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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF RNA-BINDING MOTIF OF HUMAN RNA-BINDING PROTEIN 12
Keywords RNA RECOGNITION MOTIF, DIMER, STRUCTURAL GENOMICS, NPPSFA, NATIONAL PROJECT ON PROTEIN STRUCTURAL AND FUNCTIONAL ANALYSES, RIKEN STRUCTURAL GENOMICS/PROTEOMICS INITIATIVE, RSGI, RNA BINDING PROTEIN
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   2EK1     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   RNA-BINDING PROTEIN 12  A 79 582 24
2  Protein   RNA-BINDING PROTEIN 12  B 78 576 24
3  Protein   RNA-BINDING PROTEIN 12  C 79 582 24
4  Protein   RNA-BINDING PROTEIN 12  D 79 580 24
5  Protein   RNA-BINDING PROTEIN 12  E 79 582 24
6  Protein   RNA-BINDING PROTEIN 12  F 79 582 24
7  Protein   RNA-BINDING PROTEIN 12  G 77 569 24
8  Protein   RNA-BINDING PROTEIN 12  H 79 582 24
9 Water     439 0 439
total       1068 4635 631
Proteins
Unit 1 PRO875 THR876 VAL877 ILE878 LYS879 VAL880 GLN881 ASN882 MSE883 PRO884 PHE885 THR886 VAL887 SER888 ILE889 ASP890 GLU891 ILE892 LEU893 ASP894 PHE895 PHE896 TYR897 GLY898 TYR899 GLN900 VAL901 ILE902 PRO903 GLY904 SER905 VAL906 CYS907 LEU908 LYS909 TYR910 ASN911 GLU912 LYS913 GLY914 MSE915 PRO916 THR917 GLY918 GLU919 ALA920 MSE921 VAL922 ALA923 PHE924 GLU925 SER926 ARG927 ASP928 GLU929 ALA930 THR931 ALA932 ALA933 VAL934 ILE935 ASP936 LEU937 ASN938 ASP939 ARG940 PRO941 ILE942 GLY943 SER944 ARG945 LYS946 VAL947 LYS948 LEU949 SER950 GLY951 PRO952 SER953
Unit 2 PRO875 THR876 VAL877 ILE878 LYS879 VAL880 GLN881 ASN882 MSE883 PRO884 PHE885 THR886 VAL887 SER888 ILE889 ASP890 GLU891 ILE892 LEU893 ASP894 PHE895 PHE896 TYR897 GLY898 TYR899 GLN900 VAL901 ILE902 PRO903 GLY904 SER905 VAL906 CYS907 LEU908 LYS909 TYR910 ASN911 GLU912 LYS913 GLY914 MSE915 PRO916 THR917 GLY918 GLU919 ALA920 MSE921 VAL922 ALA923 PHE924 GLU925 SER926 ARG927 ASP928 GLU929 ALA930 THR931 ALA932 ALA933 VAL934 ILE935 ASP936 LEU937 ASN938 ASP939 ARG940 PRO941 ILE942 GLY943 SER944 ARG945 LYS946 VAL947 LYS948 LEU949 SER950 GLY951 PRO952
Unit 3 PRO875 THR876 VAL877 ILE878 LYS879 VAL880 GLN881 ASN882 MSE883 PRO884 PHE885 THR886 VAL887 SER888 ILE889 ASP890 GLU891 ILE892 LEU893 ASP894 PHE895 PHE896 TYR897 GLY898 TYR899 GLN900 VAL901 ILE902 PRO903 GLY904 SER905 VAL906 CYS907 LEU908 LYS909 TYR910 ASN911 GLU912 LYS913 GLY914 MSE915 PRO916 THR917 GLY918 GLU919 ALA920 MSE921 VAL922 ALA923 PHE924 GLU925 SER926 ARG927 ASP928 GLU929 ALA930 THR931 ALA932 ALA933 VAL934 ILE935 ASP936 LEU937 ASN938 ASP939 ARG940 PRO941 ILE942 GLY943 SER944 ARG945 LYS946 VAL947 LYS948 LEU949 SER950 GLY951 PRO952 SER953
