- FASTA Sequence
- mmCIF Format
- mmCIF Format (Header)
- PDB format files are not available for large structures. Please use PDBx/mmCIF or PDBML/XML files.
- PDB Format
- PDB Format (Header)
- FASTA Sequence
- PDBx/mmCIF Format
- PDBx/mmCIF Format (gz)
- BinaryCIF Format (gz)
- PDB Format
- PDB Format (gz)
- PDBML/XML Format (gz)
- Structure Factors (CIF)
- Structure Factors (CIF - gz)
- PDB format-like files (tar.gz)
- Validation Full PDF
- Validation (XML - gz)
- Validation (CIF - gz)
- Validation 2fo-fc coefficients (CIF - gz)
- Validation fo-fc coefficients (CIF - gz)
- Biological Assembly 1 (CIF - gz)
4V9F
The re-refined crystal structure of the Haloarcula marismortui large ribosomal subunit at 2.4 Angstrom resolution: more complete structure of the L7/L12 and L1 stalk, L5 and LX proteins
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RCSB PDB Mol* Viewer 2.11.2 [1/27/2025, 4:56:27 PM]
Sequence of
8 ACUAUGCCAG18 CUGGUGGAUU28 GCUCGGCUCA38 GGCGCUGAUG48 AAGGACGUGC58 CAAGCUGCGA68 UAAGCUGUGG78 GGAGCCGCAC88 GGAGGCGAAG98 AACCACAGAU108 UUCCGAAUGA118 GAAUCUCUCU128 AACAAUUGCU138 UCGCGCAAUG148 AGGAACCCCG158 AGAACUGAAA168 CAUCUCAGUA178 UCGGGAGGAA188 CAGAAAACGC198 AACGUGAUGU208 CGUUAGUAAC218 CGCGAGUGAA228 CGCGAUACAG238 CCCAAACCGA248 AGCCCUCACG258 GGCAAUGUGG268 UGUCAGGGCU278 ACCUCUCAUC288 AGCCGACCGU298 CUUCACGAAG308 UCUCUUGGAA318 UAGAGCGUGA328 UACAGGGUGA338 CAACCCCGUA348 CUGAAGACCA358 GUACGCUGUG368 CGGUAGUGCC378 AGAGUAGCGG388 GGGUUGGAUA398 UCCCUCGCGA408 AUAACGCAGG418 CAUCGACUGC428 GAAGGCUAAA438 CACAACCUGA448 GACCGAUAGU458 GAACAAGUAG468 UGUGAACGAA478 CGCUGCAAAG488 UACCCUCAGA498 AGGGAGGCGA508 AAUAGAGCAU518 GAAAUCAGUU528 GGCGAUCGAG538 CGACAGGGCA548 UACAAGGUCC558 CUUGACGAAU568 GACCGAGACG578 CGAGUCUCCA588 GUAAGACUCA598 CGGGAAGCCG608 AUGUUCUGUC618 GUACGUUUUG628 1MAAAAACGAGC638 CAGGGAGUGU648 GUCUGUAUGG658 CAAGUCUAAC668 CGGAGUAUCC678 GGGGAGGCAC688 AGGGAAACCG698 ACAUGGCCGC708 AGGGCUUUGC718 CCGAGGGCCG728 CCGUCUUCAA738 GGGCGGGGAG748 CCAUGUGGAC758 ACGACCCGAA768 UCCGGACGAU778 CUACGCAUGG788 ACAAGAUGAA798 GCGUGCCGAA808 AGGCACGUGG818 AAGUCUGUUA828 GAGUUGGUGU838 CCUACAAUAC848 CCUCUCGUGA858 UCUAUGUGUA868 GGGGUGAAAG878 GCCCAUCGAG888 UCCGGCAACA898 GCUGGUUCCA908 AUCGAAACAU918 GUCGAAGCAU928 GACCUCCGCC938 GAGGUAGUCU948 GUGAGGUAGA958 GCGACCGAUU968 GGUGUGUCCG CCUCCGAGAG GAGUCGGCCC998 UCCUGUCAAA1008 CUCCAAACUU1018 ACAGACGCUG1028 UUUGACGCGG1038 GGAUUCCGGU1048 GCGCGGGGUA1058 AGCCUGUGUA1068 CCAGGAGGGG1078 AACAACCCAG1088 AGAUAGGUUA1098 AGGUCCCCAA1108 GUGUGGAUUA1118 AGUGUAAUCC1128 UCUGAAGGUG1138 GUCUCGAGCC1148 CUAGACAGCC1158 GGGAGGUGAG1168 CUUAGAAGCA1178 GCUACCCUCU1188 AAGAAAAGCG1198 UAACAGCUUA1208 CCGGCCGAGG1218 UUUGAGGCGC1228 CCAAAAUGAU1238 CGGGACUCAA1248 AUCCACCACC1258 GAGACCUGUC1268 CGUACCACUC1278 AUACUGGUAA1288 UCGAGUAGAU1298 UGGCGCUCUA1308 AUUGGAUGGA1318 AGCAGGGGCG1328 AGAGCUCCUG1338 UGGACCGAUU1348 AGUGACGAAA1358 AUCCUGGCCA1368 UAGUAGCAGC1378 GAUAGUCGGG1388 UGAGAACCCC1398 GACGGCCUAA1408 UGGAUAAGGG1418 UUCCUCAGCA1428 CUGCUGAUCA1438 GCUGAGGGUU1448 AGCCGGUCCU1458 AAGUCUCACC1468 GCAACUCGAC1478 UGAGACGAAA1488 UGGGAAACAG1498 GUUAAUAUUC1508 CUGUGCCAUC1518 AUGCAGUGAA1528 AGUUGACGCC1538 CUGGGGUCGA1548 UCACGCCGGG1558 CAUUCGCCCG1568 GUCGAACCGU1578 CCAACUCCGU1588 GGAAGCCGUA1598 AUGGCAGGAA1608 GCGGACGAAC1618 GGCGGCAUAG1628 GGAAACGUGA1638 UUCAACCUGG1648 GGCCCAUGAA1658 AAGACGAGCA1668 UGAUGUCCGU1678 ACCGAGAACC1688 GACACAGGUG1698 UCCAUGGCGG1708 CGAAAGCCAA1718 GGCCUGUCGG1728 GAGCAACCAA1738 CGUUAGGGAA1748 UUCGGCAAGU1758 UAGUCCCGUA1768 CCUUCGGAAG1778 AAGGGAUGCC1788 UGCUCCGGAA1798 CGGAGCAGGU1808 CGCAGUGACU1818 CGGAAGCUCG1828 GACUGUCUAG1838 UAACAACAUA1848 GGUGACCGCA1858 AAUCCGCAAG1868 GACUCGUACG1878 GUCACUGAAU1888 CCUGCCCAGU1898 GCAGGUAUCU1908 GAACACCUCG1918 UACAAGAGGA1928 CGAAGGACCU1938 GUCAACGGCG1948 GGGGUAACUA1958 UGACCCUCUU1968 AAGGUAGCGU1978 AGUACCUUGC1988 CGCAUCAGUA1998 GCGGCUUGCA2008 UGAAUGGAUU2018 AACCAGAGCU2028 UCACUGUCCC2038 AACGUUGGGC2048 CCGGUGAACU2058 GUACAUUCCA2068 GUGCGGAGUC2078 UGGAGACACC2088 CAGGGGGAAG2098 CGAAGACCCU2108 AUGGAGCUUU2118 ACUGCAGGCU2128 GUCGCUGAGA2138 CGUGGUCGCC2148 GAUGUGCAGC AUAGGUAGGA GACACUACAC AGGUACCCGC GCUAGCGGGC CACCGAGUCA ACAGUGAAAU ACUACCCGUC2228 GGUGACUGCG2238 ACUCUCACUC2248 CGGGAGGAGG2258 ACACCGAUAG2268 CCGGGCAGUU2278 UGACUGGGGC2288 GGUACGCGCU2298 CGAAAAGAUA2308 UCGAGCGCGC2318 CCUAUGGUCA2328 UCUCAGCCGG2338 GACAGAGACC2348 CGGCGAAGAG2358 UGCAAGAGCA2368 AAAGAUGACU2378 UGACAGUGUU2388 CUUCCCAACG2398 AGGAACGCUG2408 ACGCGAAAGC2418 GUGGUCUAGC2428 GAACCAAUUA2438 GCCUGCUUGA2448 UGCGGGCAAU2458 UGAUGACAGA2468 AAAGCUACCC2478 UAGGGAUAAC2488 AGAGUCGUCA2498 CUCGCAAGAG2508 CACAUAUCGA2518 CCGAGUGGCU2528 UGCUACCUCG2538 AUGUCGGUUC2548 CCUCCAUCCU2558 GCCCGUGCAG2568 AAGCGGGCAA2578 GGGUGAGGUOMU2588 OMGUUCGCCUAU2598 UAAAGGAGGU2608 CGUGAGCUGG2618 GUR3UPSUAGACCG2628 UCGUGAGACA2638 GGUCGGCUGC2648 UAUCUACUGG2658 GUGUGUAAUG2668 GUGUCUGACA2678 AGAACGACCG2688 UAUAGUACGA2698 GAGGAACUAC2708 GGUUGGUGGC2718 CACUGGUGUA2728 CCGGUUGUUC2738 GAGAGAGCAC2748 GUGCCGGGUA2758 GCCACGCCAC2768 ACGGGGUAAG2778 AGCUGAACGC2788 AUCUAAGCUC2798 GAAACCCACU2808 UGGAAAAGAG2818 ACACCGCCGA2828 GGUCCCGCGU2838 ACAAGACGCG2848 GUCGAUAGAC2858 UCGGGGUGUG2868 CGCGUCGAGG2878 UAACGAGACG2888 UUAAGCCCAC2898 GAGCACUAAC2908 AGACCAAAGC
Type
Asm Id
Dynamic Bonds
No Symmetries for Assembly
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