Striatin-3 (Cell cycle autoantigen SG2NA) (S/G2 antigen)
1_MDELA 6_ GGGGG 11_ GPGMA 16_ APPRQ 21_ QQGPG 26_ GNLGL 31_ SPGGN 36_ GAAGG 41_ GGPPA 46_ SEGAG 51_ PAAGP 56_ ELSRP 61_ QQYTI 66_ PGILH 71_ YIQHE 76_ WARFE 81_ MERAH 86_ WEVER 91_ AELQA 96_ RIAFL 101_ QGERK 106_ GQENL 111_ KKDLV 116_ RRIKM 121_ LEYAL 126_ KQERA 131_ KYHKL 136_ KYGTE 141_ LNQGD 146_ LKMPT 151_ FESEE 156_ TKDTE 161_ APTAP 166_ QNSQL 171_ TWKQG 176_ RQLLR 181_ QYLQE 186_ VGYTD 191_ TILDV 196_ RSQRV 201_ RSLLG 206_ LSNSE 211_ PNGSV 216_ ETKNL 221_ EQILN 226_ GGESP 231_ KQKGQ 236_ EIKRS 241_ SGDVL 246_ ETFNF 251_ LENAD 256_ DSDED 261_ EENDM 266_ IEGIP 271_ EGKDK 276_ HRMNK 281_ HKIGN 286_ EGLAA 291_ DLTDD 296_ PDTEE 301_ ALKEF 306_ DFLVT 311_ AEDGE 316_ GAGEA 321_ RSSGD 326_ GTEWD 331_ KDDLS 336_ PTAEV 341_ WDVDQ 346_ GLISK 351_ LKEQY 356_ KKERK 361_ GKKGV 366_ KRANR 371_ TKLYD 376_ MIADL 381_ GDDEL 386_ PHIPS 391_ GIINQ 396_ SRSAS 401_ TRMTD 406_ HEGAR 411_ AEEAE 416_ PITFP 421_ SGGGK 426_ SFIMG 431_ SDDVL 436_ LSVLG 441_ LGDLA 446_ DLTVT 451_ NDADY 456_ SYDLP 461_ ANKDA 466_ FRKTW 471_ NPKYT 476_ LRSHF 481_ DGVRA 486_ LAFHP 491_ VEPVL 496_ VTASE 501_ DHTLK 506_ LWNLQ 511_ KTVPA 516_ KKSAS 521_ LDVEP 526_ IYTFR 531_ AHIGP 536_ VLSLA 541_ ISSNG 546_ EQCFS 551_ GGIDA 556_ TIQWW 561_ NMPSP 566_ SVDPY 571_ DTYEP 576_ NVLAG 581_ TLVGH 586_ TDAVW 591_ GLAYS 596_ GIKNQ 601_ LLSCS 606_ ADGTV 611_ RLWNP 616_ QEKLP 621_ CICTY 626_ NGDKK 631_ HGIPT 636_ SVDFI 641_ GCDPA 646_ HMVTS 651_ FNTGS 656_ AVIYD 661_ LETSQ 666_ SLVIL 671_ SSQVD 676_ SGLQS 681_ NNHIN 686_ RVVSH 691_ PTLPV 696_ TITAH 701_ EDRHI 706_ KFFDN 711_ KTGKM 716_ IHSMV 721_ AHLDA 726_ VTSLA 731_ VDPNG 736_ IYLMS 741_ GSHDC 746_ SIRLW 751_ NLDSK 756_ TCVQE 761_ ITAHR 766_ KKLDE 771_ SIYDV 776_ AFHSS 781_ KAYIA 786_ SAGAD 791_ALAKV
1: Calmodulin-binding scaffolding protein which is the center of the striatin-interacting phosphatase and kinase (STRIPAK) complexes (PubMed:18782753, PubMed:30622739, PubMed:33633399). STRIPAK complexes have critical roles in protein (de)phosphorylation and are regulators of multiple signaling pathways including Hippo, MAPK, nuclear receptor and cytoskeleton remodeling. Different types of STRIPAK complexes are involved in a variety of biological processes such as cell growth, differentiation, apoptosis, metabolism and immune regulation (Probable)