- Transcript 'Moocul.CG.ELv1_2.S26...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S2605.g00054.01.t
Possible name(s)
MGAM; MGAM2
Gene model
Location
S2605 [13,175 / 19,032]
Amino acid sequence
Length: 1,044
>Moocul.CG.ELv1_2.S2605.g00054.01.p
MNVTAKWRIYSFMLIIKRKSTGTVLWDTSLFGFTYSNQFLQIATRVPAAATVYGFGETEH
QTLKHDFDWEDWGMYSRDQPPDPGGNLYGVHPFYLAIEEDFNSHGVLFLNSNAQDITFSP
APGLIYRTIGGVLDFYMFLGPEPISVIEQYNEAIGKPFFPPYWSLGFQLCRYGYGDLETV
QATVDRMRDYGIPQDVQYGDIDYMDEQRDFTYDHNNYGGLPDYVDKMRTTYGMHYVIILD
PCITVDDAPGTYGAYDSGTSKEVWPPGNCAFPDYSKPSAIEWWEEQCVAFHDTINFDGLW
IDMNEPANFVAGSVAGCEDNSINYPPFVPAIWGGTLPDKTLCPDFKEYNGLHYDGHSLYG
FYESNATITAAVASTQKRPFVISRSTFPGSGKWSAHWLGDNNSDWHDLRMSIIGMIEFNM
FGIPYVGADICGFNGNVEEELCERWMELGSFYPYSRNHNGLGYPEQDPAAFGDVFAARSK
AVLEIRYTLLPYLYTLFYYAHTQGSPVVHALSFEFPDSVTLAIDQQFMWGSGLLISPVLY
QGETTVDAYLPDAIWYDYATGQDFQGPQTATFNAPRGVIPLHVKGGSVLPTQQPATTTVY
SRQNPMGVIIALDDQGTAQGHLYWDDGDTNEAIENGLYTLLRFDVSSNTLTTGVEHEGDL
LGCSDASKGCMILGDIRIFGVTSSPTVTVNGNAVPSSYDSSNRAVTVSDISVTMTADLTI
QCSRFLIGAVDKNGSSPGLLSCIQRNPSQTFTCISSGPQPSKSFGQSFAMQSTQKLKSCS
PSQVQTCNGYKTLPGFCYERTFSESSFLWKKDERTQRIACNAGIDVMFVLDGSYSLGNEN
FNIMKNWVLDLSESFNIDSSKVKIGLIQYSILGKYDVIKLGEYEKFKEFNVAISSLMYME
GHFTYTAEALNMTINELMKSERKETARQVIILVTDGEAHKDSAKLLPSTSARARSLGIET
YAVGVQNANMEELRAIASGTSSDRNMFFIDNFDGLETITRGLMKEILRLEADDSDSVYDI
QMAQVGFSMHSPRHVSITIVCLTI
Nucleotide sequence
Length: 3,135
>Moocul.CG.ELv1_2.S2605.g00054.01.t
ATGAATGTAACTGCAAAGTGGCGCATATACAGCTTCATGTTGATTATTAAACGGAAAAGT
ACAGGTACGGTGCTGTGGGATACATCTTTATTCGGGTTTACATACAGCAATCAATTTCTA
CAAATTGCCACAAGAGTTCCAGCTGCAGCAACTGTTTATGGTTTCGGAGAAACTGAACAT
CAAACTCTAAAACATGACTTTGATTGGGAGGACTGGGGGATGTACTCACGTGATCAGCCT
CCTGATCCCGGCGGTAACTTGTATGGTGTCCACCCATTCTACCTCGCCATCGAAGAAGAC
TTCAATTCCCATGGAGTTTTGTTTTTGAATTCCAACGCTCAAGATATCACATTCTCCCCG
GCACCCGGTCTTATCTACAGAACCATCGGTGGCGTCTTGGACTTCTACATGTTCCTTGGG
CCAGAACCGATATCAGTTATTGAACAATACAACGAAGCTATTGGAAAACCCTTCTTCCCG
CCATACTGGTCGCTCGGTTTCCAATTGTGTCGTTATGGATACGGTGACTTGGAAACAGTG
CAAGCCACAGTGGACCGAATGCGAGACTACGGAATTCCACAGGATGTCCAATACGGTGAT
ATCGACTACATGGACGAGCAAAGAGATTTTACTTACGATCATAACAACTATGGTGGCTTG
CCTGATTACGTTGATAAAATGCGAACCACTTATGGCATGCATTATGTCATTATATTGGAT
CCATGCATTACTGTGGACGATGCACCTGGCACTTATGGGGCGTACGACAGCGGAACCTCC
AAAGAAGTGTGGCCACCAGGCAACTGTGCATTTCCTGATTACTCCAAACCATCAGCTATC
GAATGGTGGGAGGAACAATGTGTCGCCTTCCATGATACTATAAACTTCGACGGACTGTGG
ATTGACATGAACGAACCTGCCAACTTTGTTGCCGGAAGTGTCGCCGGATGTGAAGATAAT
TCTATCAATTACCCACCTTTCGTACCAGCAATATGGGGTGGTACTTTGCCCGACAAGACA
CTCTGTCCGGACTTCAAAGAGTACAATGGATTACATTATGACGGGCACAGTTTGTACGGA
TTTTACGAATCGAATGCGACCATCACAGCTGCAGTAGCAAGTACGCAAAAGCGGCCATTT
GTTATCTCGAGAAGCACCTTCCCAGGTTCCGGCAAATGGTCAGCTCATTGGCTTGGTGAT
AATAACTCGGATTGGCATGACCTTCGCATGTCGATCATTGGAATGATTGAATTTAACATG
TTCGGTATCCCATACGTGGGTGCAGATATTTGTGGATTCAATGGAAATGTTGAAGAAGAA
CTTTGCGAACGATGGATGGAATTGGGATCGTTCTATCCTTATTCCAGAAATCATAATGGT
