TEA1_SCHPO - dbPTM
TEA1_SCHPO - PTM Information in dbPTM
Basic Information of Protein
UniProt ID TEA1_SCHPO
UniProt AC P87061
Protein Name Tip elongation aberrant protein 1
Gene Name tea1
Organism Schizosaccharomyces pombe (strain 972 / ATCC 24843) (Fission yeast).
Sequence Length 1147
Subcellular Localization Cytoplasm, cytoskeleton . Present at both poles of the cell throughout the cell cycle whether they are growing or not. Located at the ends of microtubules growing towards the cell poles. An intact microtubular skeleton is required to maintain the loc
Protein Description Cell polarity protein. Acts as an end marker, directing the growth machinery to the cell poles. Involved in the regulation of microtubular organization, affecting the maintenance of a single central axis. Prevents the curling of microtubule tips around the cell ends and is required for the retention of polarity factors such as pom1, tip1 and tea2 at the cell ends, necessary for the cell to grow in a straight line. Links tip1 and tea4 in a common complex..
Protein Sequence MSFLFKRNKGSAHKPTKPNFSKTSTTPSTSQLKHSHESNVKMSTSTVTEHRKKPTGSGSHITASPWSKLTVRGSSNVLPRYSHASHLYAEGGQEIYIFGGVASDSQPKNDLWVLNLATSQFTSLRSLGETPSPRLGHASILIGNAFIVFGGLTNHDVADRQDNSLYLLNTSSLVWQKANASGARPSGRYGHTISCLGSKICLFGGRLLDYYFNDLVCFDLNNLNTSDSRWELASVVNDPPPARAGHVAFTFSDKLYIFGGTDGANFFNDLWCYHPKQSAWSKVETFGVAPNPRAGHAASVVEGILYVFGGRASDGTFLNDLYAFRLSSKHWYKLSDLPFTPSPRSSHTLSCSGLTLVLIGGKQGKGASDSNVYMLDTSRFRLGSVPTTSGRQRNTSFFSNSTGNTNPSAFNGLLTSSRIPSYNGSKVRSTSHPSRQQYIGSSNSRFNTRHQTISTPVSGRASNDLPSPVVPTRSNSSSILQPSYNLNSHSSDRRNTNDDDQSSLNSQQLSNQAKAQGEVSPTLSFVPSSHSMEQGNGSVASANNAQSEAATRSINSISEVSEVRFPEQSSVKTVDERKSLDGRITSVTLETLVEKYSELSKQQIVEWFKSKLYEILRDSASKIDSLTEKLKVANAEKNAALCEAALEKVPLAKHNKLSDGTFSTPDKENVQSTNDAHIMQENFSLHKALEVMRETSSDLDKQLKDATASQKELIVQTSSFQKELVEERERHNAISKRLQEIESLYRDRELLVTNLEDQLVDQTVTINKFAFERDQFRERSMGFENTIKDLTRKMEATDMLNVSLHESLRSVQTENSELVTEMALLKAELVKKQAIIDANANIYDKLTADHTNYETVSADINQNLKETLDKLLNGSSDFKNNEIELLHDQIRITNAKLEKREKLINASKYIEDTLRSEIQEAAEKVSNLEFSNFNLKEENSNMQLQLMKALEQRNTGAKQLVNLRMQLSTATSELDMLKLKLRTTALALEESPDDYSDILSILRADMSPFHDLHKQCGVLIDTLNGVKRGFGIFEKKFTDYHKFLENISDKLKSEEDTSLETPIHENQSIQSDQIKEVGEVLSAIKSLSDSVMLLKNQIDDLAKEKLPLSSSDDEKVNIKEKTDFMKLLVKSGLSNPPAKEPVHDNEN
Overview of Protein Modification Sites with Functional and Structural Information
Experimental Post-Translational Modification Sites

* ASA = Accessible Surface Area

Locations Modification Substrate Peptides
&
Secondary Structure
ASA (%) Reference Orthologous
Protein Cluster
452PhosphorylationRFNTRHQTISTPVSG
CCCCCCCEECCCCCC
15.6929996109
455PhosphorylationTRHQTISTPVSGRAS
CCCCEECCCCCCCCC
24.6929996109
458PhosphorylationQTISTPVSGRASNDL
CEECCCCCCCCCCCC
24.6229996109
462PhosphorylationTPVSGRASNDLPSPV
CCCCCCCCCCCCCCC
29.5225720772
467PhosphorylationRASNDLPSPVVPTRS
CCCCCCCCCCCCCCC
37.3128889911
474PhosphorylationSPVVPTRSNSSSILQ
CCCCCCCCCCCCCCC
43.4729996109
476PhosphorylationVVPTRSNSSSILQPS
CCCCCCCCCCCCCCC
27.0629996109
496PhosphorylationHSSDRRNTNDDDQSS
CCCCCCCCCCCCHHH
37.9125720772
502PhosphorylationNTNDDDQSSLNSQQL
CCCCCCHHHHHHHHH
43.7329996109
503PhosphorylationTNDDDQSSLNSQQLS
CCCCCHHHHHHHHHH
26.4128889911
506PhosphorylationDDQSSLNSQQLSNQA
CCHHHHHHHHHHHHH
25.2925720772
510PhosphorylationSLNSQQLSNQAKAQG
HHHHHHHHHHHHHCC
23.6625720772
553PhosphorylationQSEAATRSINSISEV
HHHHHHHHCCCCHHC
23.0529996109
556PhosphorylationAATRSINSISEVSEV
HHHHHCCCCHHCCCC
26.3128889911
558PhosphorylationTRSINSISEVSEVRF
HHHCCCCHHCCCCCC
31.5929996109
561PhosphorylationINSISEVSEVRFPEQ
CCCCHHCCCCCCCCC
26.7325720772
579PhosphorylationKTVDERKSLDGRITS
CCHHHCCCCCCCCEE
37.6024763107
585PhosphorylationKSLDGRITSVTLETL
CCCCCCCEEEEHHHH
18.7825720772
586PhosphorylationSLDGRITSVTLETLV
CCCCCCEEEEHHHHH
15.6721712547
588PhosphorylationDGRITSVTLETLVEK
CCCCEEEEHHHHHHH
20.7421712547
658PhosphorylationLAKHNKLSDGTFSTP
CCCCCCCCCCCCCCC
35.2921712547
664PhosphorylationLSDGTFSTPDKENVQ
CCCCCCCCCCHHHCC
31.1724763107
1061PhosphorylationEEDTSLETPIHENQS
CCCCCCCCCCCCCCC
32.6024763107
1068PhosphorylationTPIHENQSIQSDQIK
CCCCCCCCCCHHHHH
33.8921712547
1071PhosphorylationHENQSIQSDQIKEVG
CCCCCCCHHHHHHHH
29.7928889911
1109PhosphorylationAKEKLPLSSSDDEKV
HHCCCCCCCCCCCCC
26.3421712547
1111PhosphorylationEKLPLSSSDDEKVNI
CCCCCCCCCCCCCCH
45.7821712547

Upstream regulatory proteins (kinases for phosphorylation sites, E3 ubiquitin ligases of ubiquitination sites, ...)
Modified Location Modified Residue Modification Type of Upstream Proteins Gene Name of Upstream Proteins UniProt AC of Upstream Proteins Sources

Oops, there are no upstream regulatory protein records of TEA1_SCHPO !!

Functions of PTM Sites
Modified Location Modified Residue Modification Function Reference

Oops, there are no descriptions of PTM sites of TEA1_SCHPO !!

Disease-associated PTM Sites based on SAP

* Distance = the distance between SAP position and PTM sites.

Modified Location Modification Variant Position
(Distance <= 10)
Residue Change SAP Related Disease Reference

Oops, there are no SNP-PTM records of TEA1_SCHPO !!

