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Sequence, Chains, Asymmetric and Biological Units

Title MOUSE LIN28A IN COMPLEX WITH LET-7D MICRORNA PRE-ELEMENT
Keywords MICRORNA BIOGENESIS, PROTEIN-RNA COMPLEX, PRE-ELEMENT, CCHC KNUCKLE, COLD SHOCK DOMAIN, RNA BINDING PROTEIN-RNA COMPLEX
Experiment X-ray diffraction
Number of Models  1


   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  

PDB   3TRZ     released     available     available     Quaternary Structure Server  


Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   PROTEIN LIN-28 HOMOLOG A  A 130 994 0
2  Protein   PROTEIN LIN-28 HOMOLOG A  B 130 994 0
3  Protein   PROTEIN LIN-28 HOMOLOG A  C 130 994 0
4  Protein   PROTEIN LIN-28 HOMOLOG A  D 130 994 0
5  Protein   PROTEIN LIN-28 HOMOLOG A  E 130 994 0
6  Protein   PROTEIN LIN-28 HOMOLOG A  F 130 994 0
7  RNA    U 21 433 20
8  RNA    V 21 433 20
9  RNA    W 21 433 20
10  RNA    X 21 433 20
11  RNA    Y 21 433 20
12  RNA    Z 21 433 20
13  Ligand   PROTEIN LIN-28 HOMOLOG A  A 2 0 2
14  Ligand   PROTEIN LIN-28 HOMOLOG A  B 2 0 2
15  Ligand   PROTEIN LIN-28 HOMOLOG A  C 2 0 2
16  Ligand   PROTEIN LIN-28 HOMOLOG A  D 2 0 2
17  Ligand   PROTEIN LIN-28 HOMOLOG A  E 2 0 2
18  Ligand   PROTEIN LIN-28 HOMOLOG A  F 2 0 2
total       918 8562 132

