PDBi (Protein Data Bank in India)

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FASTA Sequence PDB Format mmCIF Format
FASTA Sequence PDB Format PDB Format(gz) PDBx/mmCIF Format PDBx/mmCIF Format(gz) PDBML/XML Format Validation Full PDF Validation CIF

4V8P

T.thermophila 60s ribosomal subunit in complex with initiation factor 6.

PDB DOI: 10.2210/pdb4v8p/pdb

Classification: RIBOSOME
Organism(s): Tetrahymena Thermophila

Deposited: 2011-09-14
Deposition Author(s): Arpagaus, S. , Ban, N. , Klinge, S. , Leibundgut, M. , Voigts-Hoffmann, F.

Experimental Data Snapshot

Method: X-RAY DIFFRACTION
Resolution: 3.52 Å

4v8p
Literature

T.thermophila 60s ribosomal subunit in complex with initiation factor 6.

Arpagaus, S. , Ban, N. , Klinge, S. , Leibundgut, M. , Voigts-Hoffmann, F.

Primary Citation of Related Structures: 4V8P


Nucleic Acids / Hybrid
Molecule Chains Sequence Length Organism Sequence
26S RRNA a1 3354 NA CUACACCUGAAACAAGCAAGAUUACCCGCUGAACUUAAGCAUAUCAGUAAGCGGAGGAAAAGAAACUAACUAGGAUAGCCCCAGUAAUGGCGAAUGAACAGGCUAAAGCUCAAAGUGAAAAUCUGAAGUGGUCAACACAACAGAAUUGUAAUCUAAAGGGUCAACCUGAAACUAAGCUCCUCUCAUAAGUUCCUUGGAACAGGACGUCAAAGAGGGUGACAACCCCGUAGUCGGAGAGGAAGGCUGGUGUAAGGGAGAUUUCAAAGAGUCGGGUUGUUUGGGAUUGCAGCCCUAAGUGGGAGAUAAACUUCUUCUAAAGCUAAAUAUACACGGGAGACCGAUAGCGAACAAGUACUGCGAAGGAAAGAUGAAAAGAACUUUGAAAAGAGGGCUAAAAGACUUGAAACCGUUGAGAAGGAAGCUGUAGAAGAGCAAUAAACUGGACGGCGCAUAAGGGGGAAGUACUAAUCACUGCAGAGUCGAUACGUAAAAGGUCGAUGAGUAAGGAAAUGGUACAGAACUUGCUACGCCGGUCAGAAGACAAAAUGGGUUCAGAUUGAAGGAGUCACCUGAGAUCGGGCAGCAAUGCAGAUCAAAAGGAAAACUUCAAACUGGACUGAGGGGCCUAAGGGCGAUUUUGUCAAAAUGGCUUCUACUGACCCGUCUUGAAACACGGACCAAGGAGUCUAUCAAUUAAGCGAGUGAUAGGGUGGAAAAACCCGUCCGCGAAACGAAAGUGAGUACAAGGUGCCAAGCCGCAAGGUAGCAGCAUCACCCGACCUUGAGUCUCCGACGAAGGGUUCGAGGAAGAGCUUAAUUGUUAGGACCCGAAAGAUGGUGAACUACGCUUGAAUAGGGUGAAGCCAGGGGAAACUCUGGUGGAAGCUCGUAGCGAUACUGACGUGCAAAUCGUUCGUCAAAUUUGAGUGUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCUCUCAGGAUAGCAAGAGCAAGUACGCAGUUUUAUUAGGUAAAGCGAAUGAUUAGAGGACUCGGGGUUCCAAGAAUCUCGACCUAUUCUCAAACUUUAAAUUGGUAAGAGCCGCGGAGUUUACUUAAAUGAACUCUCGGGAAGAAUGCAGUGCUCUUAGUGGGCCAUUUUUGGUAAGCAGAACUGGCGAUGAGGGAUGAACCUAACGUUGAGAUAAGGCGCCCAAAUGCACGCUCAUCAGAUACCACAAAAGGUGUUGGUUCAUACGGACAGCAGGACGGUGGCUAUGGAAGUUAGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUGAAGCGUGUUGCCGAUACUCAACCAUCAGAGCAAAUGCGAGGCUUUGAUGAGUAGGAGGGCGUGAUCGUUGCCUAGAAGUAUUGGGCGUGAGCCUAUAUGGAGCAGCGAUUAGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAAUGAGAACUUUGAAGACCGAAGUGGAGAAGGGUUCCAUGAGAACAGCAAUUGUUCAUGGGUUACUCGAUCCUAAGACAUAGGUUAACUCCUUGCAAUACAAGAAGACAUUCGUUUUCGUUGUCAAAAGGGAAUGAGGUUAAUAUUCCUCAAGCUGGACGUGGUAUAGAGCGGUAACGCAAAGAAACCCGGAGACGUCAGCAGGUGUCACUGGAAGAGUUAUCUUUUCUUUUUAACAUACUAUGGCCAUGAAAUUGGAUUAUCCAGAGAUAUCGGCUGUAUGUAUGGCAGAGCAGCUCACCCUAAGAGCUGUCAGUUGCGCACCUGAUGACCCUUGAAAAUCUGGGGGAGACAUAAUUUCACGCCAGUUCGUACCCAUAACCGCAUCAGGUCUCCAAGGUUAGCAGCCUCUGGUCCAUAGAACAAUGUAGAUAAGGGAAGUCGGCAAAUUGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUGAGGAUCGGGUAUAAAGGCUUUGUAAUGAUAUCCAAGCUUGUUUGUUAGUGUGGCAACAUGCUGAUAGACUUGCGAACGAUGAAUUUGCAAGGUAGGUUUCGGCCGUCUUUAUACAAUUAACGAUCAACUCAGAACUGAAGCGGACAAAGGUAAUCCGACUGUUUAAUAAAAACAAAGCAUUGUGACGGCCUCAACAGGUGAUGACACAAUGUGAUUUCUGCCCAGUGCUCUGAAUGUCAAAGUGACGCAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAACUAUGACUCUCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAUUAAUGAGAUUACCACUGUCCCUAUCUACUAUCUAGCGAACCCACAGCUAAGGGAACGGGCUUAGAAUAAUCAGCGGGGAAAGAAGACCCUGUUGAGCUUGACUCUAGUCUAACUUUGUGAAAUGGCACGUGGGGUAUAGCCUAGGUGGGAGAGCAAUCGAUCCUGUAAAACCACUACCCACGUAGUCAUUUUGCUUAUUUCGUGAAGAAAAGACUGGUGCAAACCAGUUCUAAAGUUAAGGUCAUUUAUUGACUGAUUUUUGCGAAAGACAUGGUUAGGGGGGGAGUUUGUCUGGGGCGGAAUGCCUGUUAAACCAUAACGCAGGCGUCCUAAGUGUAGCUCAGUGAGAACGGAAAUCUCACGUAGAACAAAAGGGUAAAAGCUACAUUGAUUUUGAUUUUCAGUAGGAAUACAAACCGCGAAAGCGUGGCCUAUCGAUCCUUUAACUUUACAAGUUUUAAGCUAGAGGUGUCAGAAAAGUUACCACAGGGAUAACUGGCUUGUGGCAGCCAAGAGUUCAUAUCGACGUUGCUUUUUGAUCCUUCGAUGUCGGCUCUUCCUAUCAUUGUGAAGCAGAAUUCACAACGUGUCGGAUUGUUCACCCGCUAAUAGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGAAACGAUGUUGCGACAGUAAUUUAAGUUAGUACGAGAGGAACACUUAAAUCAGAUAAUUGGUAAAUACGGUUGUCUGAAAAGACAAUGCCGUGAAGCUACCAUCUGUUGGAUUAUGACUGAAGGCCUCUAAGUCAGAAUCCAUGCUGGAAAGCAAUGUCUAAGUGUGAUGAUAAACGAAAAAAAAUAAAAAUUAAGUUCGAAAGGUAGAGCGGGGAAGAGCGAAAAAGCUUGACCUUAACUGCUAAUCGUAAUUCCAAAUUAUCAUCUACGUAAAUCUUUUGUAGACGACUUAACAUGGAACGGGUAUUGUAAGCAUGAGAGUAGAAUUUCCUACGAUCUGCUGAGAUUCAGCCCGUCUCCUUAGAUUUAUCU
26S RRNA d1 3354 NA CUACACCUGAAACAAGCAAGAUUACCCGCUGAACUUAAGCAUAUCAGUAAGCGGAGGAAAAGAAACUAACUAGGAUAGCCCCAGUAAUGGCGAAUGAACAGGCUAAAGCUCAAAGUGAAAAUCUGAAGUGGUCAACACAACAGAAUUGUAAUCUAAAGGGUCAACCUGAAACUAAGCUCCUCUCAUAAGUUCCUUGGAACAGGACGUCAAAGAGGGUGACAACCCCGUAGUCGGAGAGGAAGGCUGGUGUAAGGGAGAUUUCAAAGAGUCGGGUUGUUUGGGAUUGCAGCCCUAAGUGGGAGAUAAACUUCUUCUAAAGCUAAAUAUACACGGGAGACCGAUAGCGAACAAGUACUGCGAAGGAAAGAUGAAAAGAACUUUGAAAAGAGGGCUAAAAGACUUGAAACCGUUGAGAAGGAAGCUGUAGAAGAGCAAUAAACUGGACGGCGCAUAAGGGGGAAGUACUAAUCACUGCAGAGUCGAUACGUAAAAGGUCGAUGAGUAAGGAAAUGGUACAGAACUUGCUACGCCGGUCAGAAGACAAAAUGGGUUCAGAUUGAAGGAGUCACCUGAGAUCGGGCAGCAAUGCAGAUCAAAAGGAAAACUUCAAACUGGACUGAGGGGCCUAAGGGCGAUUUUGUCAAAAUGGCUUCUACUGACCCGUCUUGAAACACGGACCAAGGAGUCUAUCAAUUAAGCGAGUGAUAGGGUGGAAAAACCCGUCCGCGAAACGAAAGUGAGUACAAGGUGCCAAGCCGCAAGGUAGCAGCAUCACCCGACCUUGAGUCUCCGACGAAGGGUUCGAGGAAGAGCUUAAUUGUUAGGACCCGAAAGAUGGUGAACUACGCUUGAAUAGGGUGAAGCCAGGGGAAACUCUGGUGGAAGCUCGUAGCGAUACUGACGUGCAAAUCGUUCGUCAAAUUUGAGUGUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCUCUCAGGAUAGCAAGAGCAAGUACGCAGUUUUAUUAGGUAAAGCGAAUGAUUAGAGGACUCGGGGUUCCAAGAAUCUCGACCUAUUCUCAAACUUUAAAUUGGUAAGAGCCGCGGAGUUUACUUAAAUGAACUCUCGGGAAGAAUGCAGUGCUCUUAGUGGGCCAUUUUUGGUAAGCAGAACUGGCGAUGAGGGAUGAACCUAACGUUGAGAUAAGGCGCCCAAAUGCACGCUCAUCAGAUACCACAAAAGGUGUUGGUUCAUACGGACAGCAGGACGGUGGCUAUGGAAGUUAGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUGAAGCGUGUUGCCGAUACUCAACCAUCAGAGCAAAUGCGAGGCUUUGAUGAGUAGGAGGGCGUGAUCGUUGCCUAGAAGUAUUGGGCGUGAGCCUAUAUGGAGCAGCGAUUAGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAAUGAGAACUUUGAAGACCGAAGUGGAGAAGGGUUCCAUGAGAACAGCAAUUGUUCAUGGGUUACUCGAUCCUAAGACAUAGGUUAACUCCUUGCAAUACAAGAAGACAUUCGUUUUCGUUGUCAAAAGGGAAUGAGGUUAAUAUUCCUCAAGCUGGACGUGGUAUAGAGCGGUAACGCAAAGAAACCCGGAGACGUCAGCAGGUGUCACUGGAAGAGUUAUCUUUUCUUUUUAACAUACUAUGGCCAUGAAAUUGGAUUAUCCAGAGAUAUCGGCUGUAUGUAUGGCAGAGCAGCUCACCCUAAGAGCUGUCAGUUGCGCACCUGAUGACCCUUGAAAAUCUGGGGGAGACAUAAUUUCACGCCAGUUCGUACCCAUAACCGCAUCAGGUCUCCAAGGUUAGCAGCCUCUGGUCCAUAGAACAAUGUAGAUAAGGGAAGUCGGCAAAUUGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUGAGGAUCGGGUAUAAAGGCUUUGUAAUGAUAUCCAAGCUUGUUUGUUAGUGUGGCAACAUGCUGAUAGACUUGCGAACGAUGAAUUUGCAAGGUAGGUUUCGGCCGUCUUUAUACAAUUAACGAUCAACUCAGAACUGAAGCGGACAAAGGUAAUCCGACUGUUUAAUAAAAACAAAGCAUUGUGACGGCCUCAACAGGUGAUGACACAAUGUGAUUUCUGCCCAGUGCUCUGAAUGUCAAAGUGACGCAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAACUAUGACUCUCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAUUAAUGAGAUUACCACUGUCCCUAUCUACUAUCUAGCGAACCCACAGCUAAGGGAACGGGCUUAGAAUAAUCAGCGGGGAAAGAAGACCCUGUUGAGCUUGACUCUAGUCUAACUUUGUGAAAUGGCACGUGGGGUAUAGCCUAGGUGGGAGAGCAAUCGAUCCUGUAAAACCACUACCCACGUAGUCAUUUUGCUUAUUUCGUGAAGAAAAGACUGGUGCAAACCAGUUCUAAAGUUAAGGUCAUUUAUUGACUGAUUUUUGCGAAAGACAUGGUUAGGGGGGGAGUUUGUCUGGGGCGGAAUGCCUGUUAAACCAUAACGCAGGCGUCCUAAGUGUAGCUCAGUGAGAACGGAAAUCUCACGUAGAACAAAAGGGUAAAAGCUACAUUGAUUUUGAUUUUCAGUAGGAAUACAAACCGCGAAAGCGUGGCCUAUCGAUCCUUUAACUUUACAAGUUUUAAGCUAGAGGUGUCAGAAAAGUUACCACAGGGAUAACUGGCUUGUGGCAGCCAAGAGUUCAUAUCGACGUUGCUUUUUGAUCCUUCGAUGUCGGCUCUUCCUAUCAUUGUGAAGCAGAAUUCACAACGUGUCGGAUUGUUCACCCGCUAAUAGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGAAACGAUGUUGCGACAGUAAUUUAAGUUAGUACGAGAGGAACACUUAAAUCAGAUAAUUGGUAAAUACGGUUGUCUGAAAAGACAAUGCCGUGAAGCUACCAUCUGUUGGAUUAUGACUGAAGGCCUCUAAGUCAGAAUCCAUGCUGGAAAGCAAUGUCUAAGUGUGAUGAUAAACGAAAAAAAAUAAAAAUUAAGUUCGAAAGGUAGAGCGGGGAAGAGCGAAAAAGCUUGACCUUAACUGCUAAUCGUAAUUCCAAAUUAUCAUCUACGUAAAUCUUUUGUAGACGACUUAACAUGGAACGGGUAUUGUAAGCAUGAGAGUAGAAUUUCCUACGAUCUGCUGAGAUUCAGCCCGUCUCCUUAGAUUUAUCU
26S RRNA f1 3354 NA CUACACCUGAAACAAGCAAGAUUACCCGCUGAACUUAAGCAUAUCAGUAAGCGGAGGAAAAGAAACUAACUAGGAUAGCCCCAGUAAUGGCGAAUGAACAGGCUAAAGCUCAAAGUGAAAAUCUGAAGUGGUCAACACAACAGAAUUGUAAUCUAAAGGGUCAACCUGAAACUAAGCUCCUCUCAUAAGUUCCUUGGAACAGGACGUCAAAGAGGGUGACAACCCCGUAGUCGGAGAGGAAGGCUGGUGUAAGGGAGAUUUCAAAGAGUCGGGUUGUUUGGGAUUGCAGCCCUAAGUGGGAGAUAAACUUCUUCUAAAGCUAAAUAUACACGGGAGACCGAUAGCGAACAAGUACUGCGAAGGAAAGAUGAAAAGAACUUUGAAAAGAGGGCUAAAAGACUUGAAACCGUUGAGAAGGAAGCUGUAGAAGAGCAAUAAACUGGACGGCGCAUAAGGGGGAAGUACUAAUCACUGCAGAGUCGAUACGUAAAAGGUCGAUGAGUAAGGAAAUGGUACAGAACUUGCUACGCCGGUCAGAAGACAAAAUGGGUUCAGAUUGAAGGAGUCACCUGAGAUCGGGCAGCAAUGCAGAUCAAAAGGAAAACUUCAAACUGGACUGAGGGGCCUAAGGGCGAUUUUGUCAAAAUGGCUUCUACUGACCCGUCUUGAAACACGGACCAAGGAGUCUAUCAAUUAAGCGAGUGAUAGGGUGGAAAAACCCGUCCGCGAAACGAAAGUGAGUACAAGGUGCCAAGCCGCAAGGUAGCAGCAUCACCCGACCUUGAGUCUCCGACGAAGGGUUCGAGGAAGAGCUUAAUUGUUAGGACCCGAAAGAUGGUGAACUACGCUUGAAUAGGGUGAAGCCAGGGGAAACUCUGGUGGAAGCUCGUAGCGAUACUGACGUGCAAAUCGUUCGUCAAAUUUGAGUGUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCUCUCAGGAUAGCAAGAGCAAGUACGCAGUUUUAUUAGGUAAAGCGAAUGAUUAGAGGACUCGGGGUUCCAAGAAUCUCGACCUAUUCUCAAACUUUAAAUUGGUAAGAGCCGCGGAGUUUACUUAAAUGAACUCUCGGGAAGAAUGCAGUGCUCUUAGUGGGCCAUUUUUGGUAAGCAGAACUGGCGAUGAGGGAUGAACCUAACGUUGAGAUAAGGCGCCCAAAUGCACGCUCAUCAGAUACCACAAAAGGUGUUGGUUCAUACGGACAGCAGGACGGUGGCUAUGGAAGUUAGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUGAAGCGUGUUGCCGAUACUCAACCAUCAGAGCAAAUGCGAGGCUUUGAUGAGUAGGAGGGCGUGAUCGUUGCCUAGAAGUAUUGGGCGUGAGCCUAUAUGGAGCAGCGAUUAGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAAUGAGAACUUUGAAGACCGAAGUGGAGAAGGGUUCCAUGAGAACAGCAAUUGUUCAUGGGUUACUCGAUCCUAAGACAUAGGUUAACUCCUUGCAAUACAAGAAGACAUUCGUUUUCGUUGUCAAAAGGGAAUGAGGUUAAUAUUCCUCAAGCUGGACGUGGUAUAGAGCGGUAACGCAAAGAAACCCGGAGACGUCAGCAGGUGUCACUGGAAGAGUUAUCUUUUCUUUUUAACAUACUAUGGCCAUGAAAUUGGAUUAUCCAGAGAUAUCGGCUGUAUGUAUGGCAGAGCAGCUCACCCUAAGAGCUGUCAGUUGCGCACCUGAUGACCCUUGAAAAUCUGGGGGAGACAUAAUUUCACGCCAGUUCGUACCCAUAACCGCAUCAGGUCUCCAAGGUUAGCAGCCUCUGGUCCAUAGAACAAUGUAGAUAAGGGAAGUCGGCAAAUUGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUGAGGAUCGGGUAUAAAGGCUUUGUAAUGAUAUCCAAGCUUGUUUGUUAGUGUGGCAACAUGCUGAUAGACUUGCGAACGAUGAAUUUGCAAGGUAGGUUUCGGCCGUCUUUAUACAAUUAACGAUCAACUCAGAACUGAAGCGGACAAAGGUAAUCCGACUGUUUAAUAAAAACAAAGCAUUGUGACGGCCUCAACAGGUGAUGACACAAUGUGAUUUCUGCCCAGUGCUCUGAAUGUCAAAGUGACGCAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAACUAUGACUCUCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAUUAAUGAGAUUACCACUGUCCCUAUCUACUAUCUAGCGAACCCACAGCUAAGGGAACGGGCUUAGAAUAAUCAGCGGGGAAAGAAGACCCUGUUGAGCUUGACUCUAGUCUAACUUUGUGAAAUGGCACGUGGGGUAUAGCCUAGGUGGGAGAGCAAUCGAUCCUGUAAAACCACUACCCACGUAGUCAUUUUGCUUAUUUCGUGAAGAAAAGACUGGUGCAAACCAGUUCUAAAGUUAAGGUCAUUUAUUGACUGAUUUUUGCGAAAGACAUGGUUAGGGGGGGAGUUUGUCUGGGGCGGAAUGCCUGUUAAACCAUAACGCAGGCGUCCUAAGUGUAGCUCAGUGAGAACGGAAAUCUCACGUAGAACAAAAGGGUAAAAGCUACAUUGAUUUUGAUUUUCAGUAGGAAUACAAACCGCGAAAGCGUGGCCUAUCGAUCCUUUAACUUUACAAGUUUUAAGCUAGAGGUGUCAGAAAAGUUACCACAGGGAUAACUGGCUUGUGGCAGCCAAGAGUUCAUAUCGACGUUGCUUUUUGAUCCUUCGAUGUCGGCUCUUCCUAUCAUUGUGAAGCAGAAUUCACAACGUGUCGGAUUGUUCACCCGCUAAUAGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGAAACGAUGUUGCGACAGUAAUUUAAGUUAGUACGAGAGGAACACUUAAAUCAGAUAAUUGGUAAAUACGGUUGUCUGAAAAGACAAUGCCGUGAAGCUACCAUCUGUUGGAUUAUGACUGAAGGCCUCUAAGUCAGAAUCCAUGCUGGAAAGCAAUGUCUAAGUGUGAUGAUAAACGAAAAAAAAUAAAAAUUAAGUUCGAAAGGUAGAGCGGGGAAGAGCGAAAAAGCUUGACCUUAACUGCUAAUCGUAAUUCCAAAUUAUCAUCUACGUAAAUCUUUUGUAGACGACUUAACAUGGAACGGGUAUUGUAAGCAUGAGAGUAGAAUUUCCUACGAUCUGCUGAGAUUCAGCCCGUCUCCUUAGAUUUAUCU
