Transducin beta-like protein 3 (WD repeat-containing protein SAZD)
1_MAETA 6_ AGVGR 11_ FKTNY 16_ AVERK 21_ IEPFY 26_ KGGKA 31_ QLDQT 36_ GQHLF 41_ CVCGT 46_ RVNIL 51_ EVASG 56_ AVLRS 61_ LEQED 66_ QEDIT 71_ AFDLS 76_ PDNEV 81_ LVTAS 86_ RALLL 91_ AQWAW 96_ QEGSV 101_ TRLWK 106_ AIHTA 111_ PVATM 116_ AFDPT 121_ STLLA 126_ TGGCD 131_ GAVRV 136_ WDIVR 141_ HYGTH 146_ HFRGS 151_ PGVVH 156_ LVAFH 161_ PDPTR 166_ LLLFS 171_ SATDA 176_ AIRVW 181_ SLQDR 186_ SCLAV 191_ LTAHY 196_ SAVTS 201_ LAFSA 206_ DGHTM 211_ LSSGR 216_ DKICI 221_ IWDLQ 226_ SCQAT 231_ RTVPV 236_ FESVE 241_ AAVLL 246_ PEEPV 251_ SQLGV 256_ KSPGL 261_ YFLTA 266_ GDQGT 271_ LRVWE 276_ AASGQ 281_ CVYTQ 286_ AQPPG 291_ PGQEL 296_ THCTL 301_ AHTAG 306_ VVLTA 311_ TADHN 316_ LLLYE 321_ ARSLR 326_ LQKQF 331_ AGYSE 336_ EVLDV 341_ RFLGP 346_ EDSHV 351_ VVASN 356_ SPCLK 361_ VFELQ 366_ TSACQ 371_ ILHGH 376_ TDIVL 381_ ALDVF 386_ RKGWL 391_ FASCA 396_ KDQSV 401_ RIWRM 406_ NKAGQ 411_ VMCVA 416_ QGSGH 421_ THSVG 426_ TVCCS 431_ RLKES 436_ FLVTG 441_ SQDCT 446_ VKLWP 451_ LPKAL 456_ LSKNT 461_ APDNG 466_ PILLQ 471_ AQTTQ 476_ RCHDK 481_ DINSV 486_ AIAPN 491_ DKLLA 496_ TGSQD 501_ RTAKL 506_ WALPQ 511_ CQLLG 516_ VFSGH 521_ RRGLW 526_ CVQFS 531_ PMDQV 536_ LATAS 541_ ADGTI 546_ KLWAL 551_ QDFSC 556_ LKTFE 561_ GHDAS 566_ VLKVA 571_ FVSRG 576_ TQLLS 581_ SGSDG 586_ LVKLW 591_ TIKNN 596_ ECVRT 601_ LDAHE 606_ DKVWG 611_ LHCSR 616_ LDDHA 621_ LTGAS 626_ DSRVI 631_ LWKDV 636_ TEAEQ 641_ AEEQA 646_ RQEEQ 651_ VVRQQ 656_ ELDNL 661_ LHEKR 666_ YLRAL 671_ GLAIS 676_ LDRPH 681_ TVLTV 686_ IQAIR 691_ RDPEA 696_ CEKLE 701_ ATMLR 706_ LRRDQ 711_ KEALL 716_ RFCVT 721_ WNTNS 726_ RHCHE 731_ AQAVL 736_ GVLLR 741_ REAPE 746_ ELLAY 751_ EGVRA 756_ ALEAL 761_ LPYTE 766_ RHFQR 771_ LSRTL 776_ QAAAF 781_ LDFLW 786_ HNMKL 791_ PVPAA 796_ APTPW 801_ETHKG
1: Part of the small subunit (SSU) processome, first precursor of the small eukaryotic ribosomal subunit. During the assembly of the SSU processome in the nucleolus, many ribosome biogenesis factors, an RNA chaperone and ribosomal proteins associate with the nascent pre-rRNA and work in concert to generate RNA folding, modifications, rearrangements and cleavage as well as targeted degradation of pre-ribosomal RNA by the RNA exosome