RESULT FOR QUERY "Q96F46,Q60943" IN THE O-GLCNACOME


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Q60943: I17RA_MOUSE
Mus musculus
Full Name: Interleukin-17 receptor A
O-GlcNAc Score:
1 References
0 O-GlcNAc sites
1 Principal Investigators
1 First authors
0 Citations
2025 Year of first report
Compartment analysis:

This entry is believed to be secreted and/or enriched in the extracellular space. Please note that O-GlcNAcylation is restricted to intracellular proteins only. Consider this entry carefully.

Intracellular
cytosol
2.351
nucleus
2.805
mitochondrion
2.093
See COMPARTMENTS
Extracellular
endoplasmic reticulum
1.787
golgi apparatus
1.043
plasma membrane
5.0
extracellular region
3.378
Other species: I17RA_HUMAN, I17RA_MOUSE (See all)
Canonical sequence information:
        10  
MAIRRCWPRV  
        20  
VPGPALGWLL  
        30  
LLLNVLAPGR  
        40  
ASPRLLDFPA  
        50  
PVCAQEGLSC  
        60  
RVKNSTCLDD  
        70  
SWIHPKNLTP  
        80  
SSPKNIYINL  
        90  
SVSSTQHGEL  
       100  
VPVLHVEWTL  
       110  
QTDASILYLE  
       120  
GAELSVLQLN  
       130  
TNERLCVKFQ  
       140  
FLSMLQHHRK  
       150  
RWRFSFSHFV  
       160  
VDPGQEYEVT  
       170  
VHHLPKPIPD  
       180  
GDPNHKSKII  
       190  
FVPDCEDSKM  
       200  
KMTTSCVSSG  
       210  
SLWDPNITVE  
       220  
TLDTQHLRVD  
       230  
FTLWNESTPY  
       240  
QVLLESFSDS  
       250  
ENHSCFDVVK  
       260  
QIFAPRQEEF  
       270  
HQRANVTFTL  
       280  
SKFHWCCHHH  
       290  
VQVQPFFSSC  
       300  
LNDCLRHAVT  
       310  
VPCPVISNTT  
       320  
VPKPVADYIP  
       330  
LWVYGLITLI  
       340  
AILLVGSVIV  
       350  
LIICMTWRLS  
       360  
GADQEKHGDD  
       370  
SKINGILPVA  
       380  
DLTPPPLRPR  
       390  
KVWIVYSADH  
       400  
PLYVEVVLKF  
       410  
AQFLITACGT  
       420  
EVALDLLEEQ  
       430  
VISEVGVMTW  
       440  
VSRQKQEMVE  
       450  
SNSKIIILCS  
       460  
RGTQAKWKAI  
       470  
LGWAEPAVQL  
       480  
RCDHWKPAGD  
       490  
LFTAAMNMIL  
       500  
PDFKRPACFG  
       510  
TYVVCYFSGI  
       520  
CSERDVPDLF  
       530  
NITSRYPLMD  
       540  
RFEEVYFRIQ  
       550  
DLEMFEPGRM  
       560  
HHVRELTGDN  
       570  
YLQSPSGRQL  
       580  
KEAVLRFQEW  
       590  
QTQCPDWFER  
       600  
ENLCLADGQD  
       610  
LPSLDEEVFE  
       620  
DPLLPPGGGI  
       630  
VKQQPLVREL  
       640  
PSDGCLVVDV  
       650  
CVSEEESRMA  
       660  
KLDPQLWPQR  
       670  
ELVAHTLQSM  
       680  
VLPAEQVPAA  
       690  
HVVEPLHLPD  
       700  
GSGAAAQLPM  
       710  
TEDSEACPLL  
       720  
GVQRNSILCL  
       730  
PVDSDDLPLC  
       740  
STPMMSPDHL  
       750  
QGDAREQLES  
       760  
LMLSVLQQSL  
       770  
SGQPLESWPR  
       780  
PEVVLEGCTP  
       790  
SEEEQRQSVQ  
       800  
SDQGYISRSS  
       810  
PQPPEWLTEE  
       820  
EELELGEPVE  
       830  
SLSPEELRSL  
       840  
RKLQRQLFFW  
       850  
ELEKNPGWNS  
       860  
LEPRRPTPEE  
      
QNPS  

 O-GlcNAc
 Phosphorylation
 Dual sites
Show 3D
 O-GlcNAc
 Phosphorylation
 Dual sites
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Digest sequence
Full digestion
Partial digestion
O-GlcNAc References:
39627609 (All references)
LinkOut: UniProtKB GlyGen COMPARTMENTS
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Comment
Q96F46: I17RA_HUMAN
Homo sapiens
Full Name: Interleukin-17 receptor A
O-GlcNAc Score:
2 References
1 O-GlcNAc sites
2 Principal Investigators
2 First authors
10 Citations
2022 Year of first report
Compartment analysis:

This entry is believed to be secreted and/or enriched in the extracellular space. Please note that O-GlcNAcylation is restricted to intracellular proteins only. Consider this entry carefully.