TTGGGTTATCCCGAACAAGATCCTGCTGCATTTGGAGATGTATTTGCAGCTCGTTCGAAA
GCTGTATTGGAGATTCGGTACACACTTCTGCCATACCTATACACCTTGTTCTACTATGCT
CATACGCAAGGTTCACCTGTCGTTCATGCTCTTTCATTTGAATTTCCTGATTCTGTAACA
CTTGCAATCGACCAGCAATTCATGTGGGGAAGCGGCCTTCTGATATCACCTGTTCTTTAC
CAAGGCGAAACAACAGTTGATGCCTACTTGCCAGATGCCATATGGTATGACTATGCAACA
GGTCAAGACTTCCAAGGACCACAAACGGCAACGTTTAATGCTCCTCGCGGTGTTATTCCT
CTTCATGTTAAAGGAGGAAGCGTCCTTCCAACCCAACAACCCGCAACGACGACCGTATAC
TCGCGTCAGAACCCCATGGGTGTCATAATTGCCCTGGACGATCAAGGAACAGCTCAAGGA
CACTTGTACTGGGACGACGGAGACACAAATGAAGCCATTGAGAATGGTCTGTACACTCTC
CTTCGATTCGATGTATCTTCTAACACGTTGACAACAGGAGTGGAACACGAAGGCGATTTA
CTCGGATGTTCAGATGCTTCTAAGGGATGCATGATTTTGGGTGATATTCGAATCTTTGGT
GTGACGTCATCACCTACTGTGACTGTCAATGGCAATGCGGTTCCATCAAGTTACGACAGC
AGCAACAGAGCTGTAACGGTGTCCGATATAAGCGTCACGATGACTGCTGATCTGACGATC
CAATGTTCTCGATTTTTGATTGGAGCAGTGGATAAGAATGGATCAAGTCCTGGTTTGCTT
TCGTGCATCCAAAGGAATCCCAGTCAAACATTCACTTGCATTTCAAGCGGCCCGCAACCA
TCAAAGAGCTTCGGGCAAAGTTTTGCGATGCAATCCACACAAAAGTTAAAGAGCTGCTCT
CCTTCCCAAGTGCAAACATGCAATGGTTACAAAACTCTTCCCGGATTCTGCTACGAAAGA
ACATTCTCAGAATCTTCATTTCTTTGGAAGAAAGATGAAAGGACACAAAGAATCGCGTGC
AACGCTGGCATTGATGTCATGTTCGTTTTGGATGGATCCTATTCTTTGGGCAATGAAAAT
TTTAACATTATGAAGAACTGGGTACTGGACTTAAGTGAAAGCTTTAATATAGATTCGTCA
AAAGTGAAGATTGGCCTTATTCAATATTCGATACTGGGAAAGTATGACGTCATCAAATTA
GGGGAATATGAAAAATTTAAAGAATTTAATGTGGCCATATCAAGCTTAATGTACATGGAA
GGCCACTTTACGTACACTGCAGAAGCATTGAACATGACGATAAATGAACTGATGAAATCC
GAACGCAAGGAAACTGCACGACAAGTGATAATCCTTGTAACAGATGGAGAAGCGCACAAA
GATTCCGCCAAACTTTTACCTTCGACTTCGGCTCGCGCGAGATCGTTAGGAATCGAAACT
TACGCTGTTGGTGTGCAGAATGCAAACATGGAAGAATTGCGGGCGATAGCGAGTGGAACG
AGTAGCGATAGAAACATGTTCTTCATTGATAATTTTGATGGTTTGGAGACCATCACCAGA
GGTTTGATGAAGGAGATCCTCCGATTAGAAGCAGATGATTCTGATAGCGTCTACGACATT
CAAATGGCACAAGTTGGATTTTCAATGCACTCGCCAAGACATGTTAGTATTACGATAGTG
TGTTTGACTATTTGA
| SUPERFAMILY |
Gal_mutarotase_sf_dom (IPR011013) - T[5-143] 2.7E-26 |
| Pfam |
Gal_mutarotase_N (IPR031727) - T[8-47] 1.0E-8 |
| Pfam |
Glyco_hydro_31 (IPR000322) - T[136-589] 7.3E-143 |
| SUPERFAMILY |
Glycoside_hydrolase_SF (IPR017853) - T[146-306] 9.6E-72 - T[341-504] 9.6E-72 |
| ProSitePatterns |
Glyco_hydro_31_AS (IPR030458) - T[298-305] . |
| Gene3D |
Glyco_hydro_b (IPR013780) - T[490-585] 4.4E-31 - T[586-721] 7.5E-37 |
| Gene3D |
Integrin_alpha_N (IPR028994) - T[749-815] 4.0E-48 - T[1020-1032] 4.0E-48 |
| Gene3D |
vWFA_dom_sf (IPR036465) - T[816-1019] 4.0E-48 |
| SUPERFAMILY |
vWFA_dom_sf (IPR036465) - T[820-1007] 5.34E-41 |
| SMART |
VWF_A (IPR002035) - T[823-1007] 2.9E-27 |
| Pfam |
VWF_A (IPR002035) - T[825-999] 6.9E-36 |
| ProSiteProfiles |
VWF_A (IPR002035) - T[825-1006] 26.631 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| MGA_HUMAN | 45.687 % | 671 | 0 |
| SUIS_HUMAN | 44.183 % | 644 | 0 |
| MGAL_HUMAN | 46.409 % | 657 | 0 |