26S RRNA h1 3354 NA CUACACCUGAAACAAGCAAGAUUACCCGCUGAACUUAAGCAUAUCAGUAAGCGGAGGAAAAGAAACUAACUAGGAUAGCCCCAGUAAUGGCGAAUGAACAGGCUAAAGCUCAAAGUGAAAAUCUGAAGUGGUCAACACAACAGAAUUGUAAUCUAAAGGGUCAACCUGAAACUAAGCUCCUCUCAUAAGUUCCUUGGAACAGGACGUCAAAGAGGGUGACAACCCCGUAGUCGGAGAGGAAGGCUGGUGUAAGGGAGAUUUCAAAGAGUCGGGUUGUUUGGGAUUGCAGCCCUAAGUGGGAGAUAAACUUCUUCUAAAGCUAAAUAUACACGGGAGACCGAUAGCGAACAAGUACUGCGAAGGAAAGAUGAAAAGAACUUUGAAAAGAGGGCUAAAAGACUUGAAACCGUUGAGAAGGAAGCUGUAGAAGAGCAAUAAACUGGACGGCGCAUAAGGGGGAAGUACUAAUCACUGCAGAGUCGAUACGUAAAAGGUCGAUGAGUAAGGAAAUGGUACAGAACUUGCUACGCCGGUCAGAAGACAAAAUGGGUUCAGAUUGAAGGAGUCACCUGAGAUCGGGCAGCAAUGCAGAUCAAAAGGAAAACUUCAAACUGGACUGAGGGGCCUAAGGGCGAUUUUGUCAAAAUGGCUUCUACUGACCCGUCUUGAAACACGGACCAAGGAGUCUAUCAAUUAAGCGAGUGAUAGGGUGGAAAAACCCGUCCGCGAAACGAAAGUGAGUACAAGGUGCCAAGCCGCAAGGUAGCAGCAUCACCCGACCUUGAGUCUCCGACGAAGGGUUCGAGGAAGAGCUUAAUUGUUAGGACCCGAAAGAUGGUGAACUACGCUUGAAUAGGGUGAAGCCAGGGGAAACUCUGGUGGAAGCUCGUAGCGAUACUGACGUGCAAAUCGUUCGUCAAAUUUGAGUGUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCUCUCAGGAUAGCAAGAGCAAGUACGCAGUUUUAUUAGGUAAAGCGAAUGAUUAGAGGACUCGGGGUUCCAAGAAUCUCGACCUAUUCUCAAACUUUAAAUUGGUAAGAGCCGCGGAGUUUACUUAAAUGAACUCUCGGGAAGAAUGCAGUGCUCUUAGUGGGCCAUUUUUGGUAAGCAGAACUGGCGAUGAGGGAUGAACCUAACGUUGAGAUAAGGCGCCCAAAUGCACGCUCAUCAGAUACCACAAAAGGUGUUGGUUCAUACGGACAGCAGGACGGUGGCUAUGGAAGUUAGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUGAAGCGUGUUGCCGAUACUCAACCAUCAGAGCAAAUGCGAGGCUUUGAUGAGUAGGAGGGCGUGAUCGUUGCCUAGAAGUAUUGGGCGUGAGCCUAUAUGGAGCAGCGAUUAGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAAUGAGAACUUUGAAGACCGAAGUGGAGAAGGGUUCCAUGAGAACAGCAAUUGUUCAUGGGUUACUCGAUCCUAAGACAUAGGUUAACUCCUUGCAAUACAAGAAGACAUUCGUUUUCGUUGUCAAAAGGGAAUGAGGUUAAUAUUCCUCAAGCUGGACGUGGUAUAGAGCGGUAACGCAAAGAAACCCGGAGACGUCAGCAGGUGUCACUGGAAGAGUUAUCUUUUCUUUUUAACAUACUAUGGCCAUGAAAUUGGAUUAUCCAGAGAUAUCGGCUGUAUGUAUGGCAGAGCAGCUCACCCUAAGAGCUGUCAGUUGCGCACCUGAUGACCCUUGAAAAUCUGGGGGAGACAUAAUUUCACGCCAGUUCGUACCCAUAACCGCAUCAGGUCUCCAAGGUUAGCAGCCUCUGGUCCAUAGAACAAUGUAGAUAAGGGAAGUCGGCAAAUUGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUGAGGAUCGGGUAUAAAGGCUUUGUAAUGAUAUCCAAGCUUGUUUGUUAGUGUGGCAACAUGCUGAUAGACUUGCGAACGAUGAAUUUGCAAGGUAGGUUUCGGCCGUCUUUAUACAAUUAACGAUCAACUCAGAACUGAAGCGGACAAAGGUAAUCCGACUGUUUAAUAAAAACAAAGCAUUGUGACGGCCUCAACAGGUGAUGACACAAUGUGAUUUCUGCCCAGUGCUCUGAAUGUCAAAGUGACGCAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAACUAUGACUCUCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAUUAAUGAGAUUACCACUGUCCCUAUCUACUAUCUAGCGAACCCACAGCUAAGGGAACGGGCUUAGAAUAAUCAGCGGGGAAAGAAGACCCUGUUGAGCUUGACUCUAGUCUAACUUUGUGAAAUGGCACGUGGGGUAUAGCCUAGGUGGGAGAGCAAUCGAUCCUGUAAAACCACUACCCACGUAGUCAUUUUGCUUAUUUCGUGAAGAAAAGACUGGUGCAAACCAGUUCUAAAGUUAAGGUCAUUUAUUGACUGAUUUUUGCGAAAGACAUGGUUAGGGGGGGAGUUUGUCUGGGGCGGAAUGCCUGUUAAACCAUAACGCAGGCGUCCUAAGUGUAGCUCAGUGAGAACGGAAAUCUCACGUAGAACAAAAGGGUAAAAGCUACAUUGAUUUUGAUUUUCAGUAGGAAUACAAACCGCGAAAGCGUGGCCUAUCGAUCCUUUAACUUUACAAGUUUUAAGCUAGAGGUGUCAGAAAAGUUACCACAGGGAUAACUGGCUUGUGGCAGCCAAGAGUUCAUAUCGACGUUGCUUUUUGAUCCUUCGAUGUCGGCUCUUCCUAUCAUUGUGAAGCAGAAUUCACAACGUGUCGGAUUGUUCACCCGCUAAUAGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGAAACGAUGUUGCGACAGUAAUUUAAGUUAGUACGAGAGGAACACUUAAAUCAGAUAAUUGGUAAAUACGGUUGUCUGAAAAGACAAUGCCGUGAAGCUACCAUCUGUUGGAUUAUGACUGAAGGCCUCUAAGUCAGAAUCCAUGCUGGAAAGCAAUGUCUAAGUGUGAUGAUAAACGAAAAAAAAUAAAAAUUAAGUUCGAAAGGUAGAGCGGGGAAGAGCGAAAAAGCUUGACCUUAACUGCUAAUCGUAAUUCCAAAUUAUCAUCUACGUAAAUCUUUUGUAGACGACUUAACAUGGAACGGGUAUUGUAAGCAUGAGAGUAGAAUUUCCUACGAUCUGCUGAGAUUCAGCCCGUCUCCUUAGAUUUAUCU
5.8S RRNA b2 154 NA AGAAAAUUUUCAACGGUGGAUAUCUAGGUUCCCGUGACGAUGAAGAACGCAGCGAAAUGCGAUACGCAAUGCGAAUUGCAGAACCGCGAGUCAUCAGAUCUUUGAACGCAAGUGGUGGAGGUGUAAAAACCUUCAUGUUUGUUUCAGUGUGGAA
5.8S RRNA c2 154 NA AGAAAAUUUUCAACGGUGGAUAUCUAGGUUCCCGUGACGAUGAAGAACGCAGCGAAAUGCGAUACGCAAUGCGAAUUGCAGAACCGCGAGUCAUCAGAUCUUUGAACGCAAGUGGUGGAGGUGUAAAAACCUUCAUGUUUGUUUCAGUGUGGAA
5.8S RRNA e2 154 NA AGAAAAUUUUCAACGGUGGAUAUCUAGGUUCCCGUGACGAUGAAGAACGCAGCGAAAUGCGAUACGCAAUGCGAAUUGCAGAACCGCGAGUCAUCAGAUCUUUGAACGCAAGUGGUGGAGGUGUAAAAACCUUCAUGUUUGUUUCAGUGUGGAA
5.8S RRNA g2 154 NA AGAAAAUUUUCAACGGUGGAUAUCUAGGUUCCCGUGACGAUGAAGAACGCAGCGAAAUGCGAUACGCAAUGCGAAUUGCAGAACCGCGAGUCAUCAGAUCUUUGAACGCAAGUGGUGGAGGUGUAAAAACCUUCAUGUUUGUUUCAGUGUGGAA
5S RRNA b3 120 NA GUUGUCGGCCAUACUAAGGUGAAAACACCGGAUCCCAUUCGAACUCCGAAGUUAAGCGCCUUAAGGCUGGGUUAGUACUAAGGUGGGGGACCGCUUGGGAAGUCCCAGUGUCGAUAGCCU
5S RRNA c3 120 NA GUUGUCGGCCAUACUAAGGUGAAAACACCGGAUCCCAUUCGAACUCCGAAGUUAAGCGCCUUAAGGCUGGGUUAGUACUAAGGUGGGGGACCGCUUGGGAAGUCCCAGUGUCGAUAGCCU
5S RRNA e3 120 NA GUUGUCGGCCAUACUAAGGUGAAAACACCGGAUCCCAUUCGAACUCCGAAGUUAAGCGCCUUAAGGCUGGGUUAGUACUAAGGUGGGGGACCGCUUGGGAAGUCCCAGUGUCGAUAGCCU
5S RRNA g3 120 NA GUUGUCGGCCAUACUAAGGUGAAAACACCGGAUCCCAUUCGAACUCCGAAGUUAAGCGCCUUAAGGCUGGGUUAGUACUAAGGUGGGGGACCGCUUGGGAAGUCCCAGUGUCGAUAGCCU

Proteins
Molecule Chains Sequence Length Organism Sequence
UBIQUITIN-60S RIBOSOMAL PROTEIN L40 AK 129 Tetrahymena Thermophila MQIFVKTLTGKTITLDVEASDTIENVKAKIQDKEGIPPDQQRLIFAGKQLEDGRTLSDYNIQKESTLHLVLRLRGGGMEPTIAALAKKYNCEKKVCRDCYARLPPKATNCRKRKCGHSNSLRLKKKPKE
UBIQUITIN-60S RIBOSOMAL PROTEIN L40 DK 129 Tetrahymena Thermophila MQIFVKTLTGKTITLDVEASDTIENVKAKIQDKEGIPPDQQRLIFAGKQLEDGRTLSDYNIQKESTLHLVLRLRGGGMEPTIAALAKKYNCEKKVCRDCYARLPPKATNCRKRKCGHSNSLRLKKKPKE
UBIQUITIN-60S RIBOSOMAL PROTEIN L40 FK 129 Tetrahymena Thermophila MQIFVKTLTGKTITLDVEASDTIENVKAKIQDKEGIPPDQQRLIFAGKQLEDGRTLSDYNIQKESTLHLVLRLRGGGMEPTIAALAKKYNCEKKVCRDCYARLPPKATNCRKRKCGHSNSLRLKKKPKE
UBIQUITIN-60S RIBOSOMAL PROTEIN L40 HK 129 Tetrahymena Thermophila MQIFVKTLTGKTITLDVEASDTIENVKAKIQDKEGIPPDQQRLIFAGKQLEDGRTLSDYNIQKESTLHLVLRLRGGGMEPTIAALAKKYNCEKKVCRDCYARLPPKATNCRKRKCGHSNSLRLKKKPKE
RPL34 AL 123 Tetrahymena Thermophila MAQRITYRRRCSYNTRSNKVRKVKTPGGRLVAQYVKKVVNYTKCSEAGCNVALNGIAQVRPAEYATIARSAKTVSRVYGGELCHTCVRSRIIRAFLTEEVKIVKRKMISKPKTDKKKKRSQKK
RPL34 DL 123 Tetrahymena Thermophila MAQRITYRRRCSYNTRSNKVRKVKTPGGRLVAQYVKKVVNYTKCSEAGCNVALNGIAQVRPAEYATIARSAKTVSRVYGGELCHTCVRSRIIRAFLTEEVKIVKRKMISKPKTDKKKKRSQKK
RPL34 FL 123 Tetrahymena Thermophila MAQRITYRRRCSYNTRSNKVRKVKTPGGRLVAQYVKKVVNYTKCSEAGCNVALNGIAQVRPAEYATIARSAKTVSRVYGGELCHTCVRSRIIRAFLTEEVKIVKRKMISKPKTDKKKKRSQKK
RPL34 HL 123 Tetrahymena Thermophila MAQRITYRRRCSYNTRSNKVRKVKTPGGRLVAQYVKKVVNYTKCSEAGCNVALNGIAQVRPAEYATIARSAKTVSRVYGGELCHTCVRSRIIRAFLTEEVKIVKRKMISKPKTDKKKKRSQKK
RIBOSOMAL PROTEIN L22 AM 118 Tetrahymena Thermophila MSFRKKTKQVKKVNLGFKIDCSQPVEDKVILIGEFAEFLKSKIKVGGKLGNLGENITISNDDKKINVQSTIPFSKRYLKYLTKKYLKKQDLRNYLYVTSSDKNSYQLRYFNIQQDQAE
RIBOSOMAL PROTEIN L22 DM 118 Tetrahymena Thermophila MSFRKKTKQVKKVNLGFKIDCSQPVEDKVILIGEFAEFLKSKIKVGGKLGNLGENITISNDDKKINVQSTIPFSKRYLKYLTKKYLKKQDLRNYLYVTSSDKNSYQLRYFNIQQDQAE
RIBOSOMAL PROTEIN L22 FM 118 Tetrahymena Thermophila MSFRKKTKQVKKVNLGFKIDCSQPVEDKVILIGEFAEFLKSKIKVGGKLGNLGENITISNDDKKINVQSTIPFSKRYLKYLTKKYLKKQDLRNYLYVTSSDKNSYQLRYFNIQQDQAE
RIBOSOMAL PROTEIN L22 HM 118 Tetrahymena Thermophila MSFRKKTKQVKKVNLGFKIDCSQPVEDKVILIGEFAEFLKSKIKVGGKLGNLGENITISNDDKKINVQSTIPFSKRYLKYLTKKYLKKQDLRNYLYVTSSDKNSYQLRYFNIQQDQAE
RPL27 AN 144 Tetrahymena Thermophila MAKFLKYGRVVILLQGRFAGKKAVIVKSSEDGTKDRKFGHVLVAGVERSPKKVTKRMGSKKIQKRTSVKPFIKYVNLNHIMPTRYSVKELCDFKELVKEDKIKNNAKSEVRDTLKKVFVEKYRTINPEEKSASHTKFFFSKLRF
RPL27 DN 144 Tetrahymena Thermophila MAKFLKYGRVVILLQGRFAGKKAVIVKSSEDGTKDRKFGHVLVAGVERSPKKVTKRMGSKKIQKRTSVKPFIKYVNLNHIMPTRYSVKELCDFKELVKEDKIKNNAKSEVRDTLKKVFVEKYRTINPEEKSASHTKFFFSKLRF
RPL27 FN 144 Tetrahymena Thermophila MAKFLKYGRVVILLQGRFAGKKAVIVKSSEDGTKDRKFGHVLVAGVERSPKKVTKRMGSKKIQKRTSVKPFIKYVNLNHIMPTRYSVKELCDFKELVKEDKIKNNAKSEVRDTLKKVFVEKYRTINPEEKSASHTKFFFSKLRF
RPL27 HN 144 Tetrahymena Thermophila MAKFLKYGRVVILLQGRFAGKKAVIVKSSEDGTKDRKFGHVLVAGVERSPKKVTKRMGSKKIQKRTSVKPFIKYVNLNHIMPTRYSVKELCDFKELVKEDKIKNNAKSEVRDTLKKVFVEKYRTINPEEKSASHTKFFFSKLRF
RPL28 AO 134 Tetrahymena Thermophila MSQLVWEIVKNNNAFLVKNNGVAFTTDPFSVTGRNTQVGLGFTHRHGVALKGGAKQAIATSLRKNQSHKVKKTGTIEAETLTVKGGVQRVAKVIRGRFQSKGLKQFALKKLVNFHRANVRAQANLKAESKAKKN
RPL28 DO 134 Tetrahymena Thermophila MSQLVWEIVKNNNAFLVKNNGVAFTTDPFSVTGRNTQVGLGFTHRHGVALKGGAKQAIATSLRKNQSHKVKKTGTIEAETLTVKGGVQRVAKVIRGRFQSKGLKQFALKKLVNFHRANVRAQANLKAESKAKKN
RPL28 FO 134 Tetrahymena Thermophila MSQLVWEIVKNNNAFLVKNNGVAFTTDPFSVTGRNTQVGLGFTHRHGVALKGGAKQAIATSLRKNQSHKVKKTGTIEAETLTVKGGVQRVAKVIRGRFQSKGLKQFALKKLVNFHRANVRAQANLKAESKAKKN
RPL28 HO 134 Tetrahymena Thermophila MSQLVWEIVKNNNAFLVKNNGVAFTTDPFSVTGRNTQVGLGFTHRHGVALKGGAKQAIATSLRKNQSHKVKKTGTIEAETLTVKGGVQRVAKVIRGRFQSKGLKQFALKKLVNFHRANVRAQANLKAESKAKKN
RPL38 AP 89 Tetrahymena Thermophila MPKEITDIKKFMKLWQNNKDTPATAGAKKVVYVKTNKRITKFKLRGKKYLYTFKTADPKIAKGIKDAIPATYSKIEIKGKNTKKATKRS
RPL38 DP 89 Tetrahymena Thermophila MPKEITDIKKFMKLWQNNKDTPATAGAKKVVYVKTNKRITKFKLRGKKYLYTFKTADPKIAKGIKDAIPATYSKIEIKGKNTKKATKRS
RPL38 FP 89 Tetrahymena Thermophila MPKEITDIKKFMKLWQNNKDTPATAGAKKVVYVKTNKRITKFKLRGKKYLYTFKTADPKIAKGIKDAIPATYSKIEIKGKNTKKATKRS
RPL38 HP 89 Tetrahymena Thermophila MPKEITDIKKFMKLWQNNKDTPATAGAKKVVYVKTNKRITKFKLRGKKYLYTFKTADPKIAKGIKDAIPATYSKIEIKGKNTKKATKRS
60S RIBOSOMAL PROTEIN L36 AQ 104 Tetrahymena Thermophila MAKGQAVGINKGFITTQLEKKLQKHSAVQRKGKLGKRVALVRQVIREVTGFAPYEKRIIELIKAGSAKDSKKATKIARKRLGTHRRAKVKKALLEEAVRAQRKK
60S RIBOSOMAL PROTEIN L36 DQ 104 Tetrahymena Thermophila MAKGQAVGINKGFITTQLEKKLQKHSAVQRKGKLGKRVALVRQVIREVTGFAPYEKRIIELIKAGSAKDSKKATKIARKRLGTHRRAKVKKALLEEAVRAQRKK
60S RIBOSOMAL PROTEIN L36 FQ 104 Tetrahymena Thermophila MAKGQAVGINKGFITTQLEKKLQKHSAVQRKGKLGKRVALVRQVIREVTGFAPYEKRIIELIKAGSAKDSKKATKIARKRLGTHRRAKVKKALLEEAVRAQRKK
60S RIBOSOMAL PROTEIN L36 HQ 104 Tetrahymena Thermophila MAKGQAVGINKGFITTQLEKKLQKHSAVQRKGKLGKRVALVRQVIREVTGFAPYEKRIIELIKAGSAKDSKKATKIARKRLGTHRRAKVKKALLEEAVRAQRKK
RPL29 AT 66 Tetrahymena Thermophila MAKSKNSTNKNQISKSHRNGIKKPKDHRHISTKGVNPRFLRNRRRAIKNDPSIKKSKNLEKKVNKE
RPL29 DT 66 Tetrahymena Thermophila MAKSKNSTNKNQISKSHRNGIKKPKDHRHISTKGVNPRFLRNRRRAIKNDPSIKKSKNLEKKVNKE
RPL29 FT 66 Tetrahymena Thermophila MAKSKNSTNKNQISKSHRNGIKKPKDHRHISTKGVNPRFLRNRRRAIKNDPSIKKSKNLEKKVNKE
RPL29 HT 66 Tetrahymena Thermophila MAKSKNSTNKNQISKSHRNGIKKPKDHRHISTKGVNPRFLRNRRRAIKNDPSIKKSKNLEKKVNKE
RPL13 AU 206 Tetrahymena Thermophila MKHNNQLPVAQLRKHQQFRIKTFFNQAAQKKARLHARRAQAAAVFPRPTEKLQPVVRKQTQRYNKSTKLGRGFTLQELKAAGISAAFAQSIGIKVDHRRKNRCQESLELNKKRLLAYVSKLVLFPRHQGKAKKGLVNDTADTSSAAQNALQTSVPLPSVSKREKAVSNIAELRKKKVYRIIRQEKTNQKWDGKRKAKAQAAAEPKA
RPL13 DU 206 Tetrahymena Thermophila MKHNNQLPVAQLRKHQQFRIKTFFNQAAQKKARLHARRAQAAAVFPRPTEKLQPVVRKQTQRYNKSTKLGRGFTLQELKAAGISAAFAQSIGIKVDHRRKNRCQESLELNKKRLLAYVSKLVLFPRHQGKAKKGLVNDTADTSSAAQNALQTSVPLPSVSKREKAVSNIAELRKKKVYRIIRQEKTNQKWDGKRKAKAQAAAEPKA
RPL13 FU 206 Tetrahymena Thermophila MKHNNQLPVAQLRKHQQFRIKTFFNQAAQKKARLHARRAQAAAVFPRPTEKLQPVVRKQTQRYNKSTKLGRGFTLQELKAAGISAAFAQSIGIKVDHRRKNRCQESLELNKKRLLAYVSKLVLFPRHQGKAKKGLVNDTADTSSAAQNALQTSVPLPSVSKREKAVSNIAELRKKKVYRIIRQEKTNQKWDGKRKAKAQAAAEPKA
RPL13 HU 206 Tetrahymena Thermophila MKHNNQLPVAQLRKHQQFRIKTFFNQAAQKKARLHARRAQAAAVFPRPTEKLQPVVRKQTQRYNKSTKLGRGFTLQELKAAGISAAFAQSIGIKVDHRRKNRCQESLELNKKRLLAYVSKLVLFPRHQGKAKKGLVNDTADTSSAAQNALQTSVPLPSVSKREKAVSNIAELRKKKVYRIIRQEKTNQKWDGKRKAKAQAAAEPKA
RPL18A AX 189 Tetrahymena Thermophila MVRKAAQEPKDDTLQMKVRQYVVSAARLPIEQGTKPEILQMRVFARDEVHAKTKFWYNMRKLNKIKRSQGRILSVNEIYEKSLNTVKTYGIVLKYQSRTAIHNMYKEYRDVSLNGAVSQLIQDMAGNHRAQPDTIQIIRTATLEPKDIKRPATLAMRNAALKFPIVKTIHRPSEKKYRTVYKATRPTTF
RPL18A DX 189 Tetrahymena Thermophila MVRKAAQEPKDDTLQMKVRQYVVSAARLPIEQGTKPEILQMRVFARDEVHAKTKFWYNMRKLNKIKRSQGRILSVNEIYEKSLNTVKTYGIVLKYQSRTAIHNMYKEYRDVSLNGAVSQLIQDMAGNHRAQPDTIQIIRTATLEPKDIKRPATLAMRNAALKFPIVKTIHRPSEKKYRTVYKATRPTTF
RPL18A FX 189 Tetrahymena Thermophila MVRKAAQEPKDDTLQMKVRQYVVSAARLPIEQGTKPEILQMRVFARDEVHAKTKFWYNMRKLNKIKRSQGRILSVNEIYEKSLNTVKTYGIVLKYQSRTAIHNMYKEYRDVSLNGAVSQLIQDMAGNHRAQPDTIQIIRTATLEPKDIKRPATLAMRNAALKFPIVKTIHRPSEKKYRTVYKATRPTTF
RPL18A HX 189 Tetrahymena Thermophila MVRKAAQEPKDDTLQMKVRQYVVSAARLPIEQGTKPEILQMRVFARDEVHAKTKFWYNMRKLNKIKRSQGRILSVNEIYEKSLNTVKTYGIVLKYQSRTAIHNMYKEYRDVSLNGAVSQLIQDMAGNHRAQPDTIQIIRTATLEPKDIKRPATLAMRNAALKFPIVKTIHRPSEKKYRTVYKATRPTTF
RIBOSOMAL PROTEIN L37 AA 94 Tetrahymena Thermophila MTRGTPAFGKRHQKTHTLCRRCGKATYHKQKLRCAACGYPDAKMRRYDGWGQKVRDRKGQGTGRMRYMKTIARRAKNGFRSGTQAAPKVKAATN
RIBOSOMAL PROTEIN L37 DA 94 Tetrahymena Thermophila MTRGTPAFGKRHQKTHTLCRRCGKATYHKQKLRCAACGYPDAKMRRYDGWGQKVRDRKGQGTGRMRYMKTIARRAKNGFRSGTQAAPKVKAATN
RIBOSOMAL PROTEIN L37 FA 94 Tetrahymena Thermophila MTRGTPAFGKRHQKTHTLCRRCGKATYHKQKLRCAACGYPDAKMRRYDGWGQKVRDRKGQGTGRMRYMKTIARRAKNGFRSGTQAAPKVKAATN
RIBOSOMAL PROTEIN L37 HA 94 Tetrahymena Thermophila MTRGTPAFGKRHQKTHTLCRRCGKATYHKQKLRCAACGYPDAKMRRYDGWGQKVRDRKGQGTGRMRYMKTIARRAKNGFRSGTQAAPKVKAATN
RPL8 BA 264 Tetrahymena Thermophila MGRVIRAQRKGRANGVYKSHKSGRIAPAQYRVYDFAERQGYIRGCIRDIVHEPGRGAPLAEVAFRDPYRYKTNKEHFIAAEGQYSGQYVYCGLKAQIAVGNVLPINRIPEGTVVCNVEEKVGDRGTFSRASGCYATIIGHSEDGDKTRIRLPSGARKTIPGSCRATVGIVAGGGRTDKPILKAGNQFHKYARKRKSWPRVRGVAMNPVDHPHGGGNHQHIGHPATVSKWASAGQKVGLRAARRTGLVRGGQKEKMAMKAAAAGV
RPL8 CA 264 Tetrahymena Thermophila MGRVIRAQRKGRANGVYKSHKSGRIAPAQYRVYDFAERQGYIRGCIRDIVHEPGRGAPLAEVAFRDPYRYKTNKEHFIAAEGQYSGQYVYCGLKAQIAVGNVLPINRIPEGTVVCNVEEKVGDRGTFSRASGCYATIIGHSEDGDKTRIRLPSGARKTIPGSCRATVGIVAGGGRTDKPILKAGNQFHKYARKRKSWPRVRGVAMNPVDHPHGGGNHQHIGHPATVSKWASAGQKVGLRAARRTGLVRGGQKEKMAMKAAAAGV
RPL8 EA 264 Tetrahymena Thermophila MGRVIRAQRKGRANGVYKSHKSGRIAPAQYRVYDFAERQGYIRGCIRDIVHEPGRGAPLAEVAFRDPYRYKTNKEHFIAAEGQYSGQYVYCGLKAQIAVGNVLPINRIPEGTVVCNVEEKVGDRGTFSRASGCYATIIGHSEDGDKTRIRLPSGARKTIPGSCRATVGIVAGGGRTDKPILKAGNQFHKYARKRKSWPRVRGVAMNPVDHPHGGGNHQHIGHPATVSKWASAGQKVGLRAARRTGLVRGGQKEKMAMKAAAAGV
RPL8 GA 264 Tetrahymena Thermophila MGRVIRAQRKGRANGVYKSHKSGRIAPAQYRVYDFAERQGYIRGCIRDIVHEPGRGAPLAEVAFRDPYRYKTNKEHFIAAEGQYSGQYVYCGLKAQIAVGNVLPINRIPEGTVVCNVEEKVGDRGTFSRASGCYATIIGHSEDGDKTRIRLPSGARKTIPGSCRATVGIVAGGGRTDKPILKAGNQFHKYARKRKSWPRVRGVAMNPVDHPHGGGNHQHIGHPATVSKWASAGQKVGLRAARRTGLVRGGQKEKMAMKAAAAGV
RIBOSOMAL PROTEIN L3 BB 391 Tetrahymena Thermophila MSHRKFEAPRHGSLGFRPRRRTRHHRGRCRSFPKDDPSKKPHLTAFTGFKAGMTHILREVDRSGSRHNKKEVVEAVTVIECPPMTIVGVVGYIDTPRGLRALTTVWAKTIDNNTKKRFYKNWANSNKKAFTHHEKNFDQKAQDLLLKRIEKYCSVVRVIAHTNMSKLNLRQKKNHILEIQVNGGKVAEKVAFAKSLLEKEVKVDSIFAENEMLDVLGVTKGKGFAGVIKRFGVKHLQKKTHRGYRKVGCIGAWHPSRIRFTVPRAGQLGYHHRTETNKKVYRVGKGDDASNASTAGDVTDKAITPLGGFPHYGVVKNDFIMIKGCCVGPKKRVLTLRKSIIPQTHGAAKEIINLKFIDTSSKIGHGRFQTVEEKDKFFGRDRTKKVEAKSE
RIBOSOMAL PROTEIN L3 CB 391 Tetrahymena Thermophila MSHRKFEAPRHGSLGFRPRRRTRHHRGRCRSFPKDDPSKKPHLTAFTGFKAGMTHILREVDRSGSRHNKKEVVEAVTVIECPPMTIVGVVGYIDTPRGLRALTTVWAKTIDNNTKKRFYKNWANSNKKAFTHHEKNFDQKAQDLLLKRIEKYCSVVRVIAHTNMSKLNLRQKKNHILEIQVNGGKVAEKVAFAKSLLEKEVKVDSIFAENEMLDVLGVTKGKGFAGVIKRFGVKHLQKKTHRGYRKVGCIGAWHPSRIRFTVPRAGQLGYHHRTETNKKVYRVGKGDDASNASTAGDVTDKAITPLGGFPHYGVVKNDFIMIKGCCVGPKKRVLTLRKSIIPQTHGAAKEIINLKFIDTSSKIGHGRFQTVEEKDKFFGRDRTKKVEAKSE
RIBOSOMAL PROTEIN L3 EB 391 Tetrahymena Thermophila MSHRKFEAPRHGSLGFRPRRRTRHHRGRCRSFPKDDPSKKPHLTAFTGFKAGMTHILREVDRSGSRHNKKEVVEAVTVIECPPMTIVGVVGYIDTPRGLRALTTVWAKTIDNNTKKRFYKNWANSNKKAFTHHEKNFDQKAQDLLLKRIEKYCSVVRVIAHTNMSKLNLRQKKNHILEIQVNGGKVAEKVAFAKSLLEKEVKVDSIFAENEMLDVLGVTKGKGFAGVIKRFGVKHLQKKTHRGYRKVGCIGAWHPSRIRFTVPRAGQLGYHHRTETNKKVYRVGKGDDASNASTAGDVTDKAITPLGGFPHYGVVKNDFIMIKGCCVGPKKRVLTLRKSIIPQTHGAAKEIINLKFIDTSSKIGHGRFQTVEEKDKFFGRDRTKKVEAKSE
RIBOSOMAL PROTEIN L3 GB 391 Tetrahymena Thermophila MSHRKFEAPRHGSLGFRPRRRTRHHRGRCRSFPKDDPSKKPHLTAFTGFKAGMTHILREVDRSGSRHNKKEVVEAVTVIECPPMTIVGVVGYIDTPRGLRALTTVWAKTIDNNTKKRFYKNWANSNKKAFTHHEKNFDQKAQDLLLKRIEKYCSVVRVIAHTNMSKLNLRQKKNHILEIQVNGGKVAEKVAFAKSLLEKEVKVDSIFAENEMLDVLGVTKGKGFAGVIKRFGVKHLQKKTHRGYRKVGCIGAWHPSRIRFTVPRAGQLGYHHRTETNKKVYRVGKGDDASNASTAGDVTDKAITPLGGFPHYGVVKNDFIMIKGCCVGPKKRVLTLRKSIIPQTHGAAKEIINLKFIDTSSKIGHGRFQTVEEKDKFFGRDRTKKVEAKSE
RPL4 BC 410 Tetrahymena Thermophila MTSRPQIHVHDAKEANKQTATKLTLPAVFTAPIRTDIVHKVFTDLNKNRKQASGVKISTRGTAGMGHSAESWGTGRAVARIPRVGGSGTHRSGQAAFGNQCRKGRMFAPLKTYRRVHRRVNVNQKRHAVAAALAASALVPLVFARGHRISNVQELPYVFDDSVESYEKTKQAVAFLKRVGAYDDVLRVAETKALRAGQGKLRNRRYKLRRGPLVVYGNEKSTLTRALRNIPGVDVCNVNRLNLLQLAPGGHVGRFIIWTESAFKKLNEIFGTYSTTGVQKSGYQLQRPLLANADIARIINSNEVQSVVKVAGTTETHERKKNPLTNNNALFKLNPAAKIVKEQAKKAAEASKAKRQATLKANRKAAKTHKKGSQAWIAAFNKANEEAIAKARQEDADFIAQGQEIKEGDE
RPL4 CC 410 Tetrahymena Thermophila MTSRPQIHVHDAKEANKQTATKLTLPAVFTAPIRTDIVHKVFTDLNKNRKQASGVKISTRGTAGMGHSAESWGTGRAVARIPRVGGSGTHRSGQAAFGNQCRKGRMFAPLKTYRRVHRRVNVNQKRHAVAAALAASALVPLVFARGHRISNVQELPYVFDDSVESYEKTKQAVAFLKRVGAYDDVLRVAETKALRAGQGKLRNRRYKLRRGPLVVYGNEKSTLTRALRNIPGVDVCNVNRLNLLQLAPGGHVGRFIIWTESAFKKLNEIFGTYSTTGVQKSGYQLQRPLLANADIARIINSNEVQSVVKVAGTTETHERKKNPLTNNNALFKLNPAAKIVKEQAKKAAEASKAKRQATLKANRKAAKTHKKGSQAWIAAFNKANEEAIAKARQEDADFIAQGQEIKEGDE
RPL4 EC 410 Tetrahymena Thermophila MTSRPQIHVHDAKEANKQTATKLTLPAVFTAPIRTDIVHKVFTDLNKNRKQASGVKISTRGTAGMGHSAESWGTGRAVARIPRVGGSGTHRSGQAAFGNQCRKGRMFAPLKTYRRVHRRVNVNQKRHAVAAALAASALVPLVFARGHRISNVQELPYVFDDSVESYEKTKQAVAFLKRVGAYDDVLRVAETKALRAGQGKLRNRRYKLRRGPLVVYGNEKSTLTRALRNIPGVDVCNVNRLNLLQLAPGGHVGRFIIWTESAFKKLNEIFGTYSTTGVQKSGYQLQRPLLANADIARIINSNEVQSVVKVAGTTETHERKKNPLTNNNALFKLNPAAKIVKEQAKKAAEASKAKRQATLKANRKAAKTHKKGSQAWIAAFNKANEEAIAKARQEDADFIAQGQEIKEGDE
RPL4 GC 410 Tetrahymena Thermophila MTSRPQIHVHDAKEANKQTATKLTLPAVFTAPIRTDIVHKVFTDLNKNRKQASGVKISTRGTAGMGHSAESWGTGRAVARIPRVGGSGTHRSGQAAFGNQCRKGRMFAPLKTYRRVHRRVNVNQKRHAVAAALAASALVPLVFARGHRISNVQELPYVFDDSVESYEKTKQAVAFLKRVGAYDDVLRVAETKALRAGQGKLRNRRYKLRRGPLVVYGNEKSTLTRALRNIPGVDVCNVNRLNLLQLAPGGHVGRFIIWTESAFKKLNEIFGTYSTTGVQKSGYQLQRPLLANADIARIINSNEVQSVVKVAGTTETHERKKNPLTNNNALFKLNPAAKIVKEQAKKAAEASKAKRQATLKANRKAAKTHKKGSQAWIAAFNKANEEAIAKARQEDADFIAQGQEIKEGDE
60S RIBOSOMAL PROTEIN L11 BD 172 Tetrahymena Thermophila MTDKKENKMREVKIAKLVINCCVGESGDKLTKAAKVLKDLSGQEPVFSRARYTIRSFGIKRNEKMAVHVTIRGDKARDILTRGLKVKEMELRKKNFSNTGNFGFGIQEHIDLGMKYDPSTGIFGMDFYVVLERPGTRVARRRRATSRVGNNQMISKEECINWFKTEFEGNVY
60S RIBOSOMAL PROTEIN L11 CD 172 Tetrahymena Thermophila MTDKKENKMREVKIAKLVINCCVGESGDKLTKAAKVLKDLSGQEPVFSRARYTIRSFGIKRNEKMAVHVTIRGDKARDILTRGLKVKEMELRKKNFSNTGNFGFGIQEHIDLGMKYDPSTGIFGMDFYVVLERPGTRVARRRRATSRVGNNQMISKEECINWFKTEFEGNVY
60S RIBOSOMAL PROTEIN L11 ED 172 Tetrahymena Thermophila MTDKKENKMREVKIAKLVINCCVGESGDKLTKAAKVLKDLSGQEPVFSRARYTIRSFGIKRNEKMAVHVTIRGDKARDILTRGLKVKEMELRKKNFSNTGNFGFGIQEHIDLGMKYDPSTGIFGMDFYVVLERPGTRVARRRRATSRVGNNQMISKEECINWFKTEFEGNVY
60S RIBOSOMAL PROTEIN L11 GD 172 Tetrahymena Thermophila MTDKKENKMREVKIAKLVINCCVGESGDKLTKAAKVLKDLSGQEPVFSRARYTIRSFGIKRNEKMAVHVTIRGDKARDILTRGLKVKEMELRKKNFSNTGNFGFGIQEHIDLGMKYDPSTGIFGMDFYVVLERPGTRVARRRRATSRVGNNQMISKEECINWFKTEFEGNVY
60S RIBOSOMAL PROTEIN L9 BE 188 Tetrahymena Thermophila MRHLLTEVNVPIPDKVTITAKQRVVEVKGPLGTIKRAFRYASVDIQKPTADNVKLQIWQASRKERAVLQSIASQIKNMIRGVTEGYKFKMKLAFAHFPIQEAVAKDGSSIEIKHFLGEKRIRRIQALPGVKISRKDEEKNTLTLQGIDLNNVSQTCALIHQSCLVKEKDIRQFLDGIYVSDKRLAMNE
60S RIBOSOMAL PROTEIN L9 CE 188 Tetrahymena Thermophila MRHLLTEVNVPIPDKVTITAKQRVVEVKGPLGTIKRAFRYASVDIQKPTADNVKLQIWQASRKERAVLQSIASQIKNMIRGVTEGYKFKMKLAFAHFPIQEAVAKDGSSIEIKHFLGEKRIRRIQALPGVKISRKDEEKNTLTLQGIDLNNVSQTCALIHQSCLVKEKDIRQFLDGIYVSDKRLAMNE
60S RIBOSOMAL PROTEIN L9 EE 188 Tetrahymena Thermophila MRHLLTEVNVPIPDKVTITAKQRVVEVKGPLGTIKRAFRYASVDIQKPTADNVKLQIWQASRKERAVLQSIASQIKNMIRGVTEGYKFKMKLAFAHFPIQEAVAKDGSSIEIKHFLGEKRIRRIQALPGVKISRKDEEKNTLTLQGIDLNNVSQTCALIHQSCLVKEKDIRQFLDGIYVSDKRLAMNE
60S RIBOSOMAL PROTEIN L9 GE 188 Tetrahymena Thermophila MRHLLTEVNVPIPDKVTITAKQRVVEVKGPLGTIKRAFRYASVDIQKPTADNVKLQIWQASRKERAVLQSIASQIKNMIRGVTEGYKFKMKLAFAHFPIQEAVAKDGSSIEIKHFLGEKRIRRIQALPGVKISRKDEEKNTLTLQGIDLNNVSQTCALIHQSCLVKEKDIRQFLDGIYVSDKRLAMNE
RPL7A BF 255 Tetrahymena Thermophila MPKAPKKITKPKKAEKKKNPLFQAKPRSFRVGGDIQPKRDLTRFVRWPRYITLQRQKRVLLQRLKVPPQIHQFTKTLDKNQSSNLFKLLASYAPEKPAEKKQRLVAQAEAKKDGKQVETKKPIVLKYGLNHITTLIENKQAKLVVIAHDVDPIELVIFLPQLCRKNDVPFAFVKGKAALGKLVNKKTATAVALTEVRNEDKAKLQQFSELFKTNYNANDELRKTWGGGILGQKSQHKVEALAKAVQEEQIKKAKL
RPL7A CF 255 Tetrahymena Thermophila MPKAPKKITKPKKAEKKKNPLFQAKPRSFRVGGDIQPKRDLTRFVRWPRYITLQRQKRVLLQRLKVPPQIHQFTKTLDKNQSSNLFKLLASYAPEKPAEKKQRLVAQAEAKKDGKQVETKKPIVLKYGLNHITTLIENKQAKLVVIAHDVDPIELVIFLPQLCRKNDVPFAFVKGKAALGKLVNKKTATAVALTEVRNEDKAKLQQFSELFKTNYNANDELRKTWGGGILGQKSQHKVEALAKAVQEEQIKKAKL
RPL7A EF 255 Tetrahymena Thermophila MPKAPKKITKPKKAEKKKNPLFQAKPRSFRVGGDIQPKRDLTRFVRWPRYITLQRQKRVLLQRLKVPPQIHQFTKTLDKNQSSNLFKLLASYAPEKPAEKKQRLVAQAEAKKDGKQVETKKPIVLKYGLNHITTLIENKQAKLVVIAHDVDPIELVIFLPQLCRKNDVPFAFVKGKAALGKLVNKKTATAVALTEVRNEDKAKLQQFSELFKTNYNANDELRKTWGGGILGQKSQHKVEALAKAVQEEQIKKAKL
RPL7A GF 255 Tetrahymena Thermophila MPKAPKKITKPKKAEKKKNPLFQAKPRSFRVGGDIQPKRDLTRFVRWPRYITLQRQKRVLLQRLKVPPQIHQFTKTLDKNQSSNLFKLLASYAPEKPAEKKQRLVAQAEAKKDGKQVETKKPIVLKYGLNHITTLIENKQAKLVVIAHDVDPIELVIFLPQLCRKNDVPFAFVKGKAALGKLVNKKTATAVALTEVRNEDKAKLQQFSELFKTNYNANDELRKTWGGGILGQKSQHKVEALAKAVQEEQIKKAKL
RPLP0 BG 123 Tetrahymena Thermophila XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
RPLP0 CG 123 Tetrahymena Thermophila XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
RPLP0 EG 123 Tetrahymena Thermophila XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
RPLP0 GG 123 Tetrahymena Thermophila XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
60S RIBOSOMAL PROTEIN L10 BH 215 Tetrahymena Thermophila MGRRPARCYRQPKGKPYPKSRYNRGVPDARIRIYDSGRKKATVEEFPYVVHIVSDEKEQITSEALEAARIAANKNLIKFISKDAFHLRCRVHPWHVLRINKMLSCAGADRLQSGMRGAFGKALGKAARVDIGSILFSVRVKEPHVKYAIDALTRAKAKFPGRQKVVTSQKWGFTKLTRAQYSRLRNQKKLVTDGSNVKVIGERGPLSRLELFRKI
60S RIBOSOMAL PROTEIN L10 CH 215 Tetrahymena Thermophila MGRRPARCYRQPKGKPYPKSRYNRGVPDARIRIYDSGRKKATVEEFPYVVHIVSDEKEQITSEALEAARIAANKNLIKFISKDAFHLRCRVHPWHVLRINKMLSCAGADRLQSGMRGAFGKALGKAARVDIGSILFSVRVKEPHVKYAIDALTRAKAKFPGRQKVVTSQKWGFTKLTRAQYSRLRNQKKLVTDGSNVKVIGERGPLSRLELFRKI
60S RIBOSOMAL PROTEIN L10 EH 215 Tetrahymena Thermophila MGRRPARCYRQPKGKPYPKSRYNRGVPDARIRIYDSGRKKATVEEFPYVVHIVSDEKEQITSEALEAARIAANKNLIKFISKDAFHLRCRVHPWHVLRINKMLSCAGADRLQSGMRGAFGKALGKAARVDIGSILFSVRVKEPHVKYAIDALTRAKAKFPGRQKVVTSQKWGFTKLTRAQYSRLRNQKKLVTDGSNVKVIGERGPLSRLELFRKI
60S RIBOSOMAL PROTEIN L10 GH 215 Tetrahymena Thermophila MGRRPARCYRQPKGKPYPKSRYNRGVPDARIRIYDSGRKKATVEEFPYVVHIVSDEKEQITSEALEAARIAANKNLIKFISKDAFHLRCRVHPWHVLRINKMLSCAGADRLQSGMRGAFGKALGKAARVDIGSILFSVRVKEPHVKYAIDALTRAKAKFPGRQKVVTSQKWGFTKLTRAQYSRLRNQKKLVTDGSNVKVIGERGPLSRLELFRKI
RPL39 AB 52 Tetrahymena Thermophila MGANKTLNMKKRFGRKIKQNRPLPNWYRYKSDTNIRYNSKRRNWRRTKLKIY
RPL39 DB 52 Tetrahymena Thermophila MGANKTLNMKKRFGRKIKQNRPLPNWYRYKSDTNIRYNSKRRNWRRTKLKIY
RPL39 FB 52 Tetrahymena Thermophila MGANKTLNMKKRFGRKIKQNRPLPNWYRYKSDTNIRYNSKRRNWRRTKLKIY
RPL39 HB 52 Tetrahymena Thermophila MGANKTLNMKKRFGRKIKQNRPLPNWYRYKSDTNIRYNSKRRNWRRTKLKIY
60S RIBOSOMAL PROTEIN L13A BI 198 Tetrahymena Thermophila MFDKLVVIDAKGHLLGRLASYVAKELLSGQRIVVVRTEAINISGSLFRNRVKFSEFLNKWMNHNPRRGVQHFRAPSRIFWRAVRGMLPHKTPKGAAALERLKIFEGIPTPYDRVKKQVVVDALKVQRLRNSRPVCKLGDLSASVGWGKQTLIEKLEEKRRARAKTYHDKKVKQADARKKELAAPALKAIKDKLAQFGY
60S RIBOSOMAL PROTEIN L13A CI 198 Tetrahymena Thermophila MFDKLVVIDAKGHLLGRLASYVAKELLSGQRIVVVRTEAINISGSLFRNRVKFSEFLNKWMNHNPRRGVQHFRAPSRIFWRAVRGMLPHKTPKGAAALERLKIFEGIPTPYDRVKKQVVVDALKVQRLRNSRPVCKLGDLSASVGWGKQTLIEKLEEKRRARAKTYHDKKVKQADARKKELAAPALKAIKDKLAQFGY
60S RIBOSOMAL PROTEIN L13A EI 198 Tetrahymena Thermophila MFDKLVVIDAKGHLLGRLASYVAKELLSGQRIVVVRTEAINISGSLFRNRVKFSEFLNKWMNHNPRRGVQHFRAPSRIFWRAVRGMLPHKTPKGAAALERLKIFEGIPTPYDRVKKQVVVDALKVQRLRNSRPVCKLGDLSASVGWGKQTLIEKLEEKRRARAKTYHDKKVKQADARKKELAAPALKAIKDKLAQFGY
60S RIBOSOMAL PROTEIN L13A GI 198 Tetrahymena Thermophila MFDKLVVIDAKGHLLGRLASYVAKELLSGQRIVVVRTEAINISGSLFRNRVKFSEFLNKWMNHNPRRGVQHFRAPSRIFWRAVRGMLPHKTPKGAAALERLKIFEGIPTPYDRVKKQVVVDALKVQRLRNSRPVCKLGDLSASVGWGKQTLIEKLEEKRRARAKTYHDKKVKQADARKKELAAPALKAIKDKLAQFGY
RPL23 BJ 141 Tetrahymena Thermophila MAAARGRGGQVGTKAKVSLGLPVGAVMNCADNSGAKNLYTIACFGIKGHLSKLPSASIGDMILCSVKKGSPKLRKKVLQAIVIRQRRPWRRRDGVFIYFEDNAGVIANPKGEMKGSQITGPVAKECADIWPKVASNAGSVV
RPL23 CJ 141 Tetrahymena Thermophila MAAARGRGGQVGTKAKVSLGLPVGAVMNCADNSGAKNLYTIACFGIKGHLSKLPSASIGDMILCSVKKGSPKLRKKVLQAIVIRQRRPWRRRDGVFIYFEDNAGVIANPKGEMKGSQITGPVAKECADIWPKVASNAGSVV
RPL23 EJ 141 Tetrahymena Thermophila MAAARGRGGQVGTKAKVSLGLPVGAVMNCADNSGAKNLYTIACFGIKGHLSKLPSASIGDMILCSVKKGSPKLRKKVLQAIVIRQRRPWRRRDGVFIYFEDNAGVIANPKGEMKGSQITGPVAKECADIWPKVASNAGSVV
RPL23 GJ 141 Tetrahymena Thermophila MAAARGRGGQVGTKAKVSLGLPVGAVMNCADNSGAKNLYTIACFGIKGHLSKLPSASIGDMILCSVKKGSPKLRKKVLQAIVIRQRRPWRRRDGVFIYFEDNAGVIANPKGEMKGSQITGPVAKECADIWPKVASNAGSVV
60S RIBOSOMAL PROTEIN L27A BK 149 Tetrahymena Thermophila MVSHLKKTRKLRGHVSHGHGRVGKHRKGGCRGGRGKAGGMHHHRILMEKWHPGYYGKLGMRTFHLKKNPLHCPVVNIDKLWSLVSDATRQKYAEDKKKVPVIDVTKAGFFKVLGKGRLPNQPVVVKAKYFSKTAERRIVAVGGACVLTA
60S RIBOSOMAL PROTEIN L27A CK 149 Tetrahymena Thermophila MVSHLKKTRKLRGHVSHGHGRVGKHRKGGCRGGRGKAGGMHHHRILMEKWHPGYYGKLGMRTFHLKKNPLHCPVVNIDKLWSLVSDATRQKYAEDKKKVPVIDVTKAGFFKVLGKGRLPNQPVVVKAKYFSKTAERRIVAVGGACVLTA
60S RIBOSOMAL PROTEIN L27A EK 149 Tetrahymena Thermophila MVSHLKKTRKLRGHVSHGHGRVGKHRKGGCRGGRGKAGGMHHHRILMEKWHPGYYGKLGMRTFHLKKNPLHCPVVNIDKLWSLVSDATRQKYAEDKKKVPVIDVTKAGFFKVLGKGRLPNQPVVVKAKYFSKTAERRIVAVGGACVLTA
60S RIBOSOMAL PROTEIN L27A GK 149 Tetrahymena Thermophila MVSHLKKTRKLRGHVSHGHGRVGKHRKGGCRGGRGKAGGMHHHRILMEKWHPGYYGKLGMRTFHLKKNPLHCPVVNIDKLWSLVSDATRQKYAEDKKKVPVIDVTKAGFFKVLGKGRLPNQPVVVKAKYFSKTAERRIVAVGGACVLTA
RIBOSOMAL PROTEIN L15 BL 204 Tetrahymena Thermophila MGAYKYLEELWRKKQSDLMSFILRLRTWEYRQLPVIHKASRSSRPDKARKLGYKNKDGYAIWRVRVRRGGRKRPVSKGIVYGKPSSVGINQLKFARNLRSCAEERVGKRVPELRVLNSYWVGQDGTYKFYEVILADPSHNAIRNDPRINWICESAHKHRELRGLTSAGRKGRGLRVKGHRAKSLRTSRKGNWRARQMLKLRRYR
RIBOSOMAL PROTEIN L15 CL 204 Tetrahymena Thermophila MGAYKYLEELWRKKQSDLMSFILRLRTWEYRQLPVIHKASRSSRPDKARKLGYKNKDGYAIWRVRVRRGGRKRPVSKGIVYGKPSSVGINQLKFARNLRSCAEERVGKRVPELRVLNSYWVGQDGTYKFYEVILADPSHNAIRNDPRINWICESAHKHRELRGLTSAGRKGRGLRVKGHRAKSLRTSRKGNWRARQMLKLRRYR
RIBOSOMAL PROTEIN L15 EL 204 Tetrahymena Thermophila MGAYKYLEELWRKKQSDLMSFILRLRTWEYRQLPVIHKASRSSRPDKARKLGYKNKDGYAIWRVRVRRGGRKRPVSKGIVYGKPSSVGINQLKFARNLRSCAEERVGKRVPELRVLNSYWVGQDGTYKFYEVILADPSHNAIRNDPRINWICESAHKHRELRGLTSAGRKGRGLRVKGHRAKSLRTSRKGNWRARQMLKLRRYR
RIBOSOMAL PROTEIN L15 GL 204 Tetrahymena Thermophila MGAYKYLEELWRKKQSDLMSFILRLRTWEYRQLPVIHKASRSSRPDKARKLGYKNKDGYAIWRVRVRRGGRKRPVSKGIVYGKPSSVGINQLKFARNLRSCAEERVGKRVPELRVLNSYWVGQDGTYKFYEVILADPSHNAIRNDPRINWICESAHKHRELRGLTSAGRKGRGLRVKGHRAKSLRTSRKGNWRARQMLKLRRYR
60S RIBOSOMAL PROTEIN L5 BM 301 Tetrahymena Thermophila MGFVKVLKTKAYFKRFQTKYRRRREGLTDYYARKRLIIQDKDKYNTPKYRLVARATNTRIIAQIVYATLKCDRVLCAADSYELKRFGVSTGLASYAAAYATGLLLARRLLKQIGLDTVYAGQTKVDGAYFNVDEDQKEKKPFKAILDAGLVRTTTGNRVFGVLKGACDGGINIPHSESRFPGYVRASDEGESSKYKPEDHKARIFGKHIDAYMKHLKGQSNEAFQKQFSKWSKTLEAAKVDSVEKLFTKVHAEIRKNPERVKSTKKNDKPKRDHKKFYPTKLTAAQRKDRVKTKFQLALSQ
60S RIBOSOMAL PROTEIN L5 CM 301 Tetrahymena Thermophila MGFVKVLKTKAYFKRFQTKYRRRREGLTDYYARKRLIIQDKDKYNTPKYRLVARATNTRIIAQIVYATLKCDRVLCAADSYELKRFGVSTGLASYAAAYATGLLLARRLLKQIGLDTVYAGQTKVDGAYFNVDEDQKEKKPFKAILDAGLVRTTTGNRVFGVLKGACDGGINIPHSESRFPGYVRASDEGESSKYKPEDHKARIFGKHIDAYMKHLKGQSNEAFQKQFSKWSKTLEAAKVDSVEKLFTKVHAEIRKNPERVKSTKKNDKPKRDHKKFYPTKLTAAQRKDRVKTKFQLALSQ
60S RIBOSOMAL PROTEIN L5 EM 301 Tetrahymena Thermophila MGFVKVLKTKAYFKRFQTKYRRRREGLTDYYARKRLIIQDKDKYNTPKYRLVARATNTRIIAQIVYATLKCDRVLCAADSYELKRFGVSTGLASYAAAYATGLLLARRLLKQIGLDTVYAGQTKVDGAYFNVDEDQKEKKPFKAILDAGLVRTTTGNRVFGVLKGACDGGINIPHSESRFPGYVRASDEGESSKYKPEDHKARIFGKHIDAYMKHLKGQSNEAFQKQFSKWSKTLEAAKVDSVEKLFTKVHAEIRKNPERVKSTKKNDKPKRDHKKFYPTKLTAAQRKDRVKTKFQLALSQ
60S RIBOSOMAL PROTEIN L5 GM 301 Tetrahymena Thermophila MGFVKVLKTKAYFKRFQTKYRRRREGLTDYYARKRLIIQDKDKYNTPKYRLVARATNTRIIAQIVYATLKCDRVLCAADSYELKRFGVSTGLASYAAAYATGLLLARRLLKQIGLDTVYAGQTKVDGAYFNVDEDQKEKKPFKAILDAGLVRTTTGNRVFGVLKGACDGGINIPHSESRFPGYVRASDEGESSKYKPEDHKARIFGKHIDAYMKHLKGQSNEAFQKQFSKWSKTLEAAKVDSVEKLFTKVHAEIRKNPERVKSTKKNDKPKRDHKKFYPTKLTAAQRKDRVKTKFQLALSQ
RPL18 BN 181 Tetrahymena Thermophila MAIDLHKQGRVVKRSVVRQTKSTNVYHKLLIKLYKFLVRRTDSKFNQNILKRLSSSRLNKFPLSLSRIVKNLNETNKEQVIVSTSTVTNDERLLTVPKLTVCALKFTETARKRILAAGGKCLTFDQLALKAPTGTNCFLLRAPKSREAYRHWGKAPGQRGSHSAPYVRSEGRKFERAHGLK
RPL18 CN 181 Tetrahymena Thermophila MAIDLHKQGRVVKRSVVRQTKSTNVYHKLLIKLYKFLVRRTDSKFNQNILKRLSSSRLNKFPLSLSRIVKNLNETNKEQVIVSTSTVTNDERLLTVPKLTVCALKFTETARKRILAAGGKCLTFDQLALKAPTGTNCFLLRAPKSREAYRHWGKAPGQRGSHSAPYVRSEGRKFERAHGLK
RPL18 EN 181 Tetrahymena Thermophila MAIDLHKQGRVVKRSVVRQTKSTNVYHKLLIKLYKFLVRRTDSKFNQNILKRLSSSRLNKFPLSLSRIVKNLNETNKEQVIVSTSTVTNDERLLTVPKLTVCALKFTETARKRILAAGGKCLTFDQLALKAPTGTNCFLLRAPKSREAYRHWGKAPGQRGSHSAPYVRSEGRKFERAHGLK
RPL18 GN 181 Tetrahymena Thermophila MAIDLHKQGRVVKRSVVRQTKSTNVYHKLLIKLYKFLVRRTDSKFNQNILKRLSSSRLNKFPLSLSRIVKNLNETNKEQVIVSTSTVTNDERLLTVPKLTVCALKFTETARKRILAAGGKCLTFDQLALKAPTGTNCFLLRAPKSREAYRHWGKAPGQRGSHSAPYVRSEGRKFERAHGLK
RPL19 BO 185 Tetrahymena Thermophila MVSLRLQKRLAASVLKCGQKRLWLDPNESSEISMANSRASIRKLIKDGLVMKRSTVIHSRSRARAFLEAKRKGRHTGSGKRKGTRNARMPTKVLWMRRQRVLRRLLRKYRAAKKIDKHQYHEFYLGSKGNLYKNKTVLIEAIHVSKADKIKSDKLTSQQEARRAKNTASRAKRNEKAQIVAKVDV
RPL19 EO 185 Tetrahymena Thermophila MVSLRLQKRLAASVLKCGQKRLWLDPNESSEISMANSRASIRKLIKDGLVMKRSTVIHSRSRARAFLEAKRKGRHTGSGKRKGTRNARMPTKVLWMRRQRVLRRLLRKYRAAKKIDKHQYHEFYLGSKGNLYKNKTVLIEAIHVSKADKIKSDKLTSQQEARRAKNTASRAKRNEKAQIVAKVDV
RPL19 GO 185 Tetrahymena Thermophila MVSLRLQKRLAASVLKCGQKRLWLDPNESSEISMANSRASIRKLIKDGLVMKRSTVIHSRSRARAFLEAKRKGRHTGSGKRKGTRNARMPTKVLWMRRQRVLRRLLRKYRAAKKIDKHQYHEFYLGSKGNLYKNKTVLIEAIHVSKADKIKSDKLTSQQEARRAKNTASRAKRNEKAQIVAKVDV
60S RIBOSOMAL PROTEIN L21 BP 157 Tetrahymena Thermophila MTHSYGYRRQTRKKFAKAYKTKGHVRISRYLTTYKVGEYVDIMVDGSQHKGMPYKLYHGRTGKVFNVNPRSIGVIVHRIVNGRYIEKRLHVKIEHVRPSNVKTALSKRYQANDQAKAEGNKAGKRVSTKRNPGQPLEAVQVQGAVNFQHPKVFREIF
60S RIBOSOMAL PROTEIN L21 CP 157 Tetrahymena Thermophila MTHSYGYRRQTRKKFAKAYKTKGHVRISRYLTTYKVGEYVDIMVDGSQHKGMPYKLYHGRTGKVFNVNPRSIGVIVHRIVNGRYIEKRLHVKIEHVRPSNVKTALSKRYQANDQAKAEGNKAGKRVSTKRNPGQPLEAVQVQGAVNFQHPKVFREIF
60S RIBOSOMAL PROTEIN L21 EP 157 Tetrahymena Thermophila MTHSYGYRRQTRKKFAKAYKTKGHVRISRYLTTYKVGEYVDIMVDGSQHKGMPYKLYHGRTGKVFNVNPRSIGVIVHRIVNGRYIEKRLHVKIEHVRPSNVKTALSKRYQANDQAKAEGNKAGKRVSTKRNPGQPLEAVQVQGAVNFQHPKVFREIF