Intracellular
cytosol
3.032
nucleus
3.384
mitochondrion
1.927
See COMPARTMENTS
Extracellular
endoplasmic reticulum
2.196
golgi apparatus
0.95
plasma membrane
4.7
extracellular region
4.476
Other species: I17RA_HUMAN, I17RA_MOUSE (See all)
O-GlcNAc Sites:
T69
Canonical sequence information:
        10  
MGAARSPPSA  
        20  
VPGPLLGLLL  
        30  
LLLGVLAPGG  
        40  
ASLRLLDHRA  
        50  
LVCSQPGLNC  
        60  
TVKNSTCLDD  
        70  
SWIHPRNLTP  
        80  
SSPKDLQIQL  
        90  
HFAHTQQGDL  
       100  
FPVAHIEWTL  
       110  
QTDASILYLE  
       120  
GAELSVLQLN  
       130  
TNERLCVRFE  
       140  
FLSKLRHHHR  
       150  
RWRFTFSHFV  
       160  
VDPDQEYEVT  
       170  
VHHLPKPIPD  
       180  
GDPNHQSKNF  
       190  
LVPDCEHARM  
       200  
KVTTPCMSSG  
       210  
SLWDPNITVE  
       220  
TLEAHQLRVS  
       230  
FTLWNESTHY  
       240  
QILLTSFPHM  
       250  
ENHSCFEHMH  
       260  
HIPAPRPEEF  
       270  
HQRSNVTLTL  
       280  
RNLKGCCRHQ  
       290  
VQIQPFFSSC  
       300  
LNDCLRHSAT  
       310  
VSCPEMPDTP  
       320  
EPIPDYMPLW  
       330  
VYWFITGISI  
       340  
LLVGSVILLI  
       350  
VCMTWRLAGP  
       360  
GSEKYSDDTK  
       370  
YTDGLPAADL  
       380  
IPPPLKPRKV  
       390  
WIIYSADHPL  
       400  
YVDVVLKFAQ  
       410  
FLLTACGTEV  
       420  
ALDLLEEQAI  
       430  
SEAGVMTWVG  
       440  
RQKQEMVESN  
       450  
SKIIVLCSRG  
       460  
TRAKWQALLG  
       470  
RGAPVRLRCD  
       480  
HGKPVGDLFT  
       490  
AAMNMILPDF  
       500  
KRPACFGTYV  
       510  
VCYFSEVSCD  
       520  
GDVPDLFGAA  
       530  
PRYPLMDRFE  
       540  
EVYFRIQDLE  
       550  
MFQPGRMHRV  
       560  
GELSGDNYLR  
       570  
SPGGRQLRAA  
       580  
LDRFRDWQVR  
       590  
CPDWFECENL  
       600  
YSADDQDAPS  
       610  
LDEEVFEEPL  
       620  
LPPGTGIVKR  
       630  
APLVREPGSQ  
       640  
ACLAIDPLVG  
       650  
EEGGAAVAKL  
       660  
EPHLQPRGQP  
       670  
APQPLHTLVL  
       680  
AAEEGALVAA  
       690  
VEPGPLADGA  
       700  
AVRLALAGEG  
       710  
EACPLLGSPG  
       720  
AGRNSVLFLP  
       730  
VDPEDSPLGS  
       740  
STPMASPDLL  
       750  
PEDVREHLEG  
       760  
LMLSLFEQSL  
       770  
SCQAQGGCSR  
       780  
PAMVLTDPHT  
       790  
PYEEEQRQSV  
       800  
QSDQGYISRS  
       810  
SPQPPEGLTE  
       820  
MEEEEEEEQD  
       830  
PGKPALPLSP  
       840  
EDLESLRSLQ  
       850  
RQLLFRQLQK  
       860  
NSGWDTMGSE  
        
SEGPSA  

 O-GlcNAc
 Phosphorylation
 Dual sites
Show 3D
 O-GlcNAc
 Phosphorylation
 Dual sites
Download
Digest sequence
Full digestion
Partial digestion
O-GlcNAc References:
38665916, 35289036 (All references)
LinkOut: UniProtKB GlyGen GlyCosmos COMPARTMENTS
Download
Comment
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