Proteins
Unit 1 PRO35 GLN36 LEU37 LEU38 HIS39 GLY40 ALA41 GLY42 ILE43 CYS44 LYS45 TRP46 PHE47 ASN48 VAL49 ARG50 MET51 GLY52 PHE53 GLY54 PHE55 LEU56 SER57 MET58 THR59 ALA60 ARG61 ALA62 GLY63 VAL64 ALA65 LEU66 ASP67 PRO68 PRO69 VAL70 ASP71 VAL72 PHE73 VAL74 HIS75 GLN76 SER77 LYS78 LEU79 HIS80 MET81 GLU82 GLY83 PHE84 ARG85 SER86 LEU87 LYS88 GLU89 GLY90 GLU91 ALA92 VAL93 GLU94 PHE95 THR96 PHE97 LYS98 LYS99 SER100 ALA101 LYS102 GLY103 LEU104 GLU105 SER106 ILE107 ARG108 VAL109 THR110 GLY111 PRO112 GLY113 GLY114 VAL115 PHE116 CYS117 ILE118 GLY119 SER120 GLU121 ASP137 ARG138 CYS139 TYR140 ASN141 CYS142 GLY143 GLY144 LEU145 ASP146 HIS147 HIS148 ALA149 LYS150 GLU151 CYS152 LYS153 LEU154 PRO155 PRO156 GLN157 PRO158 LYS159 LYS160 CYS161 HIS162 PHE163 CYS164 GLN165 SER166 ILE167 ASN168 HIS169 MET170 VAL171 ALA172 SER173 CYS174 PRO175 LEU176 LYS177 ALA178 GLN179
Unit 2 PRO35 GLN36 LEU37 LEU38 HIS39 GLY40 ALA41 GLY42 ILE43 CYS44 LYS45 TRP46 PHE47 ASN48 VAL49 ARG50 MET51 GLY52 PHE53 GLY54 PHE55 LEU56 SER57 MET58 THR59 ALA60 ARG61 ALA62 GLY63 VAL64 ALA65 LEU66 ASP67 PRO68 PRO69 VAL70 ASP71 VAL72 PHE73 VAL74 HIS75 GLN76 SER77 LYS78 LEU79 HIS80 MET81 GLU82 GLY83 PHE84 ARG85 SER86 LEU87 LYS88 GLU89 GLY90 GLU91 ALA92 VAL93 GLU94 PHE95 THR96 PHE97 LYS98 LYS99 SER100 ALA101 LYS102 GLY103 LEU104 GLU105 SER106 ILE107 ARG108 VAL109 THR110 GLY111 PRO112 GLY113 GLY114 VAL115 PHE116 CYS117 ILE118 GLY119 SER120 GLU121 ASP137 ARG138 CYS139 TYR140 ASN141 CYS142 GLY143 GLY144 LEU145 ASP146 HIS147 HIS148 ALA149 LYS150 GLU151 CYS152 LYS153 LEU154 PRO155 PRO156 GLN157 PRO158 LYS159 LYS160 CYS161 HIS162 PHE163 CYS164 GLN165 SER166 ILE167 ASN168 HIS169 MET170 VAL171 ALA172 SER173 CYS174 PRO175 LEU176 LYS177 ALA178 GLN179
Unit 3 PRO35 GLN36 LEU37 LEU38 HIS39 GLY40 ALA41 GLY42 ILE43 CYS44 LYS45 TRP46 PHE47 ASN48 VAL49 ARG50 MET51 GLY52 PHE53 GLY54 PHE55 LEU56 SER57 MET58 THR59 ALA60 ARG61 ALA62 GLY63 VAL64 ALA65 LEU66 ASP67 PRO68 PRO69 VAL70 ASP71 VAL72 PHE73 VAL74 HIS75 GLN76 SER77 LYS78 LEU79 HIS80 MET81 GLU82 GLY83 PHE84 ARG85 SER86 LEU87 LYS88 GLU89 GLY90 GLU91 ALA92 VAL93 GLU94 PHE95 THR96 PHE97 LYS98 LYS99 SER100 ALA101 LYS102 GLY103 LEU104 GLU105 SER106 ILE107 ARG108 VAL109 THR110 GLY111 PRO112 GLY113 GLY114 VAL115 PHE116 CYS117 ILE118 GLY119 SER120 GLU121 ASP137 ARG138 CYS139 TYR140 ASN141 CYS142 GLY143 GLY144 LEU145 ASP146 HIS147 HIS148 ALA149 LYS150 GLU151 CYS152 LYS153 LEU154 PRO155 PRO156 GLN157 PRO158 LYS159 LYS160 CYS161 HIS162 PHE163 CYS164 GLN165 SER166 ILE167 ASN168 HIS169 MET170 VAL171 ALA172 SER173 CYS174 PRO175 LEU176 LYS177 ALA178 GLN179
Unit 4 PRO35 GLN36 LEU37 LEU38 HIS39 GLY40 ALA41 GLY42 ILE43 CYS44 LYS45 TRP46 PHE47 ASN48 VAL49 ARG50 MET51 GLY52 PHE53 GLY54 PHE55 LEU56 SER57 MET58 THR59 ALA60 ARG61 ALA62 GLY63 VAL64 ALA65 LEU66 ASP67 PRO68 PRO69 VAL70 ASP71 VAL72 PHE73 VAL74 HIS75 GLN76 SER77 LYS78 LEU79 HIS80 MET81 GLU82 GLY83 PHE84 ARG85 SER86 LEU87 LYS88 GLU89 GLY90 GLU91 ALA92 VAL93 GLU94 PHE95 THR96 PHE97 LYS98 LYS99 SER100 ALA101 LYS102 GLY103 LEU104 GLU105 SER106 ILE107 ARG108 VAL109 THR110 GLY111 PRO112 GLY113 GLY114 VAL115 PHE116 CYS117 ILE118 GLY119 SER120 GLU121 ASP137 ARG138 CYS139 TYR140 ASN141 CYS142 GLY143 GLY144 LEU145 ASP146 HIS147 HIS148 ALA149 LYS150 GLU151 CYS152 LYS153 LEU154 PRO155 PRO156 GLN157 PRO158 LYS159 LYS160 CYS161 HIS162 PHE163 CYS164 GLN165 SER166 ILE167 ASN168 HIS169 MET170 VAL171 ALA172 SER173 CYS174 PRO175 LEU176 LYS177 ALA178 GLN179
Unit 5 PRO35 GLN36 LEU37 LEU38 HIS39 GLY40 ALA41 GLY42 ILE43 CYS44 LYS45 TRP46 PHE47 ASN48 VAL49 ARG50 MET51 GLY52 PHE53 GLY54 PHE55 LEU56 SER57 MET58 THR59 ALA60 ARG61 ALA62 GLY63 VAL64 ALA65 LEU66 ASP67 PRO68 PRO69 VAL70 ASP71 VAL72 PHE73 VAL74 HIS75 GLN76 SER77 LYS78 LEU79 HIS80 MET81 GLU82 GLY83 PHE84 ARG85 SER86 LEU87 LYS88 GLU89 GLY90 GLU91 ALA92 VAL93 GLU94 PHE95 THR96 PHE97 LYS98 LYS99 SER100 ALA101 LYS102 GLY103 LEU104 GLU105 SER106 ILE107 ARG108 VAL109 THR110 GLY111 PRO112 GLY113 GLY114 VAL115 PHE116 CYS117 ILE118 GLY119 SER120 GLU121 ASP137 ARG138 CYS139 TYR140 ASN141 CYS142 GLY143 GLY144 LEU145 ASP146 HIS147 HIS148 ALA149 LYS150 GLU151 CYS152 LYS153 LEU154 PRO155 PRO156 GLN157 PRO158 LYS159 LYS160 CYS161 HIS162 PHE163 CYS164 GLN165 SER166 ILE167 ASN168 HIS169 MET170 VAL171 ALA172 SER173 CYS174 PRO175 LEU176 LYS177 ALA178 GLN179
Unit 6 PRO35 GLN36 LEU37 LEU38 HIS39 GLY40 ALA41 GLY42 ILE43 CYS44 LYS45 TRP46 PHE47 ASN48 VAL49 ARG50 MET51 GLY52 PHE53 GLY54 PHE55 LEU56 SER57 MET58 THR59 ALA60 ARG61 ALA62 GLY63 VAL64 ALA65 LEU66 ASP67 PRO68 PRO69 VAL70 ASP71 VAL72 PHE73 VAL74 HIS75 GLN76 SER77 LYS78 LEU79 HIS80 MET81 GLU82 GLY83 PHE84 ARG85 SER86 LEU87 LYS88 GLU89 GLY90 GLU91 ALA92 VAL93 GLU94 PHE95 THR96 PHE97 LYS98 LYS99 SER100 ALA101 LYS102 GLY103 LEU104 GLU105 SER106 ILE107 ARG108 VAL109 THR110 GLY111 PRO112 GLY113 GLY114 VAL115 PHE116 CYS117 ILE118 GLY119 SER120 GLU121 ASP137 ARG138 CYS139 TYR140 ASN141 CYS142 GLY143 GLY144 LEU145 ASP146 HIS147 HIS148 ALA149 LYS150 GLU151 CYS152 LYS153 LEU154 PRO155 PRO156 GLN157 PRO158 LYS159 LYS160 CYS161 HIS162 PHE163 CYS164 GLN165 SER166 ILE167 ASN168 HIS169 MET170 VAL171 ALA172 SER173 CYS174 PRO175 LEU176 LYS177 ALA178 GLN179

