- Transcript 'Phfumi.CG.MTP2014.S4...' >
- Transcript 'Moocul.CG.ELv1_2.S13...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S131027.g15365.01.t
Possible name(s)
ADGRG2; ADGRG4; ADGRG7
Gene model
Location
S131027 [28,637 / 41,459]
Amino acid sequence
Length: 1,469
>Moocul.CG.ELv1_2.S131027.g15365.01.p
MSLTAEQVALYIVLPAIAFIAAIVGVWCCYKRRCCSYYRSDDALLPDNDVKHRVTIDLSK
RSNSVLSDDTEDSAPQMGLKRKRSTKALPEVPKESIKFSKLGVSSFVMSWQSMNGALKYG
IETIENITTTEHARVRQNSKEFTNLTSGIEQTVKIVVYYPAGPSLTQTVSQYTCKKLNTL
WSCVIWSVVFLDSKPPDHLLVSQLTTNGFDVDWDDVSSAHFYQVKIFDTTWFKYIRGGVS
FTTDSNLTVANVSTGGLYQIEVGSGNPAGVGPLNDVISTTVLPTIPSLNTSSPTDTSFIC
EWNAMVGRSHYEVNLRRIIKGAEEGPAPVIWSYKTTSPNYLYIFKGCWTAGKLFIDMILI
NKMNLNLILFKTSASACASALYCKRAHVTDATRKTLPAAPTNLDVMKKFVDGFAVMWEPS
YGAVSYKVEVLHKSTMQNVSRVNGDGWVTSTETTLSNLVTGGLYTVRVHPYMAEMGFGSY
SEIQPKTLLPAVINVETSSPTQTTFKITWDIQNNTKEYLVEIIQTDTGKTQEFSTVKTSM
ESTSRLPGTLYKIVVIAIYPAGKSDYNIPTFQKTIPKNIEQLYFVGVSKYTFMVDWEIVK
GAVNYRVTCHQDGSESEMVKMVNINRARFEGLNGETVYTCLAESINEAGTSGSVSGQVVT
AQYDCALSPCLNGGTCVDLTVGFRCNCDVGFKGDICEDTYCEQHTERHISENNETFKLTF
LRAWSGITENAEQTCDSGRTLGTMKCMTVQDQLTSLYRSYFDQLFVLRCKVEVADVAELN
FTDITTQEVEDSAKTLQVLTSNPNTLSKEDIDSAVELIISVAENIAEAEVEISPDTLLGF
VTTAGQVAMALDLTPSKPLPTTEPPLPTDSSSISPTSSTTPSSTESPEEVELKNKEVKAK
LVKALSAIAKQITLPENTTEYKIETKKLVAQIIDIPPITEPSDDGEPHNSDINFNPVIVD
EFTIHDSGSSTYELIPKQPVGITIPRSAIDKALKGAIEAEKRLRLTFFLHKDSSLFPSEN
GVDWVVSAEIGEDLEVKELEDPIVIKITNPGQKIEKVKTNDSFVYNKVEWSCGYWNFTSG
QWLHDGCCLKLVNNTPYCECNHLTNFALIVSKTSVPSDIVLATASIVGCSLSIIGFVTTI
VIHLSNKQARNKRPIKILINICVNLAISYSIFALGVSRTENRINCFSIATSLHYFMLASW
CWMAIYSLDMYRGLVMIFAEEIQYYTLKMSIAGYGIPLIIVLLNTSLAIGVADPQITSDI
TCDRKPLLPVSTYLSDNMCWIHSVSLYVGFLVPVGILLGLNMILFLIILRQITWKRNTVR
SSQKKRTTQQDIMLAFSMSTMLGLTWVLGYFMLISDNSYYLSIMSWLFTITNSLQGVAVF
WLTCIRRKDIRNTWFGPISSVLTRLSMTATDAKTNITNGTPRNYDLTAASSSMVVPSTTI
KNTGLTELSVKHQQTETENTTSIKPYCKI
Nucleotide sequence
Length: 4,410
>Moocul.CG.ELv1_2.S131027.g15365.01.t
ATGTCGCTGACCGCAGAACAAGTTGCACTGTACATTGTACTGCCGGCCATTGCGTTCATC
GCTGCCATAGTTGGAGTATGGTGCTGCTACAAACGACGCTGCTGTTCATATTATCGAAGT
GATGATGCCCTGCTACCGGATAATGACGTCAAGCACAGAGTTACGATTGATTTGAGCAAA
CGGAGCAATTCGGTTCTATCAGATGACACGGAAGATTCCGCTCCCCAGATGGGGCTAAAG
AGAAAGAGAAGCACCAAAGCATTACCTGAAGTGCCGAAGGAGTCTATTAAATTTTCGAAA
TTAGGTGTGAGCAGCTTTGTGATGTCGTGGCAGTCGATGAATGGTGCACTGAAATACGGC
ATTGAAACGATAGAAAATATCACCACAACGGAACACGCCAGAGTCAGGCAAAACTCCAAA
GAATTCACGAATTTAACTTCTGGTATAGAACAAACAGTGAAGATTGTAGTGTACTATCCT
GCTGGGCCCTCTTTGACACAAACTGTCTCACAATACACATGTAAGAAATTGAACACACTG
TGGTCTTGTGTTATATGGTCTGTTGTGTTCTTAGACAGCAAACCGCCAGACCATCTCCTG
GTATCACAGTTGACTACCAATGGATTTGATGTCGACTGGGATGACGTCAGTTCTGCACAT
TTTTATCAAGTTAAAATTTTTGATACGACGTGGTTTAAATACATACGAGGTGGTGTTTCT
TTCACCACAGATAGCAACTTGACGGTTGCTAACGTTTCAACCGGGGGCTTGTACCAAATT
GAAGTTGGTTCTGGCAACCCAGCCGGAGTTGGTCCGTTAAATGATGTAATTTCAACAACT
GTCCTTCCAACAATTCCATCTCTAAACACAAGCTCACCAACTGATACTTCGTTTATTTGC
GAATGGAATGCAATGGTTGGCCGAAGCCATTATGAAGTAAATTTAAGGCGGATTATAAAA
GGAGCGGAGGAAGGACCTGCCCCGGTCATATGGTCCTATAAAACAACCTCCCCTAATTAC
CTTTATATATTCAAGGGATGTTGGACAGCCGGTAAGCTATTCATTGACATGATACTGATC
AACAAAATGAATCTGAATCTGATATTGTTTAAAACGTCAGCCTCAGCCTGTGCCAGTGCG
CTTTACTGTAAACGCGCGCATGTGACGGACGCAACGAGGAAAACACTTCCTGCTGCTCCA
ACTAACTTGGATGTAATGAAGAAATTTGTAGATGGATTTGCAGTTATGTGGGAACCATCT
TATGGTGCAGTTAGCTATAAAGTTGAAGTGTTGCACAAATCTACAATGCAAAATGTTTCT
CGTGTTAATGGAGATGGTTGGGTAACATCAACTGAAACTACTTTATCTAATCTTGTTACT
GGGGGATTGTACACGGTACGAGTTCATCCATATATGGCAGAGATGGGATTTGGATCCTAT
TCTGAAATACAACCAAAAACACTACTTCCTGCTGTTATCAATGTTGAAACAAGCTCACCA
ACCCAGACTACATTCAAAATAACTTGGGATATACAAAATAACACAAAAGAATATTTGGTC
GAAATCATACAAACAGATACTGGTAAAACACAAGAATTTTCCACAGTCAAAACTTCAATG
GAAAGTACAAGTCGTTTACCAGGGACCTTGTATAAAATTGTAGTTATAGCCATTTATCCA
GCCGGAAAGAGTGACTACAACATACCAACTTTTCAAAAAACAATTCCAAAAAACATAGAA
CAGTTGTACTTTGTTGGAGTCAGTAAGTATACTTTCATGGTCGACTGGGAAATCGTTAAA
GGTGCAGTTAACTATCGAGTCACTTGTCACCAAGATGGTTCGGAGTCTGAAATGGTTAAA
ATGGTCAATATTAATCGCGCACGGTTTGAAGGCTTAAATGGTGAAACAGTGTATACCTGT
CTCGCAGAATCTATAAACGAAGCTGGGACTAGTGGATCTGTGTCCGGACAAGTTGTTACA
GCTCAATATGATTGCGCGCTTTCACCGTGCTTGAATGGGGGGACTTGTGTCGACCTGACA
GTTGGTTTTCGATGTAATTGTGATGTTGGTTTTAAAGGAGACATTTGTGAAGATACATAT
TGTGAACAACACACTGAAAGGCACATATCGGAAAACAACGAAACATTTAAATTAACATTT
CTAAGAGCATGGAGTGGCATTACAGAAAATGCTGAGCAAACATGTGATTCAGGAAGAACA
TTAGGAACAATGAAATGTATGACTGTACAAGACCAACTGACTTCACTGTATCGCTCATAT
TTTGACCAACTCTTTGTTCTGAGATGTAAAGTTGAAGTGGCGGATGTTGCAGAATTGAAT
TTTACGGACATTACCACTCAAGAAGTTGAAGATTCTGCAAAAACCTTGCAAGTTTTAACC
TCGAATCCTAACACATTGTCAAAGGAGGACATCGATTCTGCTGTCGAACTGATAATAAGT
GTTGCTGAAAACATTGCAGAGGCGGAAGTTGAAATTTCGCCAGATACCTTGTTGGGTTTT
GTAACAACCGCGGGACAAGTTGCAATGGCTCTTGATCTTACACCATCGAAACCTTTACCT
ACAACTGAACCTCCACTACCCACGGATTCTTCATCAATTTCTCCAACCTCTTCTACCACA
CCTTCTTCAACAGAATCCCCAGAGGAGGTAGAGCTAAAAAACAAAGAAGTCAAGGCAAAA
CTTGTTAAGGCATTGTCGGCGATTGCCAAACAGATCACTTTACCTGAAAACACGACGGAA
TATAAGATAGAAACTAAAAAACTCGTCGCTCAGATTATTGACATTCCACCGATAACTGAA
CCATCCGACGACGGAGAACCGCATAATTCAGATATTAACTTCAACCCAGTAATTGTCGAT
GAATTCACTATACATGATTCTGGCAGTTCGACATATGAATTGATTCCAAAACAACCCGTG
GGTATTACCATTCCTAGAAGTGCTATTGACAAGGCACTGAAAGGAGCTATTGAAGCAGAG
AAAAGGCTGCGATTAACTTTCTTTTTACACAAAGACTCTTCTTTGTTTCCATCTGAGAAT
GGTGTAGATTGGGTTGTATCGGCGGAAATAGGGGAAGATCTCGAAGTTAAAGAATTGGAA
GATCCAATTGTTATAAAAATAACTAACCCTGGACAGAAAATTGAAAAAGTCAAAACAAAT
GACTCTTTTGTCTACAACAAAGTTGAATGGAGTTGTGGTTATTGGAATTTTACCAGTGGG
CAATGGCTGCACGATGGATGCTGTTTAAAATTGGTCAATAACACTCCCTATTGCGAATGC
AACCATTTAACAAATTTTGCTCTCATTGTCAGCAAAACTTCAGTTCCTTCTGATATTGTT
TTGGCAACTGCTAGCATCGTCGGGTGCAGTTTGTCAATTATCGGTTTTGTTACAACAATT
GTCATCCATTTATCCAACAAACAAGCCCGCAATAAACGTCCAATAAAGATACTCATCAAC
ATCTGCGTGAATTTGGCAATATCATACTCCATTTTTGCTCTTGGTGTTTCACGTACGGAA
AACCGAATAAATTGTTTTTCAATTGCAACGTCTTTACATTACTTTATGCTGGCTTCGTGG
TGCTGGATGGCAATTTATAGTTTGGACATGTACAGAGGATTGGTGATGATTTTTGCGGAA
GAAATACAATATTACACCTTGAAGATGTCCATTGCTGGATATGGGATACCTCTAATCATT
GTTCTTCTCAACACATCGTTAGCAATTGGCGTTGCTGATCCACAGATTACTTCGGATATT
ACATGCGATCGAAAGCCACTCTTGCCGGTATCAACGTATTTGTCAGACAACATGTGCTGG
ATTCATAGTGTATCTTTATATGTTGGCTTTCTTGTTCCTGTTGGAATTTTGCTCGGATTA
AACATGATCCTTTTCTTGATAATTCTCAGGCAAATCACTTGGAAACGAAATACTGTTCGT
TCGTCACAAAAGAAACGAACAACACAACAGGATATCATGCTTGCATTCTCCATGTCAACT
ATGCTGGGGTTGACATGGGTTTTGGGGTATTTCATGCTTATCTCTGACAATTCCTACTAT
CTATCAATTATGAGCTGGCTGTTTACAATCACAAATTCACTTCAGGGAGTTGCTGTGTTC
TGGCTAACTTGTATTCGACGAAAAGATATTCGTAATACTTGGTTTGGACCAATCAGCAGT
GTACTGACAAGACTTAGTATGACAGCAACTGATGCCAAAACCAACATCACAAATGGCACT
CCAAGAAATTACGATTTGACCGCGGCCAGTAGTAGCATGGTTGTACCATCAACTACAATC
AAGAATACAGGTCTAACTGAATTATCTGTGAAACATCAACAAACAGAGACGGAAAACACC
ACTTCTATCAAACCTTATTGTAAAATATAA
| SUPERFAMILY |
FN3_sf (IPR036116) - T[89-286] 7.16E-6 - T[396-575] 9.53E-14 - T[574-660] 1.41E-6 |
| SMART |
FN3_dom (IPR003961) - T[89-164] 0.8 - T[192-271] 5.6 - T[397-478] 7.3E-5 - T[489-564] 0.21 - T[576-651] 9.7 |
| ProSiteProfiles |
FN3_dom (IPR003961) - T[92-177] 6.517 - T[195-284] 10.32 - T[399-491] 13.523 - T[575-664] 8.221 |
| Gene3D |
Ig-like_fold (IPR013783) - T[383-484] 2.5E-6 - T[485-567] 3.5E-6 - T[571-665] 4.2E-5 |
| CDD |
FN3_dom (IPR003961) - T[397-482] 1.55759E-4 - T[490-574] 9.18141E-6 |
| ProSiteProfiles |
EGF-like_dom (IPR000742) - T[661-697] 18.65 |
| SMART |
EGF-like_Ca-bd_dom (IPR001881) - T[662-697] 0.0011 |
| SMART |
EGF-like_dom (IPR000742) - T[664-697] 5.4E-8 |
| Pfam |
EGF-like_dom (IPR000742) - T[665-694] 1.2E-6 |
| ProSitePatterns |
EGF-type_Asp/Asn_hydroxyl_site (IPR000152) - T[676-687] . |
| ProSitePatterns |
EGF-like_CS (IPR013032) - T[685-696] . - T[685-696] . |
| ProSiteProfiles |
GPS (IPR000203) - T[1069-1115] 12.762 |
| Pfam |
GPS (IPR000203) - T[1071-1108] 8.3E-7 |
| Pfam |
GPCR_2_secretin-like (IPR000832) - T[1121-1379] 2.2E-29 |
| ProSiteProfiles |
GPCR_2-like (IPR017981) - T[1121-1387] 24.454 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| AGRG7_HUMAN | 26.542 % | 152 | 1.15E-37 |
| AGRG4_HUMAN | 27.716 % | 183 | 3.1E-46 |
| AGRG2_HUMAN | 28.266 % | 150 | 1.61E-36 |