- Transcript 'Phmamm.CG.MTP2014.S5...'
Transcript Model
Transcript Id
Phmamm.CG.MTP2014.S59.g02142.01.t
Possible name(s)
MGAM; SI
Gene model
Location
S59 [187,147 / 201,916]
Amino acid sequence
Length: 1,024
>Phmamm.CG.MTP2014.S59.g02142.01.p
MFNPGSSTTAPPSGSDCTSCGSCTNKIDCYPEAGSSESGCYGRGCLWCPSNVQGEPWCLV
PEGGGGSTEGGCVEAGCIWCESNTADVPWCFFNTTNLPEGIDDEQRVNCIPEGGFSPVTC
EDRGCVIASTNSPNAPMCYFQGDSYGYKMAGSPFPTTNGYRVTLERIQGTTLFGGDVDTL
TLDVTFDTESRGCVIASTNSPNAPMCYFQGDSYGYKMAGSPFPTTNGYRVTLERIQGTTL
FGGDVDTLTLDVTFDTESRLHIKFYDDANDRFEVPLPIKGADANPPSDTLYDIQFFNDPT
FYFTVTRKSTGTVLLDTSLGGFTFSDQFIQFTSRLPSKTMYGFGEQEHQTLAHSFDWTTF
GMYSRDQPPDPGANLYGVHPFYISIEEDSNAHGVFFLNSNAQDVELTPAPGVVYRTIGGV
LDMYVFLGPEPNSVIEQYTTAIGTTFMPPYWSLGFQLCRYGYGSLTTVQETVKRMDDYDI
PLDVQYGDIDYMDEQRDFTYDTTTYAGLPDYVRTLQAGGKHYIIILDPCITEDDPPGTYP
AYDDGEALNVWVMDSDGVTPLSGKVWPPGNSVFPDFTNPNCETWWTNQCQEFHKTINFDG
LWIDMNEPANFGTGSVKGCPTNELNNPPYKPSENSCLCVLRKHIQDMNEPANFGTGSVKG
CPTNELNNPPYKPKIWGDVLADKTICPDARHTLGNHYDVHSLYGWSQAKVTINSAVASTG
KRPFVVSRSTFPGSGQWAAHWLGDNNAAWHDLKMSVIGMLEFNMFGIPYIGADICGFNGD
SNEELCMRWMELGSFYPYARNHNGIGYREQDPAVWGDSFAAEARNVLRIRYTLLPYLYTL
FYQAHTTGIGVVRPLAFEFIGDKQTHTIDEQFLWGPGLMFSPVLYQGFSEVASYFPDARC
IIPTQEPASNTVQSRKNPFGLVVAMDDQQMATGQLYWDGGDTLDPILNSNYALFTFTAQN
GQLTTTTEGSSSIMSSMTLGSIDIMGLTSQPSALYVNGVSRAFTYTYGVSTLFEAVVPNQ
GGIL
Nucleotide sequence
Length: 3,075
>Phmamm.CG.MTP2014.S59.g02142.01.t
ATGTTTAATCCAGGTTCAAGCACAACAGCCCCACCCAGCGGAAGCGATTGCACATCTTGC
GGAAGTTGTACCAACAAGATCGATTGTTATCCGGAAGCAGGATCAAGTGAGTCCGGATGT
TACGGCAGAGGATGTCTCTGGTGTCCATCCAACGTTCAAGGGGAGCCCTGGTGCTTGGTT
CCAGAAGGAGGTGGTGGCAGCACAGAGGGAGGATGTGTGGAAGCTGGTTGCATCTGGTGT
GAGAGCAATACAGCAGACGTGCCATGGTGCTTCTTCAACACAACCAACCTACCGGAAGGA
ATTGATGACGAACAAAGAGTCAATTGTATACCGGAAGGAGGATTTTCCCCTGTGACGTGC
GAAGATAGAGGTTGCGTCATCGCAAGTACAAACTCGCCCAACGCCCCCATGTGTTACTTC
CAAGGAGATTCATATGGATACAAAATGGCCGGAAGTCCATTTCCGACCACCAACGGATAT
CGCGTCACCCTCGAACGCATCCAAGGCACCACGTTGTTCGGTGGTGACGTCGACACTCTG
ACCTTGGACGTGACCTTCGACACCGAAAGCAGAGGTTGCGTCATCGCAAGCACAAACTCG
CCCAACGCCCCCATGTGTTACTTCCAAGGAGATTCGTACGGGTACAAGATGGCCGGAAGT
CCGTTTCCGACCACTAACGGATATCGCGTCACACTCGAGCGGATACAAGGCACCACGTTG
TTCGGTGGTGACGTCGACACTCTGACCTTGGACGTGACCTTCGACACCGAAAGCAGACTT
CACATAAAGTTTTACGATGATGCGAACGATCGGTTTGAAGTACCTCTTCCCATCAAAGGA
GCAGATGCGAACCCACCTTCTGATACACTTTACGACATCCAGTTCTTCAATGATCCAACT
TTCTACTTCACGGTAACCAGGAAATCGACGGGAACAGTTTTACTCGATACGTCACTAGGT
GGATTCACTTTCAGTGACCAGTTCATCCAATTCACATCGAGACTTCCATCAAAGACCATG
TACGGGTTCGGAGAACAAGAACATCAGACGCTTGCGCACTCGTTCGATTGGACGACGTTC
GGGATGTACTCACGTGACCAACCTCCGGATCCAGGAGCGAATCTTTACGGAGTTCATCCC
TTCTACATCTCCATCGAGGAGGATTCCAACGCTCACGGAGTCTTCTTCCTTAATTCTAAC
GCACAAGATGTGGAGCTGACGCCTGCACCCGGTGTAGTTTACCGCACCATCGGTGGTGTG
CTCGACATGTATGTATTCCTCGGCCCCGAACCTAACAGTGTGATCGAACAATACACAACC
GCGATTGGAACCACATTCATGCCGCCGTACTGGTCCCTGGGATTCCAGCTTTGTAGATAC
GGATACGGATCGCTAACAACTGTTCAAGAAACTGTGAAGAGAATGGACGACTATGATATT
CCGCTGGACGTTCAATATGGCGACATTGATTATATGGACGAACAACGTGACTTCACCTAC
GACACAACCACCTACGCGGGTTTGCCCGATTACGTCAGAACGCTTCAAGCCGGAGGAAAA
CATTACATCATCATCCTGGACCCTTGCATAACAGAAGACGACCCGCCAGGTACTTACCCA
GCTTACGATGATGGTGAAGCGTTGAATGTGTGGGTGATGGACTCGGACGGGGTAACTCCC
TTATCTGGGAAGGTTTGGCCACCAGGTAACAGCGTGTTTCCCGACTTCACAAACCCGAAC
TGCGAGACTTGGTGGACGAACCAGTGCCAGGAATTCCACAAAACCATCAACTTCGACGGC
TTGTGGATCGACATGAACGAACCAGCCAACTTCGGTACAGGAAGTGTGAAAGGATGTCCA
ACTAACGAACTTAACAATCCTCCATACAAGCCAAGTGAGAACAGTTGTTTATGTGTGTTG
CGCAAACACATCCAGGACATGAACGAACCAGCCAACTTCGGCACAGGAAGCGTGAAAGGA
TGTCCAACTAACGAACTTAACAATCCTCCATACAAACCAAAGATCTGGGGAGACGTACTT
GCCGATAAAACAATTTGTCCCGACGCGCGTCATACCCTTGGAAACCATTATGACGTGCAT
AGTTTGTACGGCTGGAGTCAAGCCAAGGTCACAATCAACTCTGCAGTAGCGTCCACAGGG
AAGAGACCTTTCGTTGTGAGCCGTAGCACTTTCCCCGGCTCTGGACAATGGGCAGCTCAT
TGGTTGGGAGATAACAACGCAGCCTGGCACGACCTTAAGATGTCAGTGATCGGAATGCTC
GAATTCAACATGTTCGGAATCCCATATATCGGAGCTGATATTTGCGGCTTCAACGGAGAC
TCCAACGAGGAACTGTGCATGCGTTGGATGGAACTCGGTTCATTTTATCCTTACGCCAGG
AACCATAACGGCATCGGTTACAGGGAACAGGATCCGGCCGTCTGGGGAGACTCATTCGCA
GCGGAAGCCCGCAATGTTCTTAGAATAAGATACACCCTGCTGCCTTACCTATACACGCTG
TTTTACCAAGCTCACACCACCGGTATCGGAGTCGTGCGCCCTCTAGCGTTCGAATTTATC
GGAGACAAGCAGACGCACACAATCGACGAACAGTTCCTCTGGGGACCCGGATTAATGTTC
TCACCTGTTCTGTATCAGGGCTTCTCCGAAGTGGCGTCATACTTCCCTGACGCAAGATGC
ATCATCCCGACACAGGAACCTGCATCCAACACCGTTCAATCGAGGAAGAACCCCTTCGGA
TTGGTTGTTGCTATGGACGACCAACAGATGGCAACCGGCCAGTTGTACTGGGATGGTGGA
GACACTTTAGACCCGATTTTGAACAGCAATTACGCTCTTTTCACGTTCACAGCACAGAAT
GGACAACTGACAACCACCACTGAGGGGAGCAGTTCTATTATGAGCAGTATGACGCTCGGC
TCTATTGATATAATGGGACTGACTTCGCAACCCAGTGCTTTGTATGTCAATGGAGTTTCA
CGAGCCTTCACGTATACATACGGGGTGAGTACACTGTTTGAGGCAGTGGTTCCCAACCAG
GGGGGAATTTTGTAA
| ProSiteProfiles |
P_trefoil_dom (IPR000519) - T[18-62] 11.348 - T[93-142] 10.09 |
| SMART |
P_trefoil_dom (IPR000519) - T[18-97] 0.014 - T[98-145] 0.0053 |
| CDD |
P_trefoil_dom (IPR000519) - T[25-58] 5.02493E-4 - T[72-94] 0.00673055 - T[100-140] 3.32197E-4 |
| Pfam |
P_trefoil_dom (IPR000519) - T[66-93] 4.5E-5 - T[101-140] 1.4E-5 |
| SUPERFAMILY |
Gal_mutarotase_sf_dom (IPR011013) - T[213-431] 2.2E-36 |
| Pfam |
Gal_mutarotase_N (IPR031727) - T[228-336] 1.2E-30 |
| Pfam |
Glyco_hydro_31_N_dom (IPR025887) - T[340-400] 2.5E-7 |
| Pfam |
Glyco_hydro_31 (IPR000322) - T[424-898] 4.0E-139 |
| SUPERFAMILY |
Glycoside_hydrolase_SF (IPR017853) - T[433-848] 1.02E-75 |
| ProSitePatterns |
Glyco_hydro_31_AS (IPR030458) - T[600-607] . |
| ProSitePatterns |
Glyco_hydro_31_CS (IPR030459) - T[771-801] . |
| Gene3D |
Glyco_hydro_b (IPR013780) - T[852-902] 1.1E-8 - T[903-1017] 4.5E-30 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| MGA_HUMAN | 42.389 % | 694 | 0 |
| SUIS_HUMAN | 42.118 % | 659 | 0 |
| MGAL_HUMAN | 40.299 % | 649 | 0 |