1593854 Sec selenocysteine 623 1593954 Sec secretory 76 1593926 Sec Sec-tRNA 54 1593978 Sec selenocysteyl-tRNA 46 1593944 Sec secretion 32 1593949 Sec secretory pathway 10 1593951 Sec secretome 6 1593895 Sec structure of human tRNA 5 1593943 SEC secreted 4 1593917 SEC securinine 4 1593997 Sec selenocysteine-specific tRNA 4 1593946 Sec secondary structure of tRNA 3 1593935 Sec selenium-containing amino acid selenocysteine 3 1593972 Sec acid-selenocysteine 2 1593956 Sec secretion peptide 2 1593933 Sec SELB-GTP-Sec-tRNA 2 1593937 Sec selenocysteine residue 2 1593999 Sec selenocysteine synthase, SelB, and tRNA 2 1593936 Sec selenocysteine-incorporating tRNA 2 1593957 Sec selenocysteyl 2 1593962 Sec selenoproteins contain one selenocysteine 2 1593929 Sec SelU contains one well-conserved selenocysteine 2 1593958 Sec SepCysS converts Sep-tRNA 2 1593987 sec sequence contains a selenocysteine 2 1593891 Sec specifically recognize tRNA 2 1593865 Sec stop codons as selenocysteine 2 1593967 Sec anticodon-stem/loop truncated tRNA 1 1593969 Sec cell-line-specific inducible element of tRNA 1 1593925 Sec D-stem of archaeal tRNA 1 1593968 Sec s, A. aeolicus tRNA 1 1593923 Sec SAH accumulation in endothelial cells can induce tRNA 1 1593928 Sec Sec biosynthesis from serine on the tRNA 1 1593931 Sec Sec from Ser-tRNA 1 1593930 Sec Sec- versus Ser-tRNA 1 1593927 Sec Sec-dependent 1 1593922 Sec SECIS mRNA and tRNA 1 1593921 Sec Secisbp2- than in tRNA 1 1593941 Sec secondary and tertiary structures of eukaryal tRNA 1 1593948 Sec secondary particles 1 1593947 Sec secotioid 1 1593942 Sec secreted selenocysteine 1 1593945 Sec secretin promoter 1 1593955 Sec secretion from the cells 1 1593952 Sec secretion system 1 1593953 Sec secretory form 1 1593918 Sec Secukinumab 1 1593915 Sec SecY/E/G 1 1593920 Sec SelA complexed with tRNA 1 1593919 Sec SelA converts Ser-tRNA 1 1593924 Sec SELB but allowed binding to EF-Tu, irrespective of whether tRNA 1 1593916 Sec SelB, which conveys the charged tRNA 1 1593938 Sec SelB, which recognizes tRNA 1 1593940 Sec SelB.GTP.Sec-tRNA 1 1593939 Sec SelB.GTP.selenocysteyl-tRNA 1 1593950 Sec selC gene product, tRNA 1 1593994 Sec selectively phosphorylates seryl-tRNA 1 1593995 Sec seleno-flavoproteins containing a penultimate selenocysteine 1 1593993 Sec selenocysteine by the tRNA 1 1593992 Sec selenocysteine codon by the SELB-selenocysteinyl-tRNA 1 1593991 Sec selenocysteine is synthesized from seryl-tRNA 1 1593990 Sec selenocysteine metabolic enzymes, O-phosphoryl-tRNA 1 1593998 Sec selenocysteine-inserting tRNA 1 1593996 Sec selenocysteinyl moiety while being attached to tRNA 1 1593977 Sec selenocysteyl-tRNA with tRNA 1 1593979 Sec selenoenzyme nanoreactor was constructed by introducing the unnatural amino acid 1 1593963 Sec Selenoenzymes, containing a selenocysteine 1 1593975 Sec selenolate complex with selenocysteine 1 1593976 Sec selenoproteins in monocyte/macrophages via the conditional deletion of the tRNA 1 1593934 Sec SePF is unable to interact with a tRNA 1 1593964 Sec SepSecS and tRNA 1 1593959 Sec SepSecS architecture and the mode of tRNA 1 1593932 Sec SEPSECS gene encodes O-phosphoseryl-tRNA 1 1593961 Sec SepSecS in particular, stable tRNA 1 1593960 Sec SepSecS preferentially binds one or two tRNA 1 1593989 Sec sequencing and Northern blot analysis as tRNA 1 1593988 Sec serine is achieved on tRNA 1 1593984 Sec serine ligation activity toward A. aeolicus tRNA 1 1593983 Sec serine represents an interesting tRNA-mediated amino acid transformation. tRNA 1 1593986 Sec serine, cysteine, and selenocysteine 1 1593966 Sec SerRS lacks interactions with A. aeolicus tRNA 1 1593965 Sec SerRS recognizes both tRNA 1 1593974 Sec SerRS, the bacterial tRNA 1 1593985 Sec seryl residue on the 3'-CCA terminal of tRNA 1 1593971 Sec Several engineered selenocysteine 1 1593981 Sec similar to those of eukaryal/archaeal tRNA 1 1593980 Sec similarity to proteins annotated as bacterial, PLP-dependent l-seryl-tRNA 1 1593982 Sec site containing a selenocysteine 1 1594007 Sec site that allows a phosphoserine covalently attached to tRNA 1 1594006 Sec solvent-exposed selenocysteine 1 1594009 Sec specialized elongation factor SelB and the tRNA 1 1594008 Sec specialized transfer RNA, the tRNA 1 1594003 Sec species alone and that the Hg 1 1594002 Sec species, PSTK must discriminate Ser-tRNA 1 1594005 Sec species, tRNA 1 1594004 Sec specific double-probe hybridization assay, we show mature human tRNA 1 1594001 Sec specific elongation factor and tRNA 1 1594000 Sec specific interactions with tRNA 1 1593893 Sec specific protein cofactors and a structurally unique tRNA 1 1593892 Sec specific structural features of tRNA 1 1593890 Sec specific tRNA, tRNA 1 1593889 Sec specifically complexes selenocysteyl-tRNA 1 1593870 Sec specifically with eukaryotic tRNA 1 1593869 Sec spectrometry of the waterbird liver support the binding of Hg 1 1593872 Sec spectrum of close contacts between zinc fingers 1-6 and xtRNA 1 1593871 Sec sphingosine, or particularly both together, exhibit increased tRNA 1 1593970 Sec Staf zinc finger domains with the consensus, Xenopus tRNA 1 1593876 Sec standard tertiary interactions was not an option for tRNA 1 1593878 Sec stem and the outer corner of tRNA 1 1593877 Sec stem base pairs G2-C71 and C3-G70 in tRNA 1 1593873 Sec stimulated transcription of the tRNA 1 1593875 Sec structural and functional properties of the tRNA 1 1593973 Sec Structural comparisons revealed flexible regions in tRNA 1 1593874 Sec structural features exhibited by E. coli tRNA 1 1593880 Sec structural features of tRNA 1 1593879 Sec structural modeling, we hypothesize that Hg 1 1593881 Sec structural motifs differentiate eukaryotic tRNA 1 1593886 Sec structurally related d-glucosaminate-6-phosphate ammonia lyase and l-seryl-tRNA 1 1593885 Sec structure and ionic conditions also appear important. tRNA 1 1593888 Sec structure are essential for tRNA 1 1593887 Sec structure elements is necessary to maintain normal functions of tRNA 1 1593883 Sec structure likely provides a means by which the unique tRNA 1 1593882 Sec structure of (DeltaGCCA)RNA 1 1593884 Sec structure of bacterial tRNA 1 1593894 Sec structure of the eucaryotic tRNA 1 1593901 Sec structures in solution of the native tRNA 1 1593900 Sec structures of the archaeal tRNA 1 1593903 Sec substrate leading to cysteyl-tRNA 1 1593902 Sec such as MeHgCys, Hg 1 1593897 Sec sufficient tRNA 1 1593896 Sec suggest how conformational changes of tRNA 1 1593899 Sec suggest that the identified MeHgCys to Hg 1 1593898 Sec suggested that the general protein translocation machinery 1 1593904 Sec synthase converted both types of seryl-tRNA 1 1593914 Sec synthase converts O-phosphoseryl-tRNA 1 1593913 Sec synthase converts seryl-tRNA 1 1593910 Sec synthesis in which O-phosphoseryl-tRNA 1 1593909 Sec synthesis of methylated, phosphorylated, and phosphonated 3'-aminoacyl-tRNA 1 1593912 Sec synthesized tRNAs well before translation or growth is affected. tRNA 1 1593911 Sec synthetase acylates tRNA 1 1593906 Sec synthetase displays 10-fold impaired Km and Kcat values for tRNA 1 1593905 Sec synthetases were able to charge both archaeal and bacterial tRNA 1 1593908 Sec three-strand enzymatic ligation protocol to obtain the corresponding full-length tRNA 1 1593907 Sec tissue-specific redistribution of MeHg and inorganic Hg, likely as Hg 1