTCAAAGGAAAAGGTGAATTGACTTTCAAGACTACGAAGA
AGAAGGCAGAAGGTGAAGAAGAAGATTCTGCTGTTGGTTTCAGAAAGGAAGATGTCCGAG
CTTGTTATATGCATTTCATTATGTTCTTCCTCATGTTCGTTACGATTATTTATGCTATTA
TCAAGGCTGTCATCGCCACAGATGTGAAGTTTTACTACTATTACATGTACATGATTGGTA
TGTCCTGGGCTTTGATTAACATGGTTCCTTACCTGATTGTGGTCATCTACTGTTGGTATC
GTGTGAGAATCCCTGGTCTGATGGTCGCCTGCTTCCGAAACATCCAGCTGCTCCTGCGTA
TTGTCTGTGCTGCTCTTATTCTGGTGCAGGCTTTCACCACTCGAAATCTGACAGAAAACT
TCATTTGTCCGACTGATTATTCTGCTCAACTTGGAAGAAGCCCACTTACTATGGTGAAAA
CCATTGACGACACATCAGGTTTGGAAGTAGACAGAAATGCTTTCTGGCTTCTCGGATTGA
AAGACGATTTCTACACAATGCAACAGATCAAGCAATCTTCATGTGAAGACGAAACTGTTC
CCGTCATTGTACTTTTTATGCATCCTTCGCAAGGATTGGCTTTGGATGCTGAAGCTGGAC
ATTACATGCCTGAAGACAGAATTGGAACTTGGGAAGAATATGATGAAAAGTTGGATTACT
ATGCAGAGCATTTATCAGAAATTCCATCACTTATTGTAATGGAACCGTCATTGCTTATGC
ACACGTTTAACTCGAAGACGGAATACCATAACACACCTTATCAGCTTGCGTTTGCTCAGA
GAGTTGAACGTGTTGTGAACATGTTTCCTAGATCCTGGGTTTATGTAGACTCTGGAAATG
CTATGTATCTGCAGTGGACTGTCAACTTGGATCATATTATTTCTGTCTTGAAACAAATGC
CTGCCACTATACGAGGTTTCACCATTAATGTCGGTTCGTTTGTCAACAGTACATACAACG
AGTTACTTGCGGAAGAGATACATTGTCAAACTGGTCTGCATTACTTAGTGGATACATCGC
GTAACGGAGGAGACTTTTCAACACGATCGCTTGATGACATCAACGAATGTACCTACGATC
CACCTATGGTTAACAAAGGGAACATCCCATCATGGATGGACGGTGCACAGATCAGAAAAC
TCGCTGGACAAATTGCATCAGAAGCATTCAGTGGAATAACATCAGATACAGCAGAAGTAC
CAGTGGCATCAGATACCGCCGCAGCAGATACATCTTACGAAGATGCCGCGTTTGATTATT
CAAATCAAGCAATTGGACGAAGAAAGAAGAGATGGGAATTGGACCCAGTGAATATTGGAA
ATAATCCTGTATATTCTGATGGCAACCTTGCAGCGGGCGGAGTAGTAAACAAACCAGCTG
CAGGAGGAGGCGGTGGTGGTGCCGCCGGAGGTGGTGGTGGTGATGGAGGAGCAGCGGCCG
CCGGTGGTGGAGATTCATCATATTATTACGATGGAGACTATTATGACGGATACGAAAGTG
ACACAATTGCAAAAGCATGTGTTTCAAAAGAAGGTGAAATTGGACTTGATGGTTATGCCT
GGATTAAAACTCCCGGTGAATCTGATGGTCGATTGTTCAATTCTGGTACATACCACCCTT
GTCTTCTCAACCATCAAATCGAATGTGTGGAAACTTGTCCGCAATATGTGCCCAAACTTA
ATGGTGAATTCCAAAGGCAAGAAAGCTGTTCTTGTAAGGACGAGTAAATTAAAACAAAAA
TTCATCCGTGCAATTGGTTAACAATTTGAATTTTATTATTATTTATATCTTTTTGTTTTA
CTGCCTTCTTTATGTGTTCTTATGTAAATATTAAATTTTATCAAGAAATCCTGAGTTTTT
ACTTCATTATTTCAATTGTAGATGACAGATGTTTATAAACCGAGACAGATAAAATTACGT
GTTCAAATCAAAATGAATGTATTCCACGTAATTGGCTGGAGGGCAAACTTGTTACCAACG
TGTTGTGTATAATATATTAACAAAGATATACTGTGAATAAAATCCAATTATGTATTAAAT
AACTGGAGGTTTACATGAACTGAACTACTTACTTAACACAACACAAAAATAACAGTTGTT
TCTACTAGTGTTTT

InterProScan

PRINTS
GPCR_Rhodpsn (IPR000276) - T[37-61] 7.4E-36 - T[71-92] 7.4E-36 - T[115-137] 7.4E-36 - T[268-291] 7.4E-36 - T[313-337] 7.4E-36 - T[353-379] 7.4E-36
Pfam
GPCR_Rhodpsn (IPR000276) - T[52-189] 1.4E-21 - T[250-371] 6.2E-15
ProSiteProfiles
GPCR_Rhodpsn_7TM (IPR017452) - T[52-371] 34.534
ProSitePatterns
GPCR_Rhodpsn (IPR000276) - T[121-137] .
Gene3D
Nucleotide-diphossugar_trans (IPR029044) - T[995-1228] 7.4E-56
SUPERFAMILY
Nucleotide-diphossugar_trans (IPR029044) - T[1008-1300] 7.97E-34
SUPERFAMILY
Beta_cellobiohydrolase_sf (IPR036434) - T[1482-1752] 1.44E-53 - T[1890-1926] 1.44E-53
Gene3D
Beta_cellobiohydrolase_sf (IPR036434) - T[1521-1739] 1.2E-16
Pfam
Beta_cellobiohydrolase (IPR016288) - T[1540-1717] 1.8E-12

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
SSR4_HUMAN 32.515 % 88.6 3.79E-18
SSR5_HUMAN 36.552 % 84.3 8.53E-17
CCR4_HUMAN 34.911 % 87.4 6.98E-18





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