60S RIBOSOMAL PROTEIN L21 GP 157 Tetrahymena Thermophila MTHSYGYRRQTRKKFAKAYKTKGHVRISRYLTTYKVGEYVDIMVDGSQHKGMPYKLYHGRTGKVFNVNPRSIGVIVHRIVNGRYIEKRLHVKIEHVRPSNVKTALSKRYQANDQAKAEGNKAGKRVSTKRNPGQPLEAVQVQGAVNFQHPKVFREIF
RPL17 BQ 183 Tetrahymena Thermophila MGKTNYSREPANQAKAVKTSASDLRVHFKNTYEVVRAIKGLNLENAKRYLKAVIDRKRCIPFTRFTGCIGRTAQAHEFGRTQGRWPVKSVKVILGLLDNLSANAQAKSLNTANLVIQHGQVNRAQKGRRRTYRAHGRINPYLNSGCHVEIFAQEVAAKVRKEAPKDAAKKVPKTKKGKLAIGN
RPL17 CQ 183 Tetrahymena Thermophila MGKTNYSREPANQAKAVKTSASDLRVHFKNTYEVVRAIKGLNLENAKRYLKAVIDRKRCIPFTRFTGCIGRTAQAHEFGRTQGRWPVKSVKVILGLLDNLSANAQAKSLNTANLVIQHGQVNRAQKGRRRTYRAHGRINPYLNSGCHVEIFAQEVAAKVRKEAPKDAAKKVPKTKKGKLAIGN
RPL17 EQ 183 Tetrahymena Thermophila MGKTNYSREPANQAKAVKTSASDLRVHFKNTYEVVRAIKGLNLENAKRYLKAVIDRKRCIPFTRFTGCIGRTAQAHEFGRTQGRWPVKSVKVILGLLDNLSANAQAKSLNTANLVIQHGQVNRAQKGRRRTYRAHGRINPYLNSGCHVEIFAQEVAAKVRKEAPKDAAKKVPKTKKGKLAIGN
RPL17 GQ 183 Tetrahymena Thermophila MGKTNYSREPANQAKAVKTSASDLRVHFKNTYEVVRAIKGLNLENAKRYLKAVIDRKRCIPFTRFTGCIGRTAQAHEFGRTQGRWPVKSVKVILGLLDNLSANAQAKSLNTANLVIQHGQVNRAQKGRRRTYRAHGRINPYLNSGCHVEIFAQEVAAKVRKEAPKDAAKKVPKTKKGKLAIGN
RPL23A BR 150 Tetrahymena Thermophila MNKENKTQAVNKAKNTAKVAKKGSSITKHKTYTGVRFFRPKTLQLAKAPKYSRTVRAHLKVSGHLDNHSVVKTPLTTEKAMKKMEDENTMVFYVHNRSTKPQIKSAFEKLYNVKVRSVNTLNTITGNKKAYIRLAADSDSLTLANKIGLI
RPL23A CR 150 Tetrahymena Thermophila MNKENKTQAVNKAKNTAKVAKKGSSITKHKTYTGVRFFRPKTLQLAKAPKYSRTVRAHLKVSGHLDNHSVVKTPLTTEKAMKKMEDENTMVFYVHNRSTKPQIKSAFEKLYNVKVRSVNTLNTITGNKKAYIRLAADSDSLTLANKIGLI
RPL23A ER 150 Tetrahymena Thermophila MNKENKTQAVNKAKNTAKVAKKGSSITKHKTYTGVRFFRPKTLQLAKAPKYSRTVRAHLKVSGHLDNHSVVKTPLTTEKAMKKMEDENTMVFYVHNRSTKPQIKSAFEKLYNVKVRSVNTLNTITGNKKAYIRLAADSDSLTLANKIGLI
RPL23A GR 150 Tetrahymena Thermophila MNKENKTQAVNKAKNTAKVAKKGSSITKHKTYTGVRFFRPKTLQLAKAPKYSRTVRAHLKVSGHLDNHSVVKTPLTTEKAMKKMEDENTMVFYVHNRSTKPQIKSAFEKLYNVKVRSVNTLNTITGNKKAYIRLAADSDSLTLANKIGLI
60S RIBOSOMAL PROTEIN L36A AC 109 Tetrahymena Thermophila MVQVPKTRKTYCKKCNSHTNHKVSQYKKSKESTHAQGRRRYDMKQSGFGGQTKPIFRKKAKTTKKVALKFDCTTCKTKRVIPIKRCKTIVFMDITQIKKAKVNKKDPNW
60S RIBOSOMAL PROTEIN L36A DC 109 Tetrahymena Thermophila MVQVPKTRKTYCKKCNSHTNHKVSQYKKSKESTHAQGRRRYDMKQSGFGGQTKPIFRKKAKTTKKVALKFDCTTCKTKRVIPIKRCKTIVFMDITQIKKAKVNKKDPNW
60S RIBOSOMAL PROTEIN L36A FC 109 Tetrahymena Thermophila MVQVPKTRKTYCKKCNSHTNHKVSQYKKSKESTHAQGRRRYDMKQSGFGGQTKPIFRKKAKTTKKVALKFDCTTCKTKRVIPIKRCKTIVFMDITQIKKAKVNKKDPNW
60S RIBOSOMAL PROTEIN L36A HC 109 Tetrahymena Thermophila MVQVPKTRKTYCKKCNSHTNHKVSQYKKSKESTHAQGRRRYDMKQSGFGGQTKPIFRKKAKTTKKVALKFDCTTCKTKRVIPIKRCKTIVFMDITQIKKAKVNKKDPNW
RPL26 BS 135 Tetrahymena Thermophila MKTHVEVSSARRKQRKAHFASPSHLRQTLMSAHLSKDLRSKYNVRSMPVRKDDEVLIVRGKFKGNKGKVTQVYRKKWAIHVEKISKNKLNGAPYQIPLSASQLVLTKLKLDKSRQSLLTRKAASLKTKGQKHTVA
RPL26 CS 135 Tetrahymena Thermophila MKTHVEVSSARRKQRKAHFASPSHLRQTLMSAHLSKDLRSKYNVRSMPVRKDDEVLIVRGKFKGNKGKVTQVYRKKWAIHVEKISKNKLNGAPYQIPLSASQLVLTKLKLDKSRQSLLTRKAASLKTKGQKHTVA
RPL26 ES 135 Tetrahymena Thermophila MKTHVEVSSARRKQRKAHFASPSHLRQTLMSAHLSKDLRSKYNVRSMPVRKDDEVLIVRGKFKGNKGKVTQVYRKKWAIHVEKISKNKLNGAPYQIPLSASQLVLTKLKLDKSRQSLLTRKAASLKTKGQKHTVA
RPL26 GS 135 Tetrahymena Thermophila MKTHVEVSSARRKQRKAHFASPSHLRQTLMSAHLSKDLRSKYNVRSMPVRKDDEVLIVRGKFKGNKGKVTQVYRKKWAIHVEKISKNKLNGAPYQIPLSASQLVLTKLKLDKSRQSLLTRKAASLKTKGQKHTVA
RPL24 BT 158 Tetrahymena Thermophila MVVRTGTCSFCEYRIYPGRGQRFIAKDGRGFFFLTKKAKCLSLRKVKAQKITWTIARRRLWKKVKATDIAQKKKKRNVTVARAIVGISLEEINRRKNLDASHKKAEAEKAVRELKQKKANDIEKKRADRKLQGKDVKAAKKAETKKTKQPVGAKGGKK
RPL24 CT 158 Tetrahymena Thermophila MVVRTGTCSFCEYRIYPGRGQRFIAKDGRGFFFLTKKAKCLSLRKVKAQKITWTIARRRLWKKVKATDIAQKKKKRNVTVARAIVGISLEEINRRKNLDASHKKAEAEKAVRELKQKKANDIEKKRADRKLQGKDVKAAKKAETKKTKQPVGAKGGKK
RPL24 ET 158 Tetrahymena Thermophila MVVRTGTCSFCEYRIYPGRGQRFIAKDGRGFFFLTKKAKCLSLRKVKAQKITWTIARRRLWKKVKATDIAQKKKKRNVTVARAIVGISLEEINRRKNLDASHKKAEAEKAVRELKQKKANDIEKKRADRKLQGKDVKAAKKAETKKTKQPVGAKGGKK
RPL24 GT 158 Tetrahymena Thermophila MVVRTGTCSFCEYRIYPGRGQRFIAKDGRGFFFLTKKAKCLSLRKVKAQKITWTIARRRLWKKVKATDIAQKKKKRNVTVARAIVGISLEEINRRKNLDASHKKAEAEKAVRELKQKKANDIEKKRADRKLQGKDVKAAKKAETKKTKQPVGAKGGKK
RPL35 BU 124 Tetrahymena Thermophila MDKSVRVFKLRTQTEEQLVGELGKLQTELSQLRIAKIAGGTANKLGRIGIVRKAIAKYLTIINEKRRQAVKDQFKGKSLKPLDIRVKKTRAIRRKLTKKQREAVLVKTQKKLNNFGLRKFALKA
RPL35 CU 124 Tetrahymena Thermophila MDKSVRVFKLRTQTEEQLVGELGKLQTELSQLRIAKIAGGTANKLGRIGIVRKAIAKYLTIINEKRRQAVKDQFKGKSLKPLDIRVKKTRAIRRKLTKKQREAVLVKTQKKLNNFGLRKFALKA
RPL35 EU 124 Tetrahymena Thermophila MDKSVRVFKLRTQTEEQLVGELGKLQTELSQLRIAKIAGGTANKLGRIGIVRKAIAKYLTIINEKRRQAVKDQFKGKSLKPLDIRVKKTRAIRRKLTKKQREAVLVKTQKKLNNFGLRKFALKA
RPL35 GU 124 Tetrahymena Thermophila MDKSVRVFKLRTQTEEQLVGELGKLQTELSQLRIAKIAGGTANKLGRIGIVRKAIAKYLTIINEKRRQAVKDQFKGKSLKPLDIRVKKTRAIRRKLTKKQREAVLVKTQKKLNNFGLRKFALKA
60S RIBOSOMAL PROTEIN L7 BV 239 Tetrahymena Thermophila MSKFVPENVQKKLARDEKLRKAKAEQRKASSAQMKQRKAEWISKAQKYAAEYEAAEKKIVDEKRKARKTGAFYVPAEAKVAFAIRIRGVNQLHPDVKRVLRLFRLRQLHNGAFFRVNKASLNMIKRVLPFITFGYPTRNTISKLIYKRGFAKVNGQRIPLTDNTIVEKSLGKFGITCVEDLIHEITTVGPHFKEANNFLWPFKLDTPRGGFRNKRHAYHQGGDWGNREVYINDLVKAML
60S RIBOSOMAL PROTEIN L7 CV 239 Tetrahymena Thermophila MSKFVPENVQKKLARDEKLRKAKAEQRKASSAQMKQRKAEWISKAQKYAAEYEAAEKKIVDEKRKARKTGAFYVPAEAKVAFAIRIRGVNQLHPDVKRVLRLFRLRQLHNGAFFRVNKASLNMIKRVLPFITFGYPTRNTISKLIYKRGFAKVNGQRIPLTDNTIVEKSLGKFGITCVEDLIHEITTVGPHFKEANNFLWPFKLDTPRGGFRNKRHAYHQGGDWGNREVYINDLVKAML
60S RIBOSOMAL PROTEIN L7 EV 239 Tetrahymena Thermophila MSKFVPENVQKKLARDEKLRKAKAEQRKASSAQMKQRKAEWISKAQKYAAEYEAAEKKIVDEKRKARKTGAFYVPAEAKVAFAIRIRGVNQLHPDVKRVLRLFRLRQLHNGAFFRVNKASLNMIKRVLPFITFGYPTRNTISKLIYKRGFAKVNGQRIPLTDNTIVEKSLGKFGITCVEDLIHEITTVGPHFKEANNFLWPFKLDTPRGGFRNKRHAYHQGGDWGNREVYINDLVKAML
60S RIBOSOMAL PROTEIN L7 GV 239 Tetrahymena Thermophila MSKFVPENVQKKLARDEKLRKAKAEQRKASSAQMKQRKAEWISKAQKYAAEYEAAEKKIVDEKRKARKTGAFYVPAEAKVAFAIRIRGVNQLHPDVKRVLRLFRLRQLHNGAFFRVNKASLNMIKRVLPFITFGYPTRNTISKLIYKRGFAKVNGQRIPLTