Juglans regia (English walnut): 109002143
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Entry
109002143 CDS
T05245
Name
(RefSeq) probable UDP-N-acetylglucosamine--peptide N-acetylglucosaminyltransferase SPINDLY isoform X1
KO
K09667
protein O-GlcNAc transferase [EC:
2.4.1.255
]
Organism
jre
Juglans regia (English walnut)
Pathway
jre00514
Other types of O-glycan biosynthesis
jre03083
Polycomb repressive complex
Brite
KEGG Orthology (KO) [BR:
jre00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00514 Other types of O-glycan biosynthesis
109002143
09120 Genetic Information Processing
09126 Chromosome
03083 Polycomb repressive complex
109002143
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
jre01003
]
109002143
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
jre03036
]
109002143
Enzymes [BR:
jre01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.255 protein O-GlcNAc transferase
109002143
Glycosyltransferases [BR:
jre01003
]
O-Glycan biosynthesis
O-linked GlcNAc type
109002143
Chromosome and associated proteins [BR:
jre03036
]
Eukaryotic type
Histone modification proteins
HAT complexes
NSL complex
109002143
Polycomb repressive complex (PRC) and associated proteins
PR-DUB complex
109002143
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TPR_1
TPR_2
Glyco_transf_41
TPR_11
TPR_8
TPR_12
TPR_17
TPR_16
TPR_7
TPR_19
TPR_10
TPR_14
TPR_9
TPR_6
TPR_Slam
TPR_15
TPR_CcmH_CycH
ARM_TT21_C
NatA_aux_su
EST1_DNA_bind
ARM_TT21_2nd
Motif
Other DBs
NCBI-GeneID:
109002143
NCBI-ProteinID:
XP_018835314
UniProt:
A0A2I4FUJ4
A0A833XYF1
LinkDB
All DBs
Position
3:1484768..1498942
Genome browser
AA seq
911 aa
AA seq
DB search
MAWSEKVVGNGIERDPVRDNGFLNGSQPSPSNSGSPVSVSPVQKRFEGKDAISYANILRS
RNKFAEALDLYESVLERESGNVEAHIGKGICLQMQNIPKLAINSFAEAIRLDPQNACALT
YCGIVYKDEGCLAEAAESYQKALRADPSYKPAAECLAIVLTDLGTSLKLAGSVQEGIQKY
HEALKIDPHYAPAYYNLGVVYSEMLQFDLALNCYEKAALERPMYAEAYCNMGVIYKNRGE
LESAIACYERCLAVSPNFEIAKNNMAIALTDLGTKVKLEGDINQGVGYYKKALYYNWHYA
DAMYNLGVAYGEMLKFDMAIVFYELAFHFNPQCAEACNNLGVIYKDRDNLDKAVECYQLA
LSIKPNFSQSLNNLGVVYTVQGKMDIAASLIEKAIIANPTYAEAYNNLGVLYRDAGNISL
AIDAYEQCLKIDPDSRNAGQNRLLAMNYINEGHDDKLFEAHRDWGKRFMRLYPQYTLWEN
AKDLERPLVVGYVSPDFFTHSVSYFIEAPLVHHDYANYKVVVYSAVVKADAKTIRFKEKV
IKKGGIWRDIYGIDEKKVAIMVREDKIDILVELTGHTANNKLGMMACRPAPVQVTWIGYP
NTTGLPAIDYRITDSLADSPHTKQEHVEELVRLPECFLCYTPSPEAGPVSPAPALSNGFI
TFGSFNNLAKITPKVLQVWARILCAVPNSRLVVKCKPFCCDSVRERFLSTLEQLGLEPLR
VDLLPLILLNHDHMQAYSLMDISLDTFPYAGTTTTCESLYMGVPCVTMAGSVHAHNVGVS
LLSKVGLGHLVAKSEDEYVQLALQLASDTTALSNLRMSLRDLMSKSPVCDGINFTLGLES
AYRNMWHRYCKGDMPSSRRMEMLEQKLVVSEESAIKISEPTRNIKSRESPPGDIKINGYS
PLPPTMPNSST
NT seq
2736 nt
NT seq
+upstream
nt +downstream
nt
atggcctggtcggaaaaagttgttggtaatgggatagagagggacccggttcgagataat
ggtttcttaaacggatcacagccgtctcccagtaatagtggctcacctgtgagtgtctcc
ccggtgcagaagaggtttgaaggaaaagatgctatttcttatgctaacattcttcgttcg
aggaacaaatttgccgaggctcttgatctctatgagagtgtcttggagagagagagtggt
aatgtggaagctcacattggcaaaggaatatgcctgcagatgcagaatatcccaaagctt
gcaattaacagttttgccgaggcaatcagattggacccacagaatgcttgtgcactaact
tattgtggtatagtgtacaaagacgagggctgcctagccgaggctgctgagtcatatcag
aaggctcttagagcagacccatcatacaaaccagctgcggaatgcctggccattgtctta
acagatcttgggaccagcttaaagcttgccggaagtgttcaagaggggattcagaaatac
catgaagcactcaaaatagatccgcactatgctcctgcatattataatcttggtgttgtc
tattctgagatgttgcaattcgatttggcccttaattgctacgagaaggctgcattagag
aggcctatgtatgctgaagcatattgcaacatgggtgtcatttacaagaatcgtggagaa
ttagagtcagctattgcttgttatgagaggtgtctagccgtttcaccaaattttgagatt
gcaaagaacaatatggcaatagccctgacagatttaggaacaaaggttaaattggaggga
gacatcaatcaaggcgtgggatattacaagaaggctttgtattataattggcactatgct
gatgctatgtataatctaggggttgcttatggtgaaatgcttaaatttgatatggctatt
gtattctatgaacttgctttccacttcaatccccaatgtgcggaggcatgtaacaatctt
ggagtaatatacaaagatagagacaacctcgataaagctgtagagtgttatcagttggct
ttgtcgatcaaaccaaacttctcacaatctttgaacaatcttggtgttgtttacaccgtc
cagggtaaaatggatattgctgcaagcttgatcgagaaagccatcattgcaaatcccaca
tatgcagaggcatataataatttaggggttctttatagagatgctggcaatatatctctt
gctattgatgcgtatgagcaatgcctcaagatagatcctgactctcgaaatgcaggccag
aatcgattgcttgcaatgaattacataaatgaaggacatgatgataaactttttgaggct
cacagggactggggtaagcgctttatgcggttatatccacagtacacattgtgggagaat
gcgaaggatctggaaaggccgcttgtggttggatatgtatctcctgatttttttactcat
tctgtatcctattttatagaagccccccttgtccatcatgactatgcaaattacaaggtg
gttgtttattcagcagttgtgaaggcagacgcaaaaaccatcaggtttaaggagaaagtc
ataaaaaagggtgggatatggagagatatatatgggattgacgaaaagaaggtggcaatc
atggttagagaagataaaattgacattttggtagaacttactggtcatactgctaacaat
aagttgggaatgatggcttgtcgacctgcacctgtccaggtgacttggattggctaccca
aatacaactggtttgcctgcaattgattatcgaatcactgattcattggcagactctcct
catacaaagcaagagcatgtggaggagttggttcgattaccagaatgctttctttgttat
actccttctcctgaggctgggccggtctccccagctcctgctctttccaatggctttatt
acttttggtagctttaataatctagcgaagattacacccaaggtgttgcaagtttgggca
aggattctctgtgcagttccaaattctcgccttgtggtaaaatgtaagcctttttgttgt
gatagtgtaagggaaagatttctttcaacactggagcaactgggattggaacctctacgt
gttgatcttctgccactgattcttcttaaccacgatcatatgcaagcatattctcttatg
gacattagtttggatacttttccgtatgctggaaccaccacgacatgtgaatctttgtac
atgggtgtcccttgtgtcactatggctggttcagtgcatgctcacaatgttggcgtgagt
cttctcagcaaagttggcttgggacatctagttgccaaaagtgaagatgaatatgtccaa
ttggcactgcagttggcctctgacacaacagcactctcaaatttgaggatgtctcttcgt
gacctcatgtccaagtcccccgtctgtgatggaataaactttacccttggtctcgagtca
gcataccgaaacatgtggcacaggtactgcaaaggcgacatgccatcttcaaggcgcatg
gaaatgctagaacagaagttggtggtttctgaagaatcggctattaaaatttcagaacct
acaaggaatattaagtcaagagaaagccctcctggagatatcaagatcaatggatatagt
ccactaccaccaactatgccaaactcgtccacttga
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