CTTNBP2 N-terminal-like protein
1_MNLEK 6_ LSKPE 11_ LLTLF 16_ SILEG 21_ ELEAR 26_ DLVIE 31_ ALKAQ 36_ HRDTF 41_ IEERY 46_ GKYNI 51_ SDPLM 56_ ALQRD 61_ FETLK 66_ EKNDG 71_ EKQPV 76_ CTNPL 81_ SILKV 86_ VMKQC 91_ KNMQE 96_ RMLSQ 101_ LAAAE 106_ SRHRK 111_ VILDL 116_ EEERQ 121_ RHAQD 126_ TAEGD 131_ DVTYM 136_ LEKER 141_ ERLTQ 146_ QLEFE 151_ KSQVK 156_ KFEKE 161_ QKKLS 166_ SQLEE 171_ ERSRH 176_ KQLSS 181_ MLVLE 186_ CKKAT 191_ NKAAE 196_ EGQKA 201_ GELSL 206_ KLEKE 211_ KSRVS 216_ KLEEE 221_ LAAER 226_ KRGLQ 231_ TEAQV 236_ EKQLS 241_ EFDIE 246_ REQLR 251_ AKLNR 256_ EENRT 261_ KTLKE 266_ EMESL 271_ KKIVK 276_ DLEAS 281_ HQHSS 286_ PNEQL 291_ KKPVT 296_ VSKGT 301_ ATEPL 306_ MLMSV 311_ FCQTE 316_ SFPAE 321_ RTHGS 326_ NIAKM 331_ TNTGL 336_ PGPAT 341_ PAYSY 346_ AKTNG 351_ HCDPE 356_ IQTTR 361_ ELTAG 366_ NNVEN 371_ QVPPR 376_ EKSVA 381_ LAQEK 386_ PVENG 391_ GCPVG 396_ IETPV 401_ PMPSP 406_ LSSSG 411_ SSLSP 416_ SSTAS 421_ SSLTS 426_ SPCSS 431_ PVLTK 436_ RLLGS 441_ SASSP 446_ GYQSS 451_ YQVGI 456_ NQRFH 461_ AARHK 466_ FQSQA 471_ DQDQQ 476_ ASGLQ 481_ SPPSR 486_ DLSPT 491_ LIDNS 496_ AAKQL 501_ ARNTV 506_ TQVLS 511_ RFTSQ 516_ QGPIK 521_ PVSPN 526_ SSPFG 531_ TDYRN 536_ LANTA 541_ NPRGD 546_ TSHSP 551_ TPGKV 556_ SSPLS 561_ PLSPG 566_ IKSPT 571_ IPRAE 576_ RGNPP 581_ PIPPK 586_ KPGLT 591_ PSPSA 596_ TTPLT 601_ KTHSQ 606_ AASLT 611_ TAEDL 616_ ASSCS 621_ SNTVV 626_ ANGKD 631_VELLL
1: Regulates lamellipodial actin dynamics in a CTTN-dependent manner (By similarity). Associates with core striatin-interacting phosphatase and kinase (STRIPAK) complex to form CTTNBP2NL-STRIPAK complexes. 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 (PubMed:18782753)