Striatin
1_MDEQA 6_ GPGVF 11_ FSNNH 16_ PGAGG 21_ AKGLG 26_ PLAEA 31_ AAAGD 36_ GAAAA 41_ GAARA 46_ QYSLP 51_ GILHF 56_ LQHEW 61_ ARFEV 66_ ERAQW 71_ EVERA 76_ ELQAQ 81_ IAFLQ 86_ GERKG 91_ QENLK 96_ KDLVR 101_ RIKML 106_ EYALK 111_ QERAK 116_ YHKLK 121_ YGTEL 126_ NQGDM 131_ KPPSY 136_ DSDEG 141_ NETEV 146_ QPQQN 151_ SQLMW 156_ KQGRQ 161_ LLRQY 166_ LQEVG 171_ YTDTI 176_ LDVKS 181_ KRVRA 186_ LLGFS 191_ SDVTD 196_ REDDK 201_ NQDSV 206_ VNGTE 211_ AEVKE 216_ TAMIA 221_ KSELT 226_ DSASV 231_ LDNFK 236_ FLESA 241_ AADFS 246_ DEDED 251_ DDVDG 256_ REKSV 261_ IDTST 266_ IVRKK 271_ ALPDS 276_ GEDRD 281_ TKEAL 286_ KEFDF 291_ LVTSE 296_ EGDNE 301_ SRSAG 306_ DGTDW 311_ EKEDQ 316_ CLMPE 321_ AWNVD 326_ QGVIT 331_ KLKEQ 336_ YKKER 341_ KGKKG 346_ VKRPN 351_ RSKLQ 356_ DMLAN 361_ LRDVD 366_ ELPSL 371_ QPSVG 376_ SPSRP 381_ SSSRL 386_ PEHEI 391_ NRADE 396_ VEALT 401_ FPPSS 406_ GKSFI 411_ MGADE 416_ ALESE 421_ LGLGE 426_ LAGLT 431_ VANEA 436_ DSLTY 441_ DIANN 446_ KDALR 451_ KTWNP 456_ KFTLR 461_ SHFDG 466_ IRALA 471_ FHPIE 476_ PVLIT 481_ ASEDH 486_ TLKMW 491_ NLQKT 496_ APAKK 501_ STSLD 506_ VEPIY 511_ TFRAH 516_ KGPVL 521_ CVVMS 526_ SNGEQ 531_ CYSGG 536_ TDGLI 541_ QGWNT 546_ TNPNI 551_ DPYDS 556_ YDPSV 561_ LRGPL 566_ LGHTD 571_ AVWGL 576_ AYSAA 581_ HQRLL 586_ SCSAD 591_ GTLRL 596_ WNTTE 601_ VAPAL 606_ SVFND 611_ TKELG 616_ IPASV 621_ DLVSS 626_ DPSHM 631_ VASFS 636_ KGYTS 641_ IFNME 646_ TQQRI 651_ LTLES 656_ NVDTT 661_ ANSSC 666_ QINRV 671_ ISHPT 676_ LPISI 681_ TAHED 686_ RHIKF 691_ YDNNT 696_ GKLIH 701_ SMVAH 706_ LEAVT 711_ SLAVD 716_ PNGLY 721_ LMSGS 726_ HDCSI 731_ RLWNL 736_ ESKTC 741_ IQEFT 746_ AHRKK 751_ FEESI 756_ HDVAF 761_ HPSKC 766_ YIASA 771_GADAL
1: Calmodulin-binding scaffolding protein which is the center of the striatin-interacting phosphatase and kinase (STRIPAK) complexes (PubMed:18782753). 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)