Elongation factor G, mitochondrial (EF-Gmt) (Elongation factor G 1, mitochondrial) (mEF-G 1) (Elongation factor G1) (hEFG1)
1_MRLLG 6_ AAAVA 11_ ALGRG 16_ RAPAS 21_ LGWQR 26_ KQVNW 31_ KACRW 36_ SSSGV 41_ IPNEK 46_ IRNIG 51_ ISAHI 56_ DSGKT 61_ TLTER 66_ VLYYT 71_ GRIAK 76_ MHEVK 81_ GKDGV 86_ GAVMD 91_ SMELE 96_ RQRGI 101_ TIQSA 106_ ATYTM 111_ WKDVN 116_ INIID 121_ TPGHV 126_ DFTIE 131_ VERAL 136_ RVLDG 141_ AVLVL 146_ CAVGG 151_ VQCQT 156_ MTVNR 161_ QMKRY 166_ NVPFL 171_ TFINK 176_ LDRMG 181_ SNPAR 186_ ALQQM 191_ RSKLN 196_ HNAAF 201_ MQIPM 206_ GLEGN 211_ FKGIV 216_ DLIEE 221_ RAIYF 226_ DGDFG 231_ QIVRY 236_ GEIPA 241_ ELRAA 246_ ATDHR 251_ QELIE 256_ CVANS 261_ DEQLG 266_ EMFLE 271_ EKIPS 276_ ISDLK 281_ LAIRR 286_ ATLKR 291_ SFTPV 296_ FLGSA 301_ LKNKG 306_ VQPLL 311_ DAVLE 316_ YLPNP 321_ SEVQN 326_ YAILN 331_ KEDDS 336_ KEKTK 341_ ILMNS 346_ SRDNS 351_ HPFVG 356_ LAFKL 361_ EVGRF 366_ GQLTY 371_ VRSYQ 376_ GELKK 381_ GDTIY 386_ NTRTR 391_ KKVRL 396_ QRLAR 401_ MHADM 406_ MEDVE 411_ EVYAG 416_ DICAL 421_ FGIDC 426_ ASGDT 431_ FTDKA 436_ NSGLS 441_ MESIH 446_ VPDPV 451_ ISIAM 456_ KPSNK 461_ NDLEK 466_ FSKGI 471_ GRFTR 476_ EDPTF 481_ KVYFD 486_ TENKE 491_ TVISG 496_ MGELH 501_ LEIYA 506_ QRLER 511_ EYGCP 516_ CITGK 521_ PKVAF 526_ RETIT 531_ APVPF 536_ DFTHK 541_ KQSGG 546_ AGQYG 551_ KVIGV 556_ LEPLD 561_ PEDYT 566_ KLEFS 571_ DETFG 576_ SNIPK 581_ QFVPA 586_ VEKGF 591_ LDACE 596_ KGPLS 601_ GHKLS 606_ GLRFV 611_ LQDGA 616_ HHMVD 621_ SNEIS 626_ FIRAG 631_ EGALK 636_ QALAN 641_ ATLCI 646_ LEPIM 651_ AVEVV 656_ APNEF 661_ QGQVI 666_ AGINR 671_ RHGVI 676_ TGQDG 681_ VEDYF 686_ TLYAD 691_ VPLND 696_ MFGYS 701_ TELRS 706_ CTEGK 711_ GEYTM 716_ EYSRY 721_ QPCLP 726_ STQED 731_ VINKY 736_ LEATG 741_ QLPVK 746_KGKAK
1: Mitochondrial GTPase that catalyzes the GTP-dependent ribosomal translocation step during translation elongation. During this step, the ribosome changes from the pre-translocational (PRE) to the post-translocational (POST) state as the newly formed A-site-bound peptidyl-tRNA and P-site-bound deacylated tRNA move to the P and E sites, respectively. Catalyzes the coordinated movement of the two tRNA molecules, the mRNA and conformational changes in the ribosome. Does not mediate the disassembly of ribosomes from messenger RNA at the termination of mitochondrial protein biosynthesis