ATPase family AAA domain-containing protein 3B (AAA-TOB3)
1_MSWLF 6_ GVNKG 11_ PKGEG 16_ AGPPP 21_ PLPPA 26_ QPGAE 31_ GGGDR 36_ GLGDR 41_ PAPKD 46_ KWSNF 51_ DPTGL 56_ ERAAK 61_ AAREL 66_ EHSRY 71_ AKEAL 76_ NLAQM 81_ QEQTL 86_ QLEQQ 91_ SKLKE 96_ YEAAV 101_ EQLKS 106_ EQIRA 111_ QAEER 116_ RKTLS 121_ EETRQ 126_ HQARA 131_ QYQDK 136_ LARQR 141_ YEDQL 146_ KQQQL 151_ LNEEN 156_ LRKQE 161_ ESVQK 166_ QEAMR 171_ RATVE 176_ REMEL 181_ RHKNE 186_ MLRVE 191_ TEARA 196_ RAKAE 201_ RENAD 206_ IIREQ 211_ IRLKA 216_ SEHRQ 221_ TVLES 226_ IRTAG 231_ TLFGE 236_ GFRAF 241_ VTDRD 246_ KVTAT 251_ VAGLT 256_ LLAVG 261_ VYSAK 266_ NATAV 271_ TGRFI 276_ EARLG 281_ KPSLV 286_ RETSR 291_ ITVLE 296_ ALRHP 301_ IQVSR 306_ RLLSR 311_ PQDVL 316_ EGVVL 321_ SPSLE 326_ ARVRD 331_ IAIAT 336_ RNTKK 341_ NRGLY 346_ RHILL 351_ YGPPG 356_ TGKTL 361_ FAKKL 366_ ALHSG 371_ MDYAI 376_ MTGGD 381_ VAPMG 386_ REGVT 391_ AMHKL 396_ FDWAN 401_ TSRRG 406_ LLLFM 411_ DEADA 416_ FLRKR 421_ ATEEI 426_ SKDLR 431_ ATLNA 436_ FLYHM 441_ GQHSN 446_ KFMLV 451_ LASNL 456_ PEQFD 461_ CAINS 466_ RIDVM 471_ VHFDL 476_ PQQEE 481_ RERLV 486_ RLHFD 491_ NCVLK 496_ PATEG 501_ KRRLK 506_ LAQFD 511_ YGRKC 516_ SEVAR 521_ LTEGM 526_ SGREI 531_ AQLAV 536_ SWQAT 541_ AYASK 546_ DGVLT 551_ EAMMD 556_ ACVQD 561_ AVQQY 566_ RQKMR 571_ WLKAE 576_ GPGRG 581_ VEHPL 586_ SGVQG 591_ ETLTS 596_ WSLAT 601_ DPSYP 606_ CLAGP 611_ CTFRI 616_ CSWMG 621_ TGLCP 626_ GPLSP 631_ RMSCG 636_ GGRPF 641_CPPGH
1: May play a role in a mitochondrial network organization typical for stem cells, characterized by reduced mitochondrial metabolism, low mtDNA copies and fragmentated mitochondrial network. May act by suppressing ATAD3A function, interfering with ATAD3A interaction with matrix nucleoid complexes