Protein-Protein Interaction
Interacting Protein Gene Name Interaction Type PPI Reference Domain-Domain Interactions
RAS_SCHPOras1genetic
12052869
SCD1_SCHPOscd1genetic
12052869
TEA3_SCHPOtea3genetic
14663827
PAL1_SCHPOpal1genetic
15975911
RAX2_SCHPOrax2genetic
17085965
KIN1_SCHPOkin1genetic
16988828
TEA4_SCHPOtea4physical
15809031
TIP1_SCHPOtip1physical
11950884
FOR3_SCHPOfor3physical
15184402
TIP1_SCHPOtip1physical
15184402
TEA4_SCHPOtea4physical
15936270
TIP1_SCHPOtip1physical
16951255
EFC25_SCHPOefc25genetic
18931302
MOD5P_SCHPOmod5physical
20850323
TEA1_SCHPOtea1physical
20850323
MUG33_SCHPOmug33physical
21652630
FOR3_SCHPOfor3physical
15809031
TEA3_SCHPOtea3physical
15809031
ACT_SCHPOact1physical
21652630
ADH_SCHPOadh1physical
21652630
ALG11_SCHPOalg11physical
21652630
ALP14_SCHPOalp14physical
21652630
ADT_SCHPOanc1physical
21652630
BGS1_SCHPObgs1physical
21652630
BGS3_SCHPObgs3physical
21652630
BGS4_SCHPObgs4physical
21652630
GRP78_SCHPObip1physical
21652630
BMS1_SCHPObms1physical
21652630
FAT1_SCHPObud6physical
21652630
NCPR_SCHPOccr1physical
21652630
TCPG_SCHPOcct3physical
21652630
TCPD_SCHPOcct4physical
21652630
RIR1_SCHPOcdc22physical
21652630
MLR4_SCHPOcdc4physical
21652630
CDC48_SCHPOcdc48physical
21652630
CSK2A_SCHPOcka1physical
21652630
CSK2B_SCHPOckb1physical
21652630
CKI3_SCHPOcki3physical
21652630
KCC2_SCHPOcmk2physical
21652630
CALX_SCHPOcnx1physical
21652630
GBLP_SCHPOcpc2physical
21652630
IMA1_SCHPOcut15physical
21652630
ACAC_SCHPOcut6physical
21652630
DYR_SCHPOdfr1physical
21652630
EF2_SCHPOeft202physical
21652630
ELF1_SCHPOelf1physical
21652630
ENO11_SCHPOeno101physical
21652630
CP51_SCHPOerg11physical
21652630
FAS1_SCHPOfas1physical
21652630
FBRL_SCHPOfib1physical
21652630
FUMH_SCHPOfum1physical
21652630
GAR2_SCHPOgar2physical
21652630
GPD1_SCHPOgpd1physical
21652630
G3P2_SCHPOgpd3physical
21652630
PMGY_SCHPOgpm1physical
21652630
HEM6_SCHPOhem13physical
21652630
HISX_SCHPOhis2physical
21652630
HSP16_SCHPOhsp16physical
21652630
HSP90_SCHPOhsp90physical
21652630
HXK1_SCHPOhxk1physical
21652630
IDH1_SCHPOidh1physical
21652630
ILVB_SCHPOilv1physical
21652630
KIN1_SCHPOkin1physical
21652630
LCB2_SCHPOlcb2physical
21652630
LEU3_SCHPOleu1physical
21652630
LEUC_SCHPOleu2physical
21652630
HOSM_SCHPOlys4physical
21652630
MAL3_SCHPOmal3physical
21652630
HSP60_SCHPOmcp60physical
21652630
MOD5P_SCHPOmod5physical
21652630
MPG1_SCHPOmpg1physical
21652630
MBO1_SCHPOmto1physical
21652630
MYO3_SCHPOmyp2physical
21652630
NOG1_SCHPOnog1physical
21652630
PABP_SCHPOpabpphysical
21652630
VPS10_SCHPOvps10physical
21652630
PFKA_SCHPOpfk1physical
21652630
PGK_SCHPOpgk1physical
21652630
PMA1_SCHPOpma1physical
21652630
PMM_SCHPOpmm1physical
21652630
WAT1_SCHPOpop3physical
21652630
PPK4_SCHPOire1physical
21652630
PROA_SCHPOpro1physical
21652630
DHX15_SCHPOprp43physical
21652630
HSP7F_SCHPOpss1physical
21652630
KPYK_SCHPOpyk1physical
21652630
RAD24_SCHPOrad24physical
21652630
RAD25_SCHPOrad25physical
21652630
