Sarcolemmal membrane-associated protein (Sarcolemmal-associated protein)
1_MPSAL 6_ AIFTC 11_ RPNSH 16_ PFQER 21_ HVYLD 26_ EPIKI 31_ GRSVA 36_ RCRPA 41_ QNNAT 46_ FDCKV 51_ LSRNH 56_ ALVWF 61_ DHKTG 66_ KFYLQ 71_ DTKSS 76_ NGTFI 81_ NSQRL 86_ SRGSE 91_ ESPPC 96_ EILSG 101_ DIIQF 106_ GVDVT 111_ ENTRK 116_ VTHGC 121_ IVSTI 126_ KLFLP 131_ DGMEA 136_ RLRSD 141_ VIHAP 146_ LPSPV 151_ DKVAA 156_ NTPSM 161_ YSQEL 166_ FQLSQ 171_ YLQEA 176_ LHREQ 181_ MLEQK 186_ LATLQ 191_ RLLAI 196_ TQEAS 201_ DTSWQ 206_ ALIDE 211_ DRLLS 216_ RLEVM 221_ GNQLQ 226_ ACSKN 231_ QTEDS 236_ LRKEL 241_ IALQE 246_ DKHNY 251_ ETTAK 256_ ESLRR 261_ VLQEK 266_ IEVVR 271_ KLSEV 276_ ERSLS 281_ NTEDE 286_ CTHLK 291_ EMNER 296_ TQEEL 301_ RELAN 306_ KYNGA 311_ VNEIK 316_ DLSDK 321_ LKVAE 326_ GKQEE 331_ IQQKG 336_ QAEKK 341_ ELQHK 346_ IDEME 351_ EKEQE 356_ LQAKI 361_ EALQA 366_ DNDFT 371_ NERLT 376_ ALQVR 381_ LEHLQ 386_ EKTLK 391_ ECSSL 396_ EHLLS 401_ KSGGD 406_ CTFIH 411_ QFIEC 416_ QKKLI 421_ VEGHL 426_ TKAVE 431_ ETKLS 436_ KENQT 441_ RAKES 446_ DFSDT 451_ LSPSK 456_ EKSSD 461_ DTTDA 466_ QMDEQ 471_ DLNEP 476_ LAKVS 481_ LLKDD 486_ LQGAQ 491_ SEIEA 496_ KQEIQ 501_ HLRKE 506_ LIEAQ 511_ ELART 516_ SKQKC 521_ FELQA 526_ LLEEE 531_ RKAYR 536_ NQVEE 541_ STKQI 546_ QVLQA 551_ QLQRL 556_ HIDTE 561_ NLREE 566_ KDSEI 571_ TSTRD 576_ ELLSA 581_ RDEIL 586_ LLHQA 591_ AAKVA 596_ SERDT 601_ DIASL 606_ QEELK 611_ KVRAE 616_ LERWR 621_ KAASE 626_ YEKEI 631_ TSLQN 636_ SFQLR 641_ CQQCE 646_ DQQRE 651_ EATRL 656_ QGELE 661_ KLRKE 666_ WNALE 671_ TECHS 676_ LKREN 681_ VLLSS 686_ ELQRQ 691_ EKELH 696_ NSQKQ 701_ SLELT 706_ SDLSI 711_ LQMSR 716_ KELEN 721_ QVGSL 726_ KEQHL 731_ RDSAD 736_ LKTLL 741_ SKAEN 746_ QAKDV 751_ QKEYE 756_ KTQTV 761_ LSELK 766_ LKFEM 771_ TEQEK 776_ QSITD 781_ ELKQC 786_ KNNLK 791_ LLREK 796_ GNNKP 801_ WPWMP 806_ MLAAL 811_ VAVTA 816_ IVLYV 821_PGLAR
1: Associates with the striatin-interacting phosphatase and kinase (STRIPAK) core complex, forming the extended (SIKE1:SLMAP)STRIPAK complex (PubMed:29063833, PubMed:30622739). The (SIKE1:SLMAP)STRIPAK complex dephosphorylates STK3 leading to the inhibition of Hippo signaling and the control of cell growth (PubMed:29063833, PubMed:30622739). May play a role during myoblast fusion (By similarity)