NCBI Summary
The protein encoded by this gene is a membrane-bound polypeptide N-acetylgalactosaminyltransferase that is found in the Golgi. The encoded protein catalyzes the first step in the mucin-type O-glycosylation of Golgi proteins, transfering an N-acetyl-D-galactosamine residue to a serine or threonine residue on the protein receptor. [provided by RefSeq, Aug 2016].
Protein
Protein (NP_055383)
CBM13-ppGalNAc-T5
Polypeptide N-acetylgalactosaminyltransferase 5 (EC 2.4.1.41) (Polypeptide GalNAc transferase 5) (GalNAc-T5) (pp-GaNTase 5) (Protein-UDP acetylgalactosaminyltransferase 5) (UDP-GalNAc:polypeptide N-acetylgalactosaminyltransferase 5)
GALNT5
polypeptide N-acetylgalactosaminyltransferase 5
Undefined
Curated
Ricin-like
R-Type Lectins
b-trefoil
GalNAc / Mucin-type glycopeptide
NP_055383
11227
Q7Z7M9
ENSP00000259056.4
Q7Z7M9
Undefined
10.1074/jbc.M111.273722
neXtProt, PFAM, InterPro
Protein sequence and protein families (fasta) (940 amino acids) Download
MNRIRKFFRGSGRVLAFIFVASVIWLLFDMAALRLSFSEINTRVIKEDIVRRERIGFRVQPDQGKIFYSSIKEMKPPLRGHGKGAWGKENVRKTEESVLKVEVDLDQTQRERKMQNALGRGKVVPLWHPAHLQTLPVTPNKQKTDGRGTKPEASSHQGTPKQTTAQGAPKTSFIAAKGTQVVKISVHMGRVSLKQEPRKSHSPSSDTSKLAAERDLNVTISLSTDRPKQRSQAVANERAHPASTAVPKSGEAMALNKTKTQSKEVNANKHKANTSLPFPKFTVNSNRLRKQSINETPLGSLSKDDGARGAHGKKLNFSESHLVIITKEEEQKADPKEVSNSKTKTIFPKVLGKSQSKHISRNRSEMSSSSLAPHRVPLSQTNHALTGGLEPAKINITAKAPSTEYNQSHIKALLPEDSGTHQVLRIDVTLSPRDPKAPGQFGRPVVVPHGKEKEAERRWKEGNFNVYLSDLIPVDRAIEDTRPAGCAEQLVHNNLPTTSVIMCFVDEVWSTLLRSVHSVINRSPPHLIKEILLVDDFSTKDYLKDNLDKYMSQFPKVRILRLKERHGLIRARLAGAQNATGDVLTFLDSHVECNVGWLEPLLERVYLSRKKVACPVIEVINDKDMSYMTVDNFQRGIFVWPMNFGWRTIPPDVIAKNRIKETDTIRCPVMAGGLFSIDKSYFFELGTYDPGLDVWGGENMELSFKVWMCGGEIEIIPCSRVGHIFRNDNPYSFPKDRMKTVERNLVRVAEVWLDEYKELFYGHGDHLIDQGLDVGNLTQQRELRKKLKCKSFKWYLENVFPDLRAPIVRASGVLINVALGKCISIENTTVILEDCDGSKELQQFNYTWLRLIKCGEWCIAPIPDKGAVRLHPCDNRNKGLKWLHKSTSVFHPELVNHIVFENNQQLLCLEGNFSQKILKVAACDPVKPYQKWKFEKYYEA
No structure currently available in the PDB RCSB Databank.
Structural models
AlphaFold v2: AF-Q7Z7M9-F1Download
  Model Confidence:
  •    Very high (pLDDT > 90)
  •    Confident (90 > pLDDT > 70)
  •    Low (70 > pLDDT > 50)
  •    Very low (pLDDT < 50)

  AlphaFold produces a per-residue confidence score (pLDDT) between 0 and 100. Some regions with low pLDDT may be unstructured in isolation.

SWISS-MODEL structural models
SWISS-MODEL structural model
Modeller structural model (Homology modelling pipeline), Error: [1.45, 1.82] ÅDownload
The location of the lectin domain structural model is: 594-935
We infer [1.45, 1.82] Å as the interval of error of this structural model.
Template: 1XHB chain: A, O08912, NP_001153876.1, sequence identity: 36.0%, coverage: 96.5%, location in sequence: 95-553, (95-553 in PDB).
Show the alignment used for the construction of the structural model, Download.
Show the plot of DOPE energy score, Download.
Ligand
Glycan ligands from structural data
No crystal structures of complexes with glycan ligand.
Expression
Human Protein Atlas
GeneCards
mRNA expression in normal human tissues for GALNT5 Gene
ProteomicsDB
References
NCBI References (5 PubMed Identifiers)
  • GALNT5 uaRNA promotes gastric cancer progression through its interaction with HSP90. [29743591]
  • miR-196b-5p Regulates Colorectal Cancer Cell Migration and Metastases through Interaction with HOXB7 and GALNT5. [28533224]
  • Probing the O-glycoproteome of gastric cancer cell lines for biomarker discovery. [25813380]
  • Clinical significance of polypeptide N-acetylgalactosaminyl transferase-5 (GalNAc-T5) expression in patients with gastric cancer. [24619076]
  • A direct interaction between EXT proteins and glycosyltransferases is defective in hereditary multiple exostoses. [10545594]
UniProt Main References (6 PubMed Identifiers)
  • Complete sequencing and characterization of 21,243 full-length human cDNAs. [14702039]
  • The status, quality, and expansion of the NIH full-length cDNA project: the Mammalian Gene Collection (MGC). [15489334]
  • Quantitative phosphoproteomic analysis of T cell receptor signaling reveals system-wide modulation of protein-protein interactions. [19690332]
  • Initial characterization of the human central proteome. [21269460]
  • Toward a comprehensive characterization of a human cancer cell phosphoproteome. [23186163]
  • The consensus coding sequences of human breast and colorectal cancers. [16959974]
RNA
RNA (Transcript ID: NM_014568.3)
NM_014568.3
polypeptide N-acetylgalactosaminyltransferase 5, transcript variant 1
All isoforms of GALNT5 containing a lectin domain
ENST00000259056.5
379..3201 (or 157258083.. 157311348)
157257705.. 157318491
NCBI Matured mRNA sequence 10344 NTPDownload 
m7G-5')ppp(5'-AAUCUGGCCCCCACCUUUUCUUGGGCUUGUAGGAAGGUGGACAUGGGCUCCCGGAGACAAGACAAGUGAUAUGUUGAACUGUUCGGUGGCUGGAAUCAACUGCUCCUGGAGUGACCUAAGGCCAGUGUUUAUCAGAACUUAGCCAGGGCCAGCCAAGCAGGCACAGAUGCUCUGCUAUGAAAUGCCACGCAGGCAGAGACUGACAAGCGGUAGGAACUGAGCUUUCCCCUUGGACUGCUGCUUCCUGCUGUGUUCAGGGGAGGGGGUCACUUUCUGGCAACUCUGCUGCUGCUGCUGCUGCUGCUGCUACUUCAGCUUCCUCUCCACUCAAGGUAAGCAGGCUAAGGGAGGGCAGGCUGCUAGGGAAAGCUUUGUACCAUGAACAGGAUCCGAAAGUUUUUCCGAGGAAGUGGGCGAGUCUUGGCAUUUAUCUUUGUAGCUUCUGUCAUCUGGCUCCUCUUUGACAUGGCAGCUCUCCGCCUCUCAUUCAGUGAGAUCAACACUCGGGUCAUCAAGGAAGACAUUGUGAGGAGGGAGCGGAUAGGAUUCAGAGUUCAGCCAGACCAAGGAAAAAUUUUUUACAGCAGCAUAAAAGAGAUGAAACCUCCCCUAAGGGGACAUGGGAAAGGGGCAUGGGGCAAAGAGAAUGUUAGAAAAACUGAGGAGAGUGUGCUCAAGGUUGAGGUGGACUUGGACCAAACCCAGAGGGAAAGAAAAAUGCAGAAUGCCCUGGGAAGGGGCAAGGUUGUGCCGUUGUGGCAUCCUGCACAUCUGCAGACCCUCCCUGUGACUCCUAACAAGCAGAAGACAGACGGGAGAGGCACCAAACCUGAAGCCUCCUCUCACCAGGGGACACCAAAGCAAACGACAGCUCAGGGGGCUCCAAAGACCUCAUUCAUAGCAGCAAAAGGAACUCAGGUAGUCAAAAUAUCAGUACACAUGGGACGUGUCAGUUUAAAACAGGAGCCCCGGAAGAGUCAUAGUCCCAGCAGUGACACAUCAAAACUAGCAGCUGAAAGGGACUUGAAUGUGACCAUCAGUCUUAGUACUGAUAGACCAAAGCAGCGAUCACAGGCAGUAGCAAACGAGAGGGCACACCCUGCCAGCACAGCAGUGCCGAAGUCUGGGGAAGCCAUGGCCUUAAACAAAACUAAGACUCAGAGCAAAGAAGUCAAUGCAAAUAAACACAAAGCCAAUACGAGUCUUCCUUUUCCUAAGUUCACUGUCAAUUCAAAUCGCUUAAGGAAGCAAUCUAUUAAUGAGACACCUUUGGGAAGUUUGUCAAAGGAUGAUGGAGCUAGAGGGGCUCAUGGGAAGAAACUCAAUUUCUCUGAAAGCCAUCUUGUGAUUAUAACCAAAGAGGAAGAGCAAAAGGCAGACCCCAAAGAGGUCUCUAAUUCUAAAACCAAAACAAUAUUUCCUAAAGUAUUGGGUAAAAGCCAAAGUAAACACAUUUCCAGGAAUAGAAGUGAGAUGUCUUCCUCUUCACUUGCUCCACAUAGAGUGCCACUGUCCCAAACUAACCAUGCUUUAACUGGAGGGCUAGAGCCAGCAAAAAUCAACAUAACUGCCAAAGCCCCCUCUACAGAAUACAACCAGAGUCAUAUAAAAGCCCUUUUACCUGAAGACAGUGGAACGCACCAGGUGUUAAGAAUUGAUGUGACACUUUCUCCAAGGGACCCCAAAGCUCCAGGGCAGUUUGGGCGUCCUGUAGUUGUCCCCCAUGGAAAGGAGAAGGAGGCAGAAAGAAGAUGGAAAGAAGGAAACUUCAAUGUCUACCUUAGCGAUUUGAUCCCAGUGGAUAGAGCCAUUGAAGACACCAGACCUGCUGGAUGUGCAGAGCAGCUAGUUCACAAUAACCUCCCAACCACCAGUGUCAUCAUGUGCUUUGUGGAUGAAGUGUGGUCCACUCUCCUGAGAUCUGUUCACAGUGUCAUCAAUCGCUCUCCUCCACACCUCAUCAAGGAGAUUCUGCUGGUAGAUGACUUCAGCACCAAAGACUAUCUAAAAGAUAAUUUGGAUAAAUACAUGUCCCAGUUUCCAAAAGUUCGGAUUCUUCGCCUCAAAGAGAGACAUGGCUUAAUAAGGGCCAGGCUGGCAGGAGCACAGAAUGCAACAGGUGAUGUGUUGACAUUUUUAGAUUCUCAUGUGGAAUGUAACGUUGGUUGGUUGGAACCUCUUCUGGAAAGAGUUUAUUUAAGUAGAAAGAAAGUGGCCUGUCCAGUAAUCGAAGUCAUCAAUGAUAAGGAUAUGAGUUACAUGACAGUGGAUAACUUUCAAAGAGGCAUCUUUGUGUGGCCCAUGAACUUUGGUUGGAGAACAAUUCCUCCAGAUGUCAUUGCAAAAAACAGAAUUAAAGAAACUGAUACAAUAAGGUGCCCUGUCAUGGCUGGUGGAUUGUUUUCUAUUGACAAAAGUUACUUUUUUGAACUUGGAACAUACGACCCUGGCCUUGAUGUUUGGGGUGGGGAAAAUAUGGAGCUCUCAUUCAAGGUGUGGAUGUGUGGUGGUGAAAUUGAGAUCAUUCCCUGCUCCCGAGUGGGCCAUAUAUUCAGAAAUGACAAUCCAUAUUCCUUCCCCAAAGACCGGAUGAAGACAGUGGAGCGGAACUUGGUGCGGGUUGCCGAGGUCUGGCUGGAUGAGUAUAAGGAGCUGUUCUAUGGCCACGGAGACCACCUCAUCGACCAAGGGCUAGAUGUUGGCAACCUCACCCAGCAAAGGGAGCUGCGAAAGAAACUGAAGUGCAAAAGUUUCAAAUGGUACUUGGAGAAUGUCUUUCCUGACUUAAGGGCUCCCAUUGUGAGAGCUAGUGGUGUGCUUAUUAAUGUGGCUUUGGGUAAAUGCAUUUCCAUUGAAAACACUACAGUCAUUCUGGAAGACUGCGAUGGGAGCAAAGAGCUUCAACAAUUUAAUUACACCUGGUUAAGACUUAUUAAAUGUGGAGAAUGGUGUAUAGCCCCCAUCCCUGAUAAAGGAGCCGUAAGGCUGCACCCUUGUGAUAACAGAAACAAAGGGCUAAAAUGGCUGCAUAAAUCAACAUCAGUCUUUCAUCCAGAACUGGUGAAUCACAUUGUUUUUGAAAACAAUCAGCAAUUAUUAUGCUUGGAAGGAAAUUUUUCUCAAAAGAUCCUGAAAGUAGCUGCCUGUGACCCAGUGAAGCCAUAUCAAAAGUGGAAAUUUGAAAAAUAUUAUGAAGCCUGAAGUGUAACUGAUGUUUUUAUAUAGUAAACCCAUUAAAUACUGUGAAAAUAACACUGAACUUGGAAACUAUAUUUCUCAGCGGUAGUUUAAAUUUUCAAUUUUAAUAACAUUUGAAUGGAAGAUUUUUUAUAAAUCACAAUAUUUGGAAUACCAAAAGAUGACUCAGGAAAACAGUCCAACAUUGGACUGAAGUCCUUCUUCGGAACUGGGUGGCCUUUGAAUUGCCUGCUUUCCACCCUAUGCUAGACCUCAUCAUGCAAAUUUCCCUGUGAAAGCUAACAGGUAACUGGAAAUGAAGACAGAAGGACUUGAGAAAGCAUGAGGAUAUUCCCAAUGACUAUGUUUGGUAAUAAUCAGCUCUUCUGGCCCACAAGUAGGAAUGAUCAAUGAGAACUUAACUUAGUCCUUUAUUUGGGGAUUUUUUCAUCAAACAAAAAUUUCUUGAGUUCUUAUGGCUAGAAGACCUCAGAUGCCCACAGCUGUCACGUUUGUGAAAUCCCUCCAGACUACAUGCAUGCUUACCUAACAGUUUGAAAUAGUAUUGAUCUACUGCUGGUAACCCUGCUUGAUGGCAGCAUUUUGAUCUAAAUUACAUAAUGGUUUUUCCCAAUCUGAAUCAGUGGAAAAAAAUUUAAGUGAGGAAGAAGAGGCCUUCAAAUGCUUAUUUAAUUCUAGGUAUGAACACUAUUUCAGUUCAUUUUGUGCUUUUAAAACUACAGUUUUAAAGAUUUAUGAUACCAAUAACUUCCUAGAUUCAUGUGGAUUUUUUUUAAGGCAAUGAAAAAAGGCUGGAUUAUAACACACUGUAGUAAUCAAAAAUGCAUUUAAGCAUUGAAUGCACUCUAGUGCAGGGCCAAGUAAGAGGAGUUGAAAUGAGUAAAGCAGAAAUAGAGCUGCUGAAAGUUUCUUUUAUAUAAAAAUAAUAAAAUACUACUUUAGAUAUAGUAGCAUUCACAGGGAUGAAAUAUGCGAAAAAUGGGUUCUAAAAUAUUUCAAAGGGAAAAUGAAGUGAAGGAAACAUCAUGAAAGGGGAAAGGAAUGAGGUAAACAAGUCUUAGGAAGAGAGUUAAGAAAAAAUUCCGCUGGACUUGGCCAAAGAAAGAAGGGGAUCUAGUAUCUCUAUGAAGGAAAAAAGAGUAAAGCCCUCAGUGUGAACCCAGUGAGAACACUGACAAAUUUGGGAAAAGUUAAAUACUGAUUUCAUCCAAAUAAAGCCUCUAAUCUUAAGCAUACCAAUACUUUGGCAUACCAGAAGACACCUUAGAAAUCAGGAUAGCCUUUGCAUUCAUUUUGGUAAGAAAACUGAUGCUGAGAGGAUAAAUUACCUAAAAAUCUUAAAACCCAGGCAAGUUAGUCAAAGAAUCAAGAUUAGAAUUCAGGUUUCCAGAGACAGGGCUCAUUCUAAUGCCUCAGGUCACUGGCCCGAACAAAUCUGCUUCACAGAAUUCCUUAGAAAGAGAUACACAAUUCUUUGCUGGGAUUGGGUCCCUGGAGGACAACCAUACUAUAUUCUUGUUAAUAUGUUUUUUCUUUUUUUAAAUUUAAACUUUUGUUCAGUUGAGAUGAUUGUGAAACUAGGUAUCUUUCAUUCUGACUCCUAGUUUAACAUUUAAUUUUGACUCCCAAUGAGUUACGUAAAAGCAAAACUAUAACUAAGAAUGGGAAAAAGAACUAUUUCUGCACAUUUGUAACAUAUUUAAGAUGUUUUCUUCAUAUAAUUGAAAACUGCAGAUGAGUAAGAGAAUGACUAGGAAAUGAGAUACAGUUAUAUGACACAUAAUGAUGUUUUAGUCAACAAUGAACCACAUAUUUGACAUUGGUCCCAAAAGAUUAUAUUAAUAAUAUGGUAUCUUUAGUGUGCUUUUCUAUGUUUAGACACACAAAUACUCACCAUGAUGUUACAAUAGCCUACAGUGUUCAAUACAGUAACAUGCACAAGUUUGUAACCUAGGAGCAACAGGGAUUCCAUAUAGCCUAGGUGUGUAGUAGGCUACCUACACCAUCUAGGUUUGUGUAAGUACACUCUGAUAUUCACACAAUGAUGAAAUUGCCUAAUGACACAUUUCUCAGAAUGUAUUUGUGUUAUUAAAUGAUGCAUGACUCUAAUUCUUUUCAAAACAGAGCCAUAUGGGGCAAGGGGGAUGGGGGGACGCAAGUCAGUUGUCAAAAGACUAAUUGAGUUACUGACAAACUGAACAUGCUAGGUGCCUCAUGUAAUUCUUCAUGUAACUAAAAAAUGUUGAGAGGUUUUUUUCCCCCGGGUAUAUAGGCUCUCUUUUUAUCCGAAAAUAGUUUCCACAAAGAAGUCAACUCUGUUCUGAAAAAAAAUGAAUUGCAUUUUGAAUACACUUAUCUUUGGGUAUAUCAACUAAAGGAAGUUGGAUUUUUUUCCUUAACAGAAACUUCUGCAGUCCUCUCAGUUCACAUCCUUUCUGACUUUACCCUGACAAACUUAUUAUAUAAAGCUAUAUUUAAAUCUAUAUUGUCAAUAUAACAAAGGAUUGUUUUUGAACAUCACAAAUUUGUUCUUGGAUAGAAUUUUAUACAUUGCUUUUCAUCAUAUAUUUGCUCAGUUACUCUAAGAAGCAAGGAACUGAUCACUAGUUGGGAAUCUAUAUGGGCCUAAACUUGAGUGUAUUGAUUUAUUAUUACAUCUACUACCAACAUUUUCUUAAGCAUAGCCUUCUAAAUUUUUUCAGGAGAUUAGAAUAAAGGUAUACAUGCUACUCGGUCUUCUGGUAAUUCUAGUGAUAAACCUUUGGAUGAGACAGGUCCUAAUCAGCACUGAAUUCUUCAAUAGGAGGCUGUGUUACAGGAGCUACAGAUUUUUCCCUGGAUUAGCUUAGGUCAUUGCCUUUACUUUAAAAAAAAAAAAAAAAAGUCUAUGCAUCUUGUUACCUUGAAUACAAGGGUGGUCUUGAUAAUAUUUGACAGCACUAACCAACUUACCAAGCCAUCUAAGUGCUUCUGAGACUUUUCAGUUUGCACAAUUUCUUUCUCCUUUUCAACAGUUACCCAGCGCUUCUGCCCUACUCUCUUGUAAGCUGACACAGUUGUUGUUGGUACAAUCUUGUUCUAUCACCAGCAUCAAAUUUGCUUAAUACUGCUUGUUGACAUCCCCUCAGCUGUCAUUCACAGCAAACCACCAUGUGCCAUGAUCACAAUGUAUUAUUAGCUUCGCCACACUAAUUUGGAAACAUUCUUUUAGAUAUUAAAACACCUUACUUCUAGUAUUAGUUUGGGACUGCAGAGGGGCAAAGAUACCAUUUACAGUAUAUAGGAGUCCAAUAUUCCCAACCAACCUUGAUUUCAUGAAUGGCUUGUAAUUAUUUCUAGCAGGCACUCAUGCAAUAGAAUAAGAUUGAAACAUGCCAGAGAGUACCAUCUUUCUUUGUUUUAACAUCUCUGAUUGAAUUCCUAUAUUCAGAAUACAAGAAAAAAAAUUUACCAACCAGGCGCAGUGGCUCACACCUGUAAUCCUAGCACUUUAGGAGGCCAAGGUGGGUGGAUCAUGAGGUCAGGAGUUCAAGACCAGCCUGGGCAACAUGGUGAAACCCCGUCUCUACUAAAAAUACAAAAAUUAGCUGGGCAUGGUGGUGGGCGCCUGUAAUCCCAGCUACCUGGGAGGCUGAAGCAGGAGAAUUGCUUGUACCCGGGAGGUGGAGGUUGCAGUGAGCUGAAAUUGCGCCACUGCACUCCAGCCUAGACAACAGAGCAAGACUCUAUCUCAAAAAAUAAUAAUAAUAAUUUUUACCUCAGAAGAAAGCCCCAAAAUCUUGGAUUAAAACAAAAAAAUGACAUUGGGUGAUGGGAAAAAAGAAAGGAACUAAUUAUCAUUGAGUGUGUGUAGGUACUAUUUGUGUAGGUGCUAUAUGUGUCCCAUCUCACUGAUGGGUACAACUCAUCAAAUGACUCUCAUUCUCCCUGUUAUAUGAACAAGAAGGAUAACUCCCACAUACAGAUGAGGAAUUUGGUAAAUUGCCCAAGGUCAUCCCACAAGUAAGAGAUAAAACCCAGUUUCCAUUUUAUCUGGCUCAAAAAAAAUUUCUCUCACUAUACCAUGCUGCUAUAUAAUUAAUUUUCUUCUUUACAAAGGGCUGUCAUCUCAGGUGGGUGCAUUUAAAAGUUUCUUGGUCUCAGAUUACUGAUGCCACAGUAUUGAGAUGAGAUUGAAUUAAACCCCUUUGGCCUCUUUUGGAUGUUGUAUAAACAGAAAAAAGAAGCAUGGUCUCUCUCUCUCUGUGGUAACCAAUUGAUGUGUAGGUAUAAACAUGGCUACCCCCACAUGUUUUGCUGUGAUCUAUCUCUUUGACUUCAUGCAGAACCUAUUCUUUUUCAUCUCCUGGACCAAAUGUGAAAGAAAGAAGUGGACAUGUGGAGGAUUCUUUCUCUGUGAAUAAUAUUGAAAAAGCUCCAUUUUCUGGGGAAAUACCCAUGGUUCAUUGUCUGAUGCCAAGAAAGAAUUCAGGACACAGACACACAUGAGGAGUGGGUUUAGGAGUGGAAAGUUUAAUAGAUAAAGAAGAGAGUGAGAAAGCUUCCUCAUGUUGAGAAAGACAGUUGCUCAAGAGAGGGUUUUCUGGGUUUGGGGCAAGAUUUGAUUGAUUUCAUACAGAGGCUUGAGGAGGCGGUGAUUGAUAUACAUAGGGCCCGGGGAUUGGUUUAACCAGGUAUACUACUUACAUAGCCGGUGAAAAGACUGGCCCUCCCACCCUAACCUUUUAUUAUGCAAAUGCAUCUUCUACCUGGCUGUCACCAUGACAUUUGCACACGUGGCUUCACUUCACCAGUGCCAUGUCACCCACACACCUGGUGACAAGGAAAAGGGAGCAGGAAUCACCAUAUUGAAUGUGCCUGGCUUCCAGGUACAGCUGCUAGCUUUACAUAUGGGAGCCUCUAGCUUGCAUAUCUAUACUUGCAACUUGACUUUUCAGGCUGCUUUUUGUUAGAAAAUAAGUGGCUUGGGGGCUGCUUUUUAUUAAAGGAAAAAUCCACCGAGAACUAUUUUACCCUUUCUAAUGGCCUAAAAUAAAUUUUUAAUGACUCCUGUAUUAAUAUUACCAACCCUUGAUCCCUCCAACCUUUAAUCAAAGCUAGCAGAUUGCUCAUCUUGAACAGAAAUAAAAAGUUAAAAAGUUGGAGUCCUUUAAAACACAAACCAUGACUUUUUAUUCCUACUCAUUGUGUAGGUUGUCACUACUGUGCUUUUGCAACAACUUUUGCAUGGGUUACUCAAUAGUUGCUACAAGACAAAAUGCCUUACAAUUAGAAAAAAAAAUUAACCAGAGAUAUUGUACAAAAUAUUUAUUUUUUGACAGUUUUGAAUAAGCCAUAUAAAGUAUUAUAUAUCCCUAAUGAAGCUUAAUGGAUAGUAUUCCAGGUGUUGGUGGUGUCUGUAUCUCAAAGAAAGAAAAAAAUAACAUCACACUAAACAGAUUUAAUGCCUCUGUUUUCAACCUAAUGGAACAAUAGUUAUCAUUUCAAUUAGAGUCGCUUUGCAAGUUUAUGUGAAUCUUUGCUUUGUAAAAACACAUACAAAACACAAGGGAAAAUUCUCAUUUUCCAGCAAAUACAGCAACUUCUAAUAUGCUGUUUCUAAUAAUGAGUCACCAUCAAAUAAGUAAUAAAUAUUUUUUUCAAAAACAAGAGCUUUCUGUUUUAUUAUUGAUUGACAGAUAUUUACCAGUUUAAGGAUAUUGGUCAUAAGCAUCUAUAUAAUAAACCCUUUAUAUUAGAUGUUAAAUUAAAAUUUUUCAUAGCAUGAAUAGAUUUUUAAGUGACCACUCAAAAACAUAGCAAUUUUUGUAAAUAUACUGUAUGUGUGUGUAUAUAUAUAUAUAUAUAUAUAUAUUUUUUUUUUUGAUGCUUUGAUCUGGAAGAAAGAAAUAUCAAGAGUUUCUAUUCACAACAUAAAGAAAAUAAAAUGUUUUUAGAUAUUUUUAACUCUUUCAGGUGUAUAGCUUUGUCUGCAUCUGGCCUUCUGCACAAAAGUAUCUCAAGUGAACUUACACUCUGGAUACCAUUUUCCAAACUUGAAGGAGUAAUCAAGUUCUUAAUUAUCAGGGUGCUUGUUAUUUAGUUGAAGAUUACACACAUGUCUUCUGCUUCAAACAACUACCCCAAAUUUGCUAGUUUUAUACAUAUUAGCUUAAAAACAAGAGAAGCCAAAGAUUAAGUAAGUGAAUUGUGUUAAAGAUUGCCUGAAAACAUUUGCUAAGGGGAGAAUAAAACUAAAACUGUGGAGUAUAAAGGAUGUUGGAAUUAAACAUUUUUAAGUACUUUUUCUUUUGCAUCUGAUCGACUGAAGUUAUUAUAAAGAAGGAAUCAAGUAUGUAACUUUAAAUUCUAGGUAAACAUCCAAAUUACUUUCUAAAUUCAUUUCCAAAAUUCUCCUGUGCUGGCAGUUAGCUACUAGAGAUCAUCAUUUGAUUUUGUAGUUUGCCAUGUUCUGAGUGAGUUCAGCUGCUUACUACUACCCAUGUCAUUGUGUUUGUAUUGAUUGCCUGGCUCAGUUAUCUCAUGUUCUUCAUGAACUAUAUACACAUUUUCAUUGUCUUUAAACAAUACUGAGUUUUGAAGUUAAGUAGAAUAUUGUAGGGGUUAUCAGAAACCCAUAUUCAUUGUGGUAUGUUUCUGUCUGAUACUUUAAUAUUGGUAAAUAUAGUUUUUGACAUUGCAUUUUACAAUCCUAUUGUUUUUUAGAGUGAUGAAAGUUCAAGUUUUAAGAGAAGUGGUUGCCUUUCUCAUACUGUCAAACAUAUUUCUUCUUUAUUAUACUCUGGUGCUUUAUCCUUCUCCAUAAUUCUCUAUUAUUACUUAUUUUAAAUGUUUUCCCUAUCACAUUGAAAAACUUAAAUGUCCGUUCUCCAUUUGAAAAUAUGCCAAAAGUAUGAUCCCAUGUAAAUAUGCAGAAACGAUUGCUAUGAAAAUGUCAGCAUAGUUUAAAUGUAUUACUCUGAUGAUUACAGAGAUUUCUUCAAGUUGUUCGUGUUAAGAUGCAUCUUAAACAUGAUCUCAGUUCCUUAAAAAAUGAUAAAAAUUUUUCAUGUAUAUUACAUAUCUACCUACCAGAAAUCCUUUUUACAAUUUUAUAUACAAUCAUUUUAAGACCUUUUUGAAAUAAAUAAUGCAAAUGAACUAAAA-3'- Poly-A tail
  • Coding region
NCBI Matured mRNA sequence viewer
;
More about the NCBI sViewer.
DNA
DNA (Gene ID: 11227)
GALNT5
polypeptide N-acetylgalactosaminyltransferase 5
NC_000002.12
2  157258083.. 157311348
157258083.. 157311348
strand +
CCDS2203.1
MGI:2179403
ClinVar, dbVar
ENSG00000136542
GalNAc-T5
uc002tzg.4
INSDC: AJ245539
4127
615129
OTTHUMG00000131965
ENA, DDBJ, Monarch
NCBI CDS Gene viewer
More about the NCBI sViewer.
NCBI CDS gene sequence (2823 bp)
5'-ATGAACAGGATCCGAAAGTTTTTCCGAGGAAGTGGGCGAGTCTTGGCATTTATCTTTGTAGCTTCTGTCATCTGGCTCCTCTTTGACATGGCAGCTCTCCGCCTCTCATTCAGTGAGATCAACACTCGGGTCATCAAGGAAGACATTGTGAGGAGGGAGCGGATAGGATTCAGAGTTCAGCCAGACCAAGGAAAAATTTTTTACAGCAGCATAAAAGAGATGAAACCTCCCCTAAGGGGACATGGGAAAGGGGCATGGGGCAAAGAGAATGTTAGAAAAACTGAGGAGAGTGTGCTCAAGGTTGAGGTGGACTTGGACCAAACCCAGAGGGAAAGAAAAATGCAGAATGCCCTGGGAAGGGGCAAGGTTGTGCCGTTGTGGCATCCTGCACATCTGCAGACCCTCCCTGTGACTCCTAACAAGCAGAAGACAGACGGGAGAGGCACCAAACCTGAAGCCTCCTCTCACCAGGGGACACCAAAGCAAACGACAGCTCAGGGGGCTCCAAAGACCTCATTCATAGCAGCAAAAGGAACTCAGGTAGTCAAAATATCAGTACACATGGGACGTGTCAGTTTAAAACAGGAGCCCCGGAAGAGTCATAGTCCCAGCAGTGACACATCAAAACTAGCAGCTGAAAGGGACTTGAATGTGACCATCAGTCTTAGTACTGATAGACCAAAGCAGCGATCACAGGCAGTAGCAAACGAGAGGGCACACCCTGCCAGCACAGCAGTGCCGAAGTCTGGGGAAGCCATGGCCTTAAACAAAACTAAGACTCAGAGCAAAGAAGTCAATGCAAATAAACACAAAGCCAATACGAGTCTTCCTTTTCCTAAGTTCACTGTCAATTCAAATCGCTTAAGGAAGCAATCTATTAATGAGACACCTTTGGGAAGTTTGTCAAAGGATGATGGAGCTAGAGGGGCTCATGGGAAGAAACTCAATTTCTCTGAAAGCCATCTTGTGATTATAACCAAAGAGGAAGAGCAAAAGGCAGACCCCAAAGAGGTCTCTAATTCTAAAACCAAAACAATATTTCCTAAAGTATTGGGTAAAAGCCAAAGTAAACACATTTCCAGGAATAGAAGTGAGATGTCTTCCTCTTCACTTGCTCCACATAGAGTGCCACTGTCCCAAACTAACCATGCTTTAACTGGAGGGCTAGAGCCAGCAAAAATCAACATAACTGCCAAAGCCCCCTCTACAGAATACAACCAGAGTCATATAAAAGCCCTTTTACCTGAAGACAGTGGAACGCACCAGGTGTTAAGAATTGATGTGACACTTTCTCCAAGGGACCCCAAAGCTCCAGGGCAGTTTGGGCGTCCTGTAGTTGTCCCCCATGGAAAGGAGAAGGAGGCAGAAAGAAGATGGAAAGAAGGAAACTTCAATGTCTACCTTAGCGATTTGATCCCAGTGGATAGAGCCATTGAAGACACCAGACCTGCTGGATGTGCAGAGCAGCTAGTTCACAATAACCTCCCAACCACCAGTGTCATCATGTGCTTTGTGGATGAAGTGTGGTCCACTCTCCTGAGATCTGTTCACAGTGTCATCAATCGCTCTCCTCCACACCTCATCAAGGAGATTCTGCTGGTAGATGACTTCAGCACCAAAGACTATCTAAAAGATAATTTGGATAAATACATGTCCCAGTTTCCAAAAGTTCGGATTCTTCGCCTCAAAGAGAGACATGGCTTAATAAGGGCCAGGCTGGCAGGAGCACAGAATGCAACAGGTGATGTGTTGACATTTTTAGATTCTCATGTGGAATGTAACGTTGGTTGGTTGGAACCTCTTCTGGAAAGAGTTTATTTAAGTAGAAAGAAAGTGGCCTGTCCAGTAATCGAAGTCATCAATGATAAGGATATGAGTTACATGACAGTGGATAACTTTCAAAGAGGCATCTTTGTGTGGCCCATGAACTTTGGTTGGAGAACAATTCCTCCAGATGTCATTGCAAAAAACAGAATTAAAGAAACTGATACAATAAGGTGCCCTGTCATGGCTGGTGGATTGTTTTCTATTGACAAAAGTTACTTTTTTGAACTTGGAACATACGACCCTGGCCTTGATGTTTGGGGTGGGGAAAATATGGAGCTCTCATTCAAGGTGTGGATGTGTGGTGGTGAAATTGAGATCATTCCCTGCTCCCGAGTGGGCCATATATTCAGAAATGACAATCCATATTCCTTCCCCAAAGACCGGATGAAGACAGTGGAGCGGAACTTGGTGCGGGTTGCCGAGGTCTGGCTGGATGAGTATAAGGAGCTGTTCTATGGCCACGGAGACCACCTCATCGACCAAGGGCTAGATGTTGGCAACCTCACCCAGCAAAGGGAGCTGCGAAAGAAACTGAAGTGCAAAAGTTTCAAATGGTACTTGGAGAATGTCTTTCCTGACTTAAGGGCTCCCATTGTGAGAGCTAGTGGTGTGCTTATTAATGTGGCTTTGGGTAAATGCATTTCCATTGAAAACACTACAGTCATTCTGGAAGACTGCGATGGGAGCAAAGAGCTTCAACAATTTAATTACACCTGGTTAAGACTTATTAAATGTGGAGAATGGTGTATAGCCCCCATCCCTGATAAAGGAGCCGTAAGGCTGCACCCTTGTGATAACAGAAACAAAGGGCTAAAATGGCTGCATAAATCAACATCAGTCTTTCATCCAGAACTGGTGAATCACATTGTTTTTGAAAACAATCAGCAATTATTATGCTTGGAAGGAAATTTTTCTCAAAAGATCCTGAAAGTAGCTGCCTGTGACCCAGTGAAGCCATATCAAAAGTGGAAATTTGAAAAATATTATGAAGCCTGA-3'
NCBI CDS gene sequence with introns (location: 157258083.. 157311348) (53266 bp)Download
NCBI Gene Viewer (CDS + introns)
NCBI CDS gene sequence with introns, 5'UTR and 3'UTR (location: 157257705.. 157318491) (60787 bp)Download
NCBI Gene Viewer (CDS + introns + Untranslated regions)
NCBI gene sequence (location: [157257705 - 1000].. 157318491) (61787 bp)Download
NCBI Gene Viewer (CDS + introns + Untranslated regions + 1000 dNTP to potentially reach the promotor)
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