Hippoglossus hippoglossus (Atlantic halibut): 117755254
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Entry
117755254 CDS
T07778
Symbol
uggt2
Name
(RefSeq) UDP-glucose:glycoprotein glucosyltransferase 2 isoform X1
KO
K11718
UDP-glucose:glycoprotein glucosyltransferase [EC:2.4.1.-]
Organism
hhip
Hippoglossus hippoglossus (Atlantic halibut)
Pathway
hhip04141
Protein processing in endoplasmic reticulum
Brite
KEGG Orthology (KO) [BR:
hhip00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04141 Protein processing in endoplasmic reticulum
117755254 (uggt2)
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
hhip01003
]
117755254 (uggt2)
Glycosyltransferases [BR:
hhip01003
]
Others
Quality control
117755254 (uggt2)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_transf_24
Thioredoxin_14
Thioredoxin_15
Thioredoxin_12
Thioredoxin_13
UDP-g_GGTase
Glyco_transf_8
Motif
Other DBs
NCBI-GeneID:
117755254
NCBI-ProteinID:
XP_034430783
LinkDB
All DBs
Position
21:14110216..14145814
Genome browser
AA seq
1549 aa
AA seq
DB search
MRTVIVLSLLLLNIHHVTGAPKGVTASLRAKWSMTPFLLETSEFIAEDGNEKFWQFVDTV
KELTVYKQGESVRSYYNLVIKKAGQFLTDLQVNLLKFALALRCHSPAVHASQQIASDEPP
PEACPAFVSIHGQLSCSTKDIKKLLKAAAGRPKPFLYKSDHTYPGLNKTDVPVVILYAEI
GTKKFTSFHKALSEKAQEGTLMYVLRHFVADPKPQKMLLSGYSVELAIKSTEYKAVDDTK
VKDPKTSLNTEEEENDVQGFFFGKLKKSHPELQEELVELRKHLLESTNDMAPLKVWEMQD
LSFQAADRIMSVPKYDALKLLRDLSQNFPSKARSLTRVAVKQEMRKEIEENQKHLSETVG
VHPGDGELFINGLHIDLDVHNPFSILDILRGEARVLEGLHNLGIKGEHQGKLLKLPVNAV
DDNYALDIRHPAIMWINDIENDPMYRSWPTGIQELLRATFPGVIRQIRRNFFNLVLFLDP
VQEESVELVKLAELFYKHKIPLRIGFVFVVNTKDEIDGFSDAGVGFYRLLNYIADEYDLS
QALMSMVSMYNQVDVGKSLSVDTISSYMKRKFPSANAERILGLESEYDYKRNEGALFYKQ
SGLGALPLALFNGVPLSSDEMDPDELETILLQRIMDTTTAFQRAAFMGQLTEGSDVVDYL
MEQANVVPRMNPLILSTDRKYLDFTSTPVVDDWEDTTMFSFLEGRDKTAVVAQRMKYFRN
NDEDGMSTVTMWIAGDFETVSGRKLLLNALKHVKASRGVRVGVIDNPSGKPTEDNTVLYR
AIWASFLTQKNKATVEFVQKLLKEESSRLLQQGSKMKDLLMQGMDADAFEKKFNTLEVDF
ILSQQLFCREVMKLRPGERAVISNGRILGPFEEQEEFTVEDFQLLEKITLSGSAEKVKAK
VKQMQMKPKHASDLVMKVDALLSAAPKGEVRRDVHFIKDSHSILRLSPRENEVFYDVVAI
VDPLTRVAQKMSSLLMVLSQVVNVRLQVFMNCRAKLSEMPLKSFYRFVLESDVAFLANDT
VSPGPVARFLELPESPLLTLNMITPESWMVQAVRSPHDLDNIHLQEVNGIVTAEYELEHL
LLEGHCFDLSTGQPPRGLQFTLGTSRDPLMYDTIVMANLGYFQLKANPGAWILKLRKGRS
EDIYQVLTHDGTDSPADAGDVIVMLNSFHSKIIKVRVQKRAEKIHEDLLSEASESKGIWD
SIARRSYSSPGSRLRYYAVRSSLAKNMCFCSITGGGSKKDDGEKKKEDVLNIFSVASGHL
YERFLRIMMLSVLRHTKTPVKFWFLKNYLSPSFKETISFMAESYGFQYELVQYKWPRWLH
QQTEKQRIIWGHKILFLDVLFPLAVDKIIFVDADQIVRADLKDLRDLDLEGAPYGYTPFC
DSRREMDGYRFWKTGYWASHLGHRKYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPN
SLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDNASKVTAKTIDLCNNPKTKEPKLTAA
ARIVPEWVEYDNEIKRLLRRVEEQGDAEKEEHSPSASQHKKDDNLRDEL
NT seq
4650 nt
NT seq
+upstream
nt +downstream
nt
atgaggactgttatcgtgctgtcactgctgctgctgaacatacatcatgtcaccggggca
cccaaaggagtcactgccagcctgagagccaaatggagcatgacgcctttcctcctggag
acgagcgaatttattgcagaagacgggaatgaaaaattctggcagtttgtcgacactgtg
aaagaactcactgtctacaagcaaggagagtctgtgcgctcctactataacttggtcata
aagaaggctggccagttcctcacggatcttcaagtgaatcttctcaaatttgccctggct
ctacggtgtcactcaccagctgttcatgcatcccagcagatagccagtgatgaaccgcca
cctgaggcttgtcctgcctttgtctccatccatggacaacttagctgcagcaccaaggac
atcaagaagctcctgaaggcagctgcaggcaggccaaagccatttttgtacaagagtgat
cacacatatcccggactcaataaaacagatgtgccagttgtgatcctctatgctgagatt
ggaaccaagaagttcacgtcttttcacaaggcgctctccgagaaagcccaagagggcaca
ctcatgtatgtgctccggcattttgtagcggatcctaaacctcaaaagatgcttttatca
ggctacagtgttgagctggctatcaaaagcacagaatacaaagctgtggatgacaccaaa
gtaaaagatccaaagacatctttaaatacagaggaggaggaaaacgatgtacaaggattc
ttttttggaaaattaaagaaatctcatccagaactgcaggaagaactcgttgagcttcgc
aaacatcttctggagagcaccaatgacatggcccctctcaaagtgtgggaaatgcaagat
ctaagtttccaagcagctgacagaatcatgtctgtgccaaagtatgatgctttgaagctc
ctgcgagacctcagtcagaattttccaagcaaagccagatcactgacaagagtggccgta
aagcaggaaatgagaaaagaaattgaggagaaccaaaagcatctcagtgagaccgttggt
gttcacccgggagatggggagctcttcatcaatggactgcacattgatctggacgtccac
aaccctttcagcattttggacatcctcagaggagaggccagggtcttggaggggcttcat
aacctaggcataaagggagaacatcagggcaagcttttgaagttacctgtgaatgctgtg
gatgacaactacgccttagatatcagacatccagccataatgtggataaatgacatagag
aatgacccaatgtaccgcagctggccaaccggtatacaggaactgctcagagccaccttt
cctggcgtgatccggcagatccgacgcaatttcttcaacctggtgctgttcctggatccc
gtacaagaagaaagtgtcgaactggtgaaactagccgagcttttctacaagcataagatc
cccctgagaattggatttgtgtttgttgtcaacaccaaggacgagattgatggcttctca
gatgcaggggttggattctaccgactgctgaattacattgcagacgagtatgatttatcc
caggctctgatgtccatggtctcaatgtacaaccaagtagatgttgggaagtcgctttct
gtcgatacaatctcttcttacatgaagaggaaatttcctagcgccaatgcagagaggatt
ctaggtttagaatctgagtatgattacaaaagaaacgagggggccctcttctacaaacag
agcggcctgggtgctctacctctggctttatttaacggagtccctctgagctctgatgag
atggacccagatgagctggagactatcctcctgcagcgcataatggacacgaccaccgct
ttccagagagctgcctttatgggtcagttaactgagggctcagatgtggtggactatcta
atggagcaggccaatgtggttccgaggatgaaccctctcattctgagcaccgaccgaaag
tacctcgacttcacttccacgccagttgtggacgattgggaggacacaactatgttttca
ttcctggaaggcagagacaaaacggctgtggtggctcagagaatgaagtactttagaaat
aacgatgaggatgggatgagcactgtgaccatgtggatagccggagattttgagacggtc
tcaggaagaaagctgttactcaatgctctgaaacatgtgaaggccagccgtggagtgcga
gtgggggtgatagataaccccagcggaaagcccactgaagataacactgtgctgtacagg
gctatctgggcctccttcctcacccagaagaataaggctacagtcgagtttgtgcaaaag
ctcctgaaagaggaaagcagccggctcctccagcaggggagcaagatgaaggacttactg
atgcagggcatggacgcagatgccttcgagaaaaagttcaacacactggaagtggatttc
atcctcagtcagcagctgttctgtagagaggtcatgaaactgaggcctggagagcgtgca
gtgatcagcaacggcaggatccttggcccgtttgaggagcaggaggaattcactgtggaa
gatttccaattgctggagaagattacactgagtggttctgcagagaaagtcaaagccaaa
gttaaacagatgcagatgaagccaaagcacgccagcgacttagtcatgaaagttgatgcc
ctcctaagtgcagccccgaaaggagaggtcaggagggatgttcactttatcaaagacagc
cacagtattctccgtctctcaccgcgggaaaacgaggtgttctacgatgtggtggccatc
gttgaccccctcactagagtggcacagaagatgtcctctctgctgatggtgctcagtcaa
gtggtcaatgtgaggctgcaggtgtttatgaattgcagggccaagttgtccgagatgccc
ctcaagagcttttaccgctttgtcttggagtctgatgtggctttcttggccaatgacaca
gtgtcaccaggaccagttgcccgcttcctggagctcccagaatctcccctcctcaccctc
aatatgatcacaccagagagctggatggtgcaggcagtgcgcagcccccatgacttggat
aacatccacctgcaggaggttaatgggatagtgacggcagagtatgaacttgagcacctt
ctgctggagggccactgctttgacctgtcaactggccagcctccccgtggactccagttt
accctcggcacgagtcgggacccgctcatgtatgacaccattgtcatggcgaacctggga
tatttccagctgaaagccaatcccggtgcctggatcctaaaattacgtaaagggagatca
gaggatatctatcaggtcctcacgcacgatggaaccgactcccctgcagatgctggtgat
gttattgttatgctgaacagtttccacagtaagattatcaaagtcagagtgcagaaaagg
gcggagaaaatccacgaagatcttcttagtgaagcaagtgaaagcaaaggaatatgggac
tccatagcaaggagatcttattcctcccctggatccagactgcgatattatgctgtaaga
tctagtcttgcaaaaaatatgtgcttctgtagcatcacaggtggcggctccaagaaggat
gatggagagaagaagaaagaagatgttctaaacatattttctgttgcctcaggccacctg
tatgaacgctttctcagaataatgatgctgtccgtccttcggcataccaaaacacctgtc
aagttctggttcctcaagaattacctctctccgtctttcaaggagaccatctctttcatg
gccgagtcgtacggctttcagtatgaattagtgcagtacaagtggccgcggtggctccac
cagcagactgagaagcagcgtatcatctggggacacaagatcctgttcttggacgttctg
ttccccttggcggtagacaagatcatctttgtggacgccgaccagatcgtccgggctgat
ctgaaggacctgagggatttagacctggagggcgctccctatggctacacaccgttctgt
gatagccgcagagagatggatggctatcgcttctggaaaaccggctattgggcctcacat
ctgggacacagaaaataccacatcagtgctctgtatgtcgtcgatttaaagaagtttcgt
aagattgcagccggggaccgattacgaggccagtaccaagccctgagccaagaccctaac
agcctgtccaacctggaccaggaccttcctaacaacatgatccaccaggtggccatcaag
tctcttcctcaggagtggctgtggtgtgagacgtggtgcgataacgcctccaaagtcaca
gcgaagacgatagacctgtgtaataaccccaagaccaaggagcccaagctgacggccgcg
gccaggattgtgcctgagtgggtcgagtatgacaacgagataaaacggctgctgagacga
gtcgaggaacagggagacgcagagaaagaagaacacagtccctctgcctcacagcataaa
aaagacgacaacctgcgtgatgaactttag
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