Deoxynucleotidyltransferase terminal-interacting protein 2 (Estrogen receptor-binding protein) (LPTS-interacting protein 2) (LPTS-RP2) (Terminal deoxynucleotidyltransferase-interacting factor 2) (TdIF2) (TdT-interacting factor 2)
1_MVVTR 6_ SARAK 11_ ASIQA 16_ ASAES 21_ SGQKS 26_ FAANG 31_ IQAHP 36_ ESSTG 41_ SDART 46_ TAESQ 51_ TTGKQ 56_ SLIPR 61_ TPKAR 66_ KRKSR 71_ TTGSL 76_ PKGTE 81_ PSTDG 86_ ETSEA 91_ ESNYS 96_ VSEHH 101_ DTILR 106_ VTRRR 111_ QILIA 116_ CSPVS 121_ SVRKK 126_ PKVTP 131_ TKESY 136_ TEEIV 141_ SEAES 146_ HVSGI 151_ SRIVL 156_ PTEKT 161_ TGARR 166_ SKAKS 171_ LTDPS 176_ QESHT 181_ EAISD 186_ AETSS 191_ SDISF 196_ SGIAT 201_ RRTRS 206_ MQRKL 211_ KAQTE 216_ KKDSK 221_ IVPGN 226_ EKQIV 231_ GTPVN 236_ SEDSD 241_ TRQTS 246_ HLQAR 251_ SLSEI 256_ NKPNF 261_ YNNDF 266_ DDDFS 271_ HRSSE 276_ NILTV 281_ HEQAN 286_ VESLK 291_ ETKQN 296_ CKDLD 301_ EDANG 306_ ITDEG 311_ KEINE 316_ KSSQL 321_ KNLSE 326_ LQDTS 331_ LQQLV 336_ SQRHS 341_ TPQNK 346_ NAVSV 351_ HSNLN 356_ SEAVM 361_ KSLTQ 366_ TFATV 371_ EVGRW 376_ NNNKK 381_ SPIKA 386_ SDLTK 391_ FGDCG 396_ GSDDE 401_ EESTV 406_ ISVSE 411_ DMNSE 416_ GNVDF 421_ ECDTK 426_ LYTSA 431_ PNTSQ 436_ GKDNS 441_ VLLVL 446_ SSDES 451_ QQSEN 456_ SENEE 461_ DTLCF 466_ VENSG 471_ QRESL 476_ SGDTG 481_ SLSCD 486_ NALFV 491_ IDTTP 496_ GMSAD 501_ KNFYL 506_ EEEDK 511_ ASEVA 516_ IEEEK 521_ EEEED 526_ EKSEE 531_ DSSDH 536_ DENED 541_ EFSDE 546_ EDFLN 551_ STKAK 556_ LLKLT 561_ SSSID 566_ PGLSI 571_ KQLGG 576_ LYINF 581_ NADKL 586_ QSNKR 591_ TLTQI 596_ KEKKK 601_ NELLQ 606_ KAVIT 611_ PDFEK 616_ NHCVP 621_ PYSES 626_ KYQLQ 631_ KKRRK 636_ ERQKT 641_ AGDGW 646_ FGMKA 651_ PEMTN 656_ ELKND 661_ LKALK 666_ MRASM 671_ DPKRF 676_ YKKND 681_ RDGFP 686_ KYFQI 691_ GTIVD 696_ NPADF 701_ YHSRI 706_ PKKQR 711_ KRTIV 716_ EELLA 721_ DSEFR 726_ RYNRR 731_ KYSEI 736_ MAEKA 741_ ANAAG 746_ KKFRK 751_KKKFR
1: Regulates the transcriptional activity of DNTT and ESR1. May function as a chromatin remodeling protein (PubMed:12786946, PubMed:15047147). 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 (PubMed:34516797)