NAD(P) transhydrogenase, mitochondrial (EC 7.1.1.1) (Nicotinamide nucleotide transhydrogenase) (Pyridine nucleotide transhydrogenase)
1_MANLL 6_ KTVVT 11_ GCSCP 16_ LLSNL 21_ GSCKG 26_ LRVKK 31_ DFLRT 36_ FYTHQ 41_ ELWCK 46_ APVKP 51_ GIPYK 56_ QLTVG 61_ VPKEI 66_ FQNEK 71_ RVALS 76_ PAGVQ 81_ NLVKQ 86_ GFNVV 91_ VESGA 96_ GEASK 101_ FSDDH 106_ YRVAG 111_ AQIQG 116_ AKEVL 121_ ASDLV 126_ VKVRA 131_ PMVNP 136_ TLGVH 141_ EADLL 146_ KTSGT 151_ LISFI 156_ YPAQN 161_ PELLN 166_ KLSQR 171_ KTTVL 176_ AMDQV 181_ PRVTI 186_ AQGYD 191_ ALSSM 196_ ANIAG 201_ YKAVV 206_ LAANH 211_ FGRFF 216_ TGQIT 221_ AAGKV 226_ PPAKI 231_ LIVGG 236_ GVAGL 241_ ASAGA 246_ AKSMG 251_ AIVRG 256_ FDTRA 261_ AALEQ 266_ FKSLG 271_ AEPLE 276_ VDLKE 281_ SGEGQ 286_ GGYAK 291_ EMSKE 296_ FIEAE 301_ MKLFA 306_ QQCKE 311_ VDILI 316_ STALI 321_ PGKKA 326_ PVLFN 331_ KEMIE 336_ SMKEG 341_ SVVVD 346_ LAAEA 351_ GGNFE 356_ TTKPG 361_ ELYIH 366_ KGITH 371_ IGYTD 376_ LPSRM 381_ ATQAS 386_ TLYSN 391_ NITKL 396_ LKAIS 401_ PDKDN 406_ FYFDV 411_ KDDFD 416_ FGTMG 421_ HVIRG 426_ TVVMK 431_ DGKVI 436_ FPAPT 441_ PKNIP 446_ QGAPV 451_ KQKTV 456_ AELEA 461_ EKAAT 466_ ITPFR 471_ KTMST 476_ ASAYT 481_ AGLTG 486_ ILGLG 491_ IAAPN 496_ LAFSQ 501_ MVTTF 506_ GLAGI 511_ VGYHT 516_ VWGVT 521_ PALHS 526_ PLMSV 531_ TNAIS 536_ GLTAV 541_ GGLAL 546_ MGGHL 551_ YPSTT 556_ SQGLA 561_ ALAAF 566_ ISSVN 571_ IAGGF 576_ LVTQR 581_ MLDMF 586_ KRPTD 591_ PPEYN 596_ YLYLL 601_ PAGTF 606_ VGGYL 611_ AALYS 616_ GYNIE 621_ QIMYL 626_ GSGLC 631_ CVGAL 636_ AGLST 641_ QGTAR 646_ LGNAL 651_ GMIGV 656_ AGGLA 661_ ATLGV 666_ LKPGP 671_ ELLAQ 676_ MSGAM 681_ ALGGT 686_ IGLTI 691_ AKRIQ 696_ ISDLP 701_ QLVAA 706_ FHSLV 711_ GLAAV 716_ LTCIA 721_ EYIIE 726_ YPHFA 731_ TDAAA 736_ NLTKI 741_ VAYLG 746_ TYIGG 751_ VTFSG 756_ SLIAY 761_ GKLQG 766_ LLKSA 771_ PLLLP 776_ GRHLL 781_ NAGLL 786_ AASVG 791_ GIIPF 796_ MVDPS 801_ FTTGI 806_ TCLGS 811_ VSALS 816_ AVMGV 821_ TLTAA 826_ IGGAD 831_ MPVVI 836_ TVLNS 841_ YSGWA 846_ LCAEG 851_ FLLNN 856_ NLLTI 861_ VGALI 866_ GSSGA 871_ ILSYI 876_ MCVAM 881_ NRSLA 886_ NVILG 891_ GYGTT 896_ STAGG 901_ KPMEI 906_ SGTHT 911_ EINLD 916_ NAIDM 921_ IREAN 926_ SIIIT 931_ PGYGL 936_ CAAKA 941_ QYPIA 946_ DLVKM 951_ LTEQG 956_ KKVRF 961_ GIHPV 966_ AGRMP 971_ GQLNV 976_ LLAEA 981_ GVPYD 986_ IVLEM 991_ DEINH 996_ DFPDT 1001_ DLVLV 1006_ IGAND 1011_ TVNSA 1016_ AQEDP 1021_ NSIIA 1026_ GMPVL 1031_ EVWKS 1036_ KQVIV 1041_ MKRSL 1046_ GVGYA 1051_ AVDNP 1056_ IFYKP 1061_ NTAML 1066_ LGDAK 1071_ KTCDA 1076_ LQAKV 1081_RESYQ
1: The transhydrogenation between NADH and NADP is coupled to respiration and ATP hydrolysis and functions as a proton pump across the membrane (By similarity). May play a role in reactive oxygen species (ROS) detoxification in the adrenal gland (PubMed:22634753)