Dimethylglycine dehydrogenase, mitochondrial (EC 1.5.8.4) (ME2GLYDH)
1_MLRPG 6_ AQLLR 11_ GLLLR 16_ SCPLQ 21_ GSPGR 26_ PRSVC 31_ GREGE 36_ EKPPL 41_ SAETQ 46_ WKDRA 51_ ETVII 56_ GGGCV 61_ GVSLA 66_ YHLAK 71_ AGMKD 76_ VVLLE 81_ KSELT 86_ AGSTW 91_ HAAGL 96_ TTYFH 101_ PGINL 106_ KKIHY 111_ DSIKL 116_ YEKLE 121_ EETGQ 126_ VVGFH 131_ QPGSI 136_ RLATT 141_ PVRVD 146_ EFKYQ 151_ MTRTG 156_ WHATE 161_ QYLIE 166_ PEKIQ 171_ EMFPL 176_ LNMNK 181_ VLAGL 186_ YNPGD 191_ GHIDP 196_ YSLTM 201_ ALAAG 206_ ARKCG 211_ ALLKY 216_ PAPVT 221_ SLKAR 226_ SDGTW 231_ DVETP 236_ QGSMR 241_ ANRIV 246_ NAAGF 251_ WAREV 256_ GKMIG 261_ LEHPL 266_ IPVQH 271_ QYVVT 276_ STISE 281_ VKALK 286_ RELPV 291_ LRDLE 296_ GSYYL 301_ RQERD 306_ GLLFG 311_ PYESQ 316_ EKMKV 321_ QDSWV 326_ TNGVP 331_ PGFGK 336_ ELFES 341_ DLDRI 346_ MEHIK 351_ AAMEM 356_ VPVLK 361_ KADII 366_ NVVNG 371_ PITYS 376_ PDILP 381_ MVGPH 386_ QGVRN 391_ YWVAI 396_ GFGYG 401_ IIHAG 406_ GVGKY 411_ LSDWI 416_ LHGEP 421_ PFDLI 426_ ELDPN 431_ RYGKW 436_ TTTQY 441_ TEAKA 446_ RESYG 451_ FNNIV 456_ GYPKE 461_ ERFAG 466_ RPTQR 471_ VSGLY 476_ QRLES 481_ KCSMG 486_ FHAGW 491_ EQPHW 496_ FYKPG 501_ QDTQY 506_ RPSFR 511_ RTNWF 516_ EPVGS 521_ EYKQV 526_ MQRVA 531_ VTDLS 536_ PFGKF 541_ NIKGQ 546_ DSIRL 551_ LDHLF 556_ ANVIP 561_ KVGFT 566_ NISHM 571_ LTPKG 576_ RVYAE 581_ LTVSH 586_ QSPGE 591_ FLLIT 596_ GSGSE 601_ LHDLR 606_ WIEEE 611_ AVKGG 616_ YDVEI 621_ KNITD 626_ ELGVL 631_ GVAGP 636_ QARKV 641_ LQKLT 646_ SEDLS 651_ DDVFK 656_ FLQTK 661_ SLKVS 666_ NIPVT 671_ AIRIS 676_ YTGEL 681_ GWELY 686_ HRRED 691_ SVALY 696_ DAIMN 701_ AGQEE 706_ GIDNF 711_ GTYAM 716_ NALRL 721_ EKAFR 726_ AWGLE 731_ MNCDT 736_ NPLEA 741_ GLEYF 746_ VKLNK 751_ PADFI 756_ GKQAL 761_ KQIKA 766_ KGLKR 771_ RLVCL 776_ TLATD 781_ DVDPE 786_ GNESI 791_ WYNGK 796_ VVGNT 801_ TSGSY 806_ SYSIQ 811_ KSLAF 816_ AYVPV 821_ QLSEV 826_ GQQVE 831_ VELLG 836_ KNYPA 841_ VIIQE 846_ PLVLT 851_ EPTRN 856_ RLQKK 861_GGKDK
1: Catalyzes the demethylation of N,N-dimethylglycine to sarcosine. Also has activity with sarcosine in vitro