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Protein Page:
ZNF217 (human)
p Phosphorylation
ac Acetylation
me Methylation
m1 Mono-methylation
m2 Di-methylation
m3 Tri-methylation
ub Ubiquitylation
sm Sumoylation
ne Neddylation
gl O-GlcNAc
ga O-GalNAc
pa Palmitoylation
ad Adenylation
sn S-Nitrosylation
ca Caspase cleavage
sc Succinylation

Overview
ZNF217 a probable transcriptional regulator of the krueppel C2H2-type zinc-finger protein family. Note: This description may include information from UniProtKB.
Protein type: DNA-binding; C2H2-type zinc finger protein
Chromosomal Location of Human Ortholog: 20q13.2
Cellular Component: histone deacetylase complex; nucleoplasm
Molecular Function: metal ion binding; protein binding; transcription factor activity
Biological Process: negative regulation of transcription from RNA polymerase II promoter; negative regulation of transcription, DNA-dependent; neurogenesis; regulation of transcription, DNA-dependent; signal transduction; transcription, DNA-dependent
Reference #:  O75362 (UniProtKB)
Alt. Names/Synonyms: ZABC1; Zinc finger protein 217; ZN217; ZNF217
Gene Symbols: ZNF217
Molecular weight: 115,272 Da
Basal Isoelectric point: 8.78  Predict pI for various phosphorylation states
Select Structure to View Below

ZNF217

Protein Structure Not Found.
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Modification Sites and Domains Show Modification Legend
Click here to view phosphorylation modifications only

Modification Sites in Parent Protein, Orthologs, and Isoforms Show Modification Legend
 

Show Multiple Sequence Alignment


 LTP 

LTP: The number of records in which this modification site was determined using site-specific methods. SS methods include amino acid sequencing, site-directed mutagenesis, modification site-specific antibodies, specific MS strategies, etc.


 HTP 

HTP: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.


       human

 
0 1 T51‑p AVVPFRAtQEKNVIQ
0 1 Y104‑p VLRVEAEyLsPLDKs
0 7 S106‑p RVEAEyLsPLDKsQV
0 1 S111‑p yLsPLDKsQVRTEPP
0 1 T177 FLKNHMRTHNGKSGA
0 1 S182 MRTHNGKSGARSKLQ
0 2 T242‑p RKVHTKKtAFGTssA
0 1 S247‑p KKtAFGTssAQtDsP
0 2 S248‑p KtAFGTssAQtDsPQ
0 1 T251‑p FGTssAQtDsPQGGM
0 4 S253‑p TssAQtDsPQGGMPs
0 1 S260‑p sPQGGMPssREDFLQ
0 1 S261‑p PQGGMPssREDFLQL
0 3 S321‑p KESGQEGstDNDDsS
0 2 T322‑p ESGQEGstDNDDsSS
0 2 S327‑p GstDNDDsSSEKELG
0 1 S345‑p KGSCAGLsQEKEKCK
0 26 S407‑p DRRAGAEsPtMsVDG
0 3 T409‑p RAGAEsPtMsVDGRQ
0 3 S411‑p GAEsPtMsVDGRQPG
0 1 S421‑p GRQPGTCsPDLAAPL
0 9 S441‑p VDRGEGGsEDGsEDG
0 8 S445‑p EGGsEDGsEDGLPEG
0 1 T527‑p RHHKEKQtDVAAEVK
0 5 S570‑p GAKDVTGsPPAKQLK
0 5 S593‑p VLGSAVLsPAHKDTQ
0 7 N617 SADKVNKNPTPAYLD
0 12 T648‑p CRTKADVtPPPDGsT
0 1 S654‑p VtPPPDGsTTHNLEV
0 10 S662‑p TTHNLEVsPKEKQTE
0 1 P781 PKPKSAFPAQSkSLP
0 1 K785‑ac SAFPAQSkSLPSAKG
0 14 S795‑p PSAKGKQsPPGPGKA
0 1 T834‑p VGVQGAAtRQQQsEM
0 2 S839‑p AAtRQQQsEMFPKTS
0 4 S848‑p MFPKTSVsPAPDkTK
0 1 K853‑ac SVsPAPDkTKRPETK
0 2 S869‑p KPLPVAPsQPTLGSS
0 3 S890‑p DYPAKNDsPWAPPGR
0 1 S906‑p YFCNRSAsNTAAEFG
0 1 K918‑ub EFGEPLPkRLkSSVV
0 1 K921‑ub EPLPkRLkSSVVALD
0 10 S974‑p PPKPRFLsSsEVDsP
0 1 S976‑p KPRFLsSsEVDsPNV
0 1 S980‑p LsSsEVDsPNVLTVQ
0 2 S1004‑p YTCVPAGsPAsSSTL
0 1 S1007‑p VPAGsPAsSSTLEGK
  mouse

 
A43 VAVPFRAAQEKSMAV
Y96 VLRVEAEYLSPLDKA
S98 RVEAEYLSPLDKALE
A103 YLSPLDKALEPTEPA
T170‑p FLKNHMRtHNGKsGT
S175‑p MRtHNGKsGTRSKLQ
T234 SKVHAKETVPSASNV
S239 KETVPSASNVAPDDH
N240 ETVPSASNVAPDDHR
P243 PSASNVAPDDHREEP
D245 ASNVAPDDHREEPTS
S252 DHREEPTSPREELLQ
P253 HREEPTSPREELLQF
S314 KESGQEGSTDNDDSC
T315 ESGQEGSTDNDDSCS
S320 GSTDNDDSCSEKEEL
S353 KSSCPGLSQDKEKPR
S415‑p DRRTDALsPtMAVDA
T417‑p RTDALsPtMAVDARQ
A419 DALsPtMAVDARQPG
S429 ARQPGTCSPDLSTTL
S448‑p AGDREGGsEDGsEDG
S452‑p EGGsEDGsEDGLPDG
V535 HHKDKQPVDAAAESK
S579 GAKDVKGSPPAKQLK
S597‑p SVFQSVLsPAHSNDT
S621‑p SAEKARKsPAPTYLD
S651 CRLEGVGSLAREAGH
- gap
- gap
S775‑p PKAKTAFsPHSKSLH
K779 TAFsPHSKSLHSEKA
G789 HSEKARQGASGPSKA
T827 NAGGTSATRQQQSEL
S832 SATRQQQSELFPKGG
P841 LFPKGGVPAAMDKVK
K846 GVPAAMDKVKRPEPK
S862‑p KSLPASPsQSPLSSN
G883 EYPVKVDGPWAQQGR
S900 YCHRNSGSAAAEYSE
K911 EYSEPHPKRLKSSAV
K914 EPHPKRLKSSAVSLD
S967 PHKARFLSPGEVESP
G969 KARFLSPGEVESPSV
S973 LSPGEVESPSVLAVQ
H997 YTCGPVGHAGGSPAL
S1001 PVGHAGGSPALEGKR
  rat

 
A43 AVVPFRAAQEKSLAT
Y96 VLRVEAEYLSPLDKG
S98 RVEAEYLSPLDKGQV
G103 YLSPLDKGQVPTEPP
T170 FLKNHMRTHNGKSGT
S175 MRTHNGKSGTRSKLQ
T234 SKVHAKETVPSASST
S239 KETVPSASSTAPDGH
S240 ETVPSASSTAPDGHQ
P243 PSASSTAPDGHQEEP
G245 ASSTAPDGHQEEPTS
S252 GHQEEPTSPREELLQ
P253 HQEEPTSPREELLQF
S314 KESGQEGSTDNDDSC
T315 ESGQEGSTDNDDSCS
S320 GSTDNDDSCSEKEEL
S353 RSSCSGLSQDKDKSR
S415‑p DRRADAPsPTMAGDA
T417 RADAPsPTMAGDARQ
A419 DAPsPTMAGDARQPG
S429 ARQPGTCSPELRTTL
S448‑p AGDREGGsEDGsEDG
S452‑p EGGsEDGsEDGLPEG
L534 RHHKDKQLGDAPAES
S578 GAKDVKGSPPAKLLK
S601 VLGSTVLSPAHNKDT
S625‑p GAEKVRKsPAPAYLD
P655 CKLEGVGPLAREAGH
- gap
- gap
S779 PKAKPAFSSQAKALH
K783 PAFSSQAKALHPEKV
G793 HPEKVRQGTSGPGKA
T831 SAGGPSATRQQQSEL
S836 SATRQQQSELFPKGG
P845 LFPKGGVPAAMDKAK
K850 GVPAAMDKAKRPEPK
A866 KAPPAPPAQSPLSSG
C881 NGNGSAECPWGQQGR
S898 YCQRNAGSATSEYSE
K909 EYSEPHPKRLKSPVV
K912 EPHPKRLKSPVVSLD
S965 PPKARFLSPGEVESP
G967 KARFLSPGEVESPSV
S971 LSPGEVESPSVLTVQ
H995 YTCGPVGHAGASPSL
S999 PVGHAGASPSLEGKR
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