Unit 4 GLY874 PRO875 THR876 VAL877 ILE878 LYS879 VAL880 GLN881 ASN882 MSE883 PRO884 PHE885 THR886 VAL887 SER888 ILE889 ASP890 GLU891 ILE892 LEU893 ASP894 PHE895 PHE896 TYR897 GLY898 TYR899 GLN900 VAL901 ILE902 PRO903 GLY904 SER905 VAL906 CYS907 LEU908 LYS909 TYR910 ASN911 GLU912 LYS913 GLY914 MSE915 PRO916 THR917 GLY918 GLU919 ALA920 MSE921 VAL922 ALA923 PHE924 GLU925 SER926 ARG927 ASP928 GLU929 ALA930 THR931 ALA932 ALA933 VAL934 ILE935 ASP936 LEU937 ASN938 ASP939 ARG940 PRO941 ILE942 GLY943 SER944 ARG945 LYS946 VAL947 LYS948 LEU949 SER950 GLY951 PRO952
Unit 5 PRO875 THR876 VAL877 ILE878 LYS879 VAL880 GLN881 ASN882 MSE883 PRO884 PHE885 THR886 VAL887 SER888 ILE889 ASP890 GLU891 ILE892 LEU893 ASP894 PHE895 PHE896 TYR897 GLY898 TYR899 GLN900 VAL901 ILE902 PRO903 GLY904 SER905 VAL906 CYS907 LEU908 LYS909 TYR910 ASN911 GLU912 LYS913 GLY914 MSE915 PRO916 THR917 GLY918 GLU919 ALA920 MSE921 VAL922 ALA923 PHE924 GLU925 SER926 ARG927 ASP928 GLU929 ALA930 THR931 ALA932 ALA933 VAL934 ILE935 ASP936 LEU937 ASN938 ASP939 ARG940 PRO941 ILE942 GLY943 SER944 ARG945 LYS946 VAL947 LYS948 LEU949 SER950 GLY951 PRO952 SER953
Unit 6 PRO875 THR876 VAL877 ILE878 LYS879 VAL880 GLN881 ASN882 MSE883 PRO884 PHE885 THR886 VAL887 SER888 ILE889 ASP890 GLU891 ILE892 LEU893 ASP894 PHE895 PHE896 TYR897 GLY898 TYR899 GLN900 VAL901 ILE902 PRO903 GLY904 SER905 VAL906 CYS907 LEU908 LYS909 TYR910 ASN911 GLU912 LYS913 GLY914 MSE915 PRO916 THR917 GLY918 GLU919 ALA920 MSE921 VAL922 ALA923 PHE924 GLU925 SER926 ARG927 ASP928 GLU929 ALA930 THR931 ALA932 ALA933 VAL934 ILE935 ASP936 LEU937 ASN938 ASP939 ARG940 PRO941 ILE942 GLY943 SER944 ARG945 LYS946 VAL947 LYS948 LEU949 SER950 GLY951 PRO952 SER953
Unit 7 THR876 VAL877 ILE878 LYS879 VAL880 GLN881 ASN882 MSE883 PRO884 PHE885 THR886 VAL887 SER888 ILE889 ASP890 GLU891 ILE892 LEU893 ASP894 PHE895 PHE896 TYR897 GLY898 TYR899 GLN900 VAL901 ILE902 PRO903 GLY904 SER905 VAL906 CYS907 LEU908 LYS909 TYR910 ASN911 GLU912 LYS913 GLY914 MSE915 PRO916 THR917 GLY918 GLU919 ALA920 MSE921 VAL922 ALA923 PHE924 GLU925 SER926 ARG927 ASP928 GLU929 ALA930 THR931 ALA932 ALA933 VAL934 ILE935 ASP936 LEU937 ASN938 ASP939 ARG940 PRO941 ILE942 GLY943 SER944 ARG945 LYS946 VAL947 LYS948 LEU949 SER950 GLY951 PRO952
Unit 8 PRO875 THR876 VAL877 ILE878 LYS879 VAL880 GLN881 ASN882 MSE883 PRO884 PHE885 THR886 VAL887 SER888 ILE889 ASP890 GLU891 ILE892 LEU893 ASP894 PHE895 PHE896 TYR897 GLY898 TYR899 GLN900 VAL901 ILE902 PRO903 GLY904 SER905 VAL906 CYS907 LEU908 LYS909 TYR910 ASN911 GLU912 LYS913 GLY914 MSE915 PRO916 THR917 GLY918 GLU919 ALA920 MSE921 VAL922 ALA923 PHE924 GLU925 SER926 ARG927 ASP928 GLU929 ALA930 THR931 ALA932 ALA933 VAL934 ILE935 ASP936 LEU937 ASN938 ASP939 ARG940 PRO941 ILE942 GLY943 SER944 ARG945 LYS946 VAL947 LYS948 LEU949 SER950 GLY951 PRO952 SER953
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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany