Glycogen phosphorylase, brain form (EC 2.4.1.1)
1_MAKPL 6_ TDSEK 11_ RKQIS 16_ VRGLA 21_ GLGDV 26_ AEVRK 31_ SFNRH 36_ LHFTL 41_ VKDRN 46_ VATPR 51_ DYFFA 56_ LAHTV 61_ RDHLV 66_ GRWIR 71_ TQQHY 76_ YERDP 81_ KRIYY 86_ LSLEF 91_ YMGRT 96_ LQNTM 101_ VNLGL 106_ QNACD 111_ EAIYQ 116_ LGLDL 121_ EELEE 126_ IEEDA 131_ GLGNG 136_ GLGRL 141_ AACFL 146_ DSMAT 151_ LGLAA 156_ YGYGI 161_ RYEFG 166_ IFNQK 171_ IVNGW 176_ QVEEA 181_ DDWLR 186_ YGNPW 191_ EKARP 196_ EYMLP 201_ VHFYG 206_ RVEHT 211_ PDGVK 216_ WLDTQ 221_ VVLAM 226_ PYDTP 231_ VPGYK 236_ NNTVN 241_ TMRLW 246_ SAKAP 251_ NDFKL 256_ QDFNV 261_ GDYIE 266_ AVLDR 271_ NLAEN 276_ ISRVL 281_ YPNDN 286_ FFEGK 291_ ELRLK 296_ QEYFV 301_ VAATL 306_ QDIIR 311_ RFKSS 316_ KFGCR 321_ DPVRT 326_ CFETF 331_ PDKVA 336_ IQLND 341_ THPAL 346_ SIPEL 351_ MRILV 356_ DVEKV 361_ DWDKA 366_ WEITK 371_ KTCAY 376_ TNHTV 381_ LPEAL 386_ ERWPV 391_ SMFEK 396_ LLPRH 401_ LEIIY 406_ AINQR 411_ HLDHV 416_ AALFP 421_ GDVDR 426_ LRRMS 431_ VIEEG 436_ DCKRI 441_ NMAHL 446_ CVIGS 451_ HAVNG 456_ VARIH 461_ SEIVK 466_ QSVFK 471_ DFYEL 476_ EPEKF 481_ QNKTN 486_ GITPR 491_ RWLLL 496_ CNPGL 501_ ADTIV 506_ EKIGE 511_ EFLTD 516_ LSQLK 521_ KLLPL 526_ VSDEV 531_ FIRDV 536_ AKVKQ 541_ ENKLK 546_ FSAFL 551_ EKEYK 556_ VKINP 561_ SSMFD 566_ VHVKR 571_ IHEYK 576_ RQLLN 581_ CLHVV 586_ TLYNR 591_ IKRDP 596_ AKAFV 601_ PRTVM 606_ IGGKA 611_ APGYH 616_ MAKLI 621_ IKLVT 626_ SIGDV 631_ VNHDP 636_ VVGDR 641_ LKVIF 646_ LENYR 651_ VSLAE 656_ KVIPA 661_ ADLSQ 666_ QISTA 671_ GTEAS 676_ GTGNM 681_ KFMLN 686_ GALTI 691_ GTMDG 696_ ANVEM 701_ AEEAG 706_ AENLF 711_ IFGLR 716_ VEDVE 721_ ALDRK 726_ GYNAR 731_ EYYDH 736_ LPELK 741_ QAVDQ 746_ ISSGF 751_ FSPKE 756_ PDCFK 761_ DIVNM 766_ LMHHD 771_ RFKVF 776_ ADYEA 781_ YMQCQ 786_ AQVDQ 791_ LYRNP 796_ KEWTK 801_ KVIRN 806_ IACSG 811_ KFSSD 816_ RTITE 821_ YAREI 826_ WGVEP 831_ SDLQI 836_PPPNI
1: Glycogen phosphorylase that regulates glycogen mobilization (PubMed:27402852). Phosphorylase is an important allosteric enzyme in carbohydrate metabolism (PubMed:3346228). Enzymes from different sources differ in their regulatory mechanisms and in their natural substrates (PubMed:3346228). However, all known phosphorylases share catalytic and structural properties (PubMed:3346228)