RGA2_SCHPOrga2physical
21652630
RGA8_SCHPOrga8physical
21652630
RNC1_SCHPOrnc1physical
21652630
RL10B_SCHPOrpl1002physical
21652630
RL1B_SCHPOrpl101physical
21652630
RL13_SCHPOrpl13physical
21652630
RL15A_SCHPOrpl15physical
21652630
RL15B_SCHPOrpl1502physical
21652630
RL16B_SCHPOrpl1601physical
21652630
RL16A_SCHPOrpl1602physical
21652630
RL18A_SCHPOrpl1801physical
21652630
RL18B_SCHPOrpl1802physical
21652630
RL19A_SCHPOrpl1901physical
21652630
RL19B_SCHPOrpl1902physical
21652630
RL24A_SCHPOrpl2401physical
21652630
RL24B_SCHPOrpl2402physical
21652630
RL26_SCHPOrpl26physical
21652630
RL27A_SCHPOrpl2701physical
21652630
RL28B_SCHPOrpl2801physical
21652630
RL3A_SCHPOrpl301physical
21652630
RL3B_SCHPOrpl302physical
21652630
RL32B_SCHPOrpl3201physical
21652630
RL36A_SCHPOrpl3601physical
21652630
RL36B_SCHPOrpl3602physical
21652630
RL4B_SCHPOrpl401physical
21652630
RL4A_SCHPOrpl402physical
21652630
RL28E_SCHPOrpl44physical
21652630
RL6_SCHPOrpl6physical
21652630
RL7C_SCHPOrpl701physical
21652630
RL7B_SCHPOrpl702physical
21652630
RL8_SCHPOrpl8physical
21652630
RS2_SCHPOrps2physical
21652630
RS4A_SCHPOrps401physical
21652630
RS4B_SCHPOrps402physical
21652630
RS6A_SCHPOrps601physical
21652630
RS6B_SCHPOrps602physical
21652630
RS8A_SCHPOrps801physical
21652630
RS8B_SCHPOrps802physical
21652630
RS9A_SCHPOrps901physical
21652630
RS9B_SCHPOrps902physical
21652630
PRS4_SCHPOrpt2physical
21652630
PRS6B_SCHPOrpt3physical
21652630
PRS8_SCHPOrpt6physical
21652630
NOP53_SCHPOrrp16physical
21652630
METK_SCHPOsam1physical
21652630
COPG_SCHPOsec21physical
21652630
COPB2_SCHPOsec27physical
21652630
SSB1_SCHPOsks2physical
21652630
SLT1_SCHPOslt1physical
21652630
PDX1_SCHPOsnz1physical
21652630
IF4A_SCHPOSPAC1006.07physical
21652630
MET5_SCHPOsir1physical
21652630
YLA3_SCHPOSPAC1527.03physical
21652630
PUF3_SCHPOpuf3physical
21652630
SYEC_SCHPOgus1physical
21652630
SCS7_SCHPOscs7physical
21652630
NOT3_SCHPOnot3physical
21652630
UTP17_SCHPOnan1physical
21652630
SERC_SCHPOSPAC1F12.07physical
21652630
NOT1_SCHPOnot1physical
21652630
NAT10_SCHPOnat10physical
21652630
UTP5_SCHPOutp5physical
21652630
MPP10_SCHPOSPAC23C11.03physical
21652630
GLYD_SCHPOSPAC24C9.12cphysical
21652630
EIF3B_SCHPOSPAC25G10.08physical
21652630
CNT6_SCHPOcnt6physical
21652630
IF5_SCHPOSPAC2F7.05cphysical
21652630
ARC1_SCHPOSPAC30C2.04physical
21652630
BU107_SCHPObun107physical
21652630
YLI2_SCHPOSPAC458.02cphysical
21652630
BFR2_SCHPObfr2physical
21652630
YDHE_SCHPOSPAC6G9.14physical
21652630
YFY7_SCHPOSPAC9.07cphysical
21652630
YF19_SCHPOatd1physical
21652630
YE85_SCHPOaip1physical
21652630
MUG81_SCHPOmug81physical
21652630
ACL1_SCHPOSPBC1703.07physical
21652630
YNY5_SCHPOSPBC1711.05physical
21652630
MAS5_SCHPOmas5physical
21652630
SYMC_SCHPOrar1physical
21652630
SYKC_SCHPOkrs1physical
21652630
DCA13_SCHPOsof1physical
21652630
PUT2_SCHPOSPBC24C6.04physical
21652630
YB0G_SCHPOgga22physical
21652630
TKT_SCHPOSPBC2G5.05physical
21652630
LYS9_SCHPOSPBC3B8.03physical
21652630
YBH9_SCHPOSPBC3B8.09physical
21652630
NOP14_SCHPOnop14physical
21652630
YHOF_SCHPOSPBC428.15physical
21652630
DNJC7_SCHPOSPBC543.02cphysical
21652630
UTP20_SCHPOutp20physical
21652630
STT4_SCHPOstt4physical
21652630
YN67_SCHPOSPBC646.07cphysical
21652630
NOP56_SCHPOSPBC646.10cphysical
21652630
RUVB2_SCHPOrvb2physical
21652630
LCF2_SCHPOlcf2physical
21652630
ACON2_SCHPOSPBP4H10.15physical
21652630
GAL10_SCHPOgal10physical
21652630
COPA_SCHPOSPBPJ4664.04physical
21652630
UTP21_SCHPOSPCC1672.07physical
21652630
MDHM_SCHPOSPCC306.08cphysical
21652630
VGL1_SCHPOvgl1physical
21652630
MET10_SCHPOSPCC584.01cphysical
21652630
YC8E_SCHPOSPCC622.14physical
21652630
PIL1_SCHPOpil1physical
21652630
YJQ1_SCHPOSPCC825.01physical
21652630
YQMA_SCHPOSPCP1E11.10physical
21652630
PUF6_SCHPOpuf6physical
21652630
UREG_SCHPOSPCPB16A4.05cphysical
21652630
SPP42_SCHPOspp42physical
21652630
SRP2_SCHPOsrp2physical
21652630
HSP71_SCHPOssa1physical
21652630
HSP72_SCHPOssa2physical
21652630
HSP7M_SCHPOssc1physical
21652630
HOG1_SCHPOsty1physical
21652630
MET3_SCHPOsua1physical
21652630
EIF3I_SCHPOsum1physical
21652630
DED1_SCHPOsum3physical
21652630
G3P1_SCHPOtdh1physical
21652630
TEA1_SCHPOtea1physical
21652630
TEA2_SCHPOtea2physical
21652630
TEA3_SCHPOtea3physical
21652630
TEA4_SCHPOtea4physical
21652630
EF3_SCHPOtef3physical
21652630
SYTC_SCHPOtrs1physical
21652630
EIF3G_SCHPOtif35physical
21652630
IF4G_SCHPOtif471physical
21652630
TIP1_SCHPOtip1physical
21652630
TOM70_SCHPOtom70physical
21652630
TPIS_SCHPOtpi1physical
21652630
TRPG_SCHPOtrp1physical
21652630
UFE1_SCHPOufe1physical
21652630
UTP10_SCHPOutp10physical
21652630
VATB_SCHPOvma2physical
21652630
VPH1_SCHPOvph1physical
21652630
VPS1_SCHPOvps1physical
21652630
FOR3_SCHPOfor3genetic
23093943
PFD4_SCHPOSPAC227.05genetic
22681890
DPH3_SCHPOdph3genetic
22681890
ERFB_SCHPOerf2genetic
22681890
APT_SCHPOapt1genetic
22681890
BST1_SCHPObst1genetic
22681890
ATG11_SCHPOatg11genetic
22681890
MUG20_SCHPOmug20genetic
22681890
CYB51_SCHPOSPBC29A10.16cgenetic
22681890
RL27A_SCHPOrpl2701genetic
22681890
ERD11_SCHPOerd1genetic
22681890
YAY6_SCHPOSPAC4H3.06genetic
22681890
PGM3_SCHPOSPCC1840.05cgenetic
22681890
TEA1_SCHPOtea1physical
23673619
TEA4_SCHPOtea4physical
23673619
FOR3_SCHPOfor3physical
23695164
TEA1_SCHPOtea1physical
23615447
TEA4_SCHPOtea4physical
23615447
TIP1_SCHPOtip1physical
23615447
POM1_SCHPOpom1physical
23615447
FOR3_SCHPOfor3physical
26771498

Drug and Disease Associations
Kegg Drug
DrugBank
There are no disease associations of PTM sites.
Regulatory Network of TEA1_SCHPO

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Related Literatures of Post-Translational Modification
Phosphorylation
ReferencePubMed
"Phosphoproteome analysis of fission yeast.";
Wilson-Grady J.T., Villen J., Gygi S.P.;
J. Proteome Res. 7:1088-1097(2008).
Cited for: PHOSPHORYLATION [LARGE SCALE ANALYSIS] AT SER-503, AND MASSSPECTROMETRY.

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