Nucleic acids
Unit 7 GMP1 G2 G3 C4 A5 G6 G7 G8 A9 U10 U11 U12 U13 G14 C15 C16 C17 G18 G19 A20 G21
Unit 8 GMP1 G2 G3 C4 A5 G6 G7 G8 A9 U10 U11 U12 U13 G14 C15 C16 C17 G18 G19 A20 G21
Unit 9 GMP1 G2 G3 C4 A5 G6 G7 G8 A9 U10 U11 U12 U13 G14 C15 C16 C17 G18 G19 A20 G21
Unit 10 GMP1 G2 G3 C4 A5 G6 G7 G8 A9 U10 U11 U12 U13 G14 C15 C16 C17 G18 G19 A20 G21
Unit 11 GMP1 G2 G3 C4 A5 G6 G7 G8 A9 U10 U11 U12 U13 G14 C15 C16 C17 G18 G19 A20 G21
Unit 12 GMP1 G2 G3 C4 A5 G6 G7 G8 A9 U10 U11 U12 U13 G14 C15 C16 C17 G18 G19 A20 G21

Ligands
Unit 13 ZN1 ZN2
Unit 14 ZN1 ZN2
Unit 15 ZN1 ZN2
Unit 16 ZN1 ZN2
Unit 17 ZN1 ZN2
Unit 18 ZN1 ZN2

Chirality of ribose and phosphate atoms

Check the naming of phosphate and ribose substituents. Recommended for phosphate oxygens and for ribose hydrogens in NMR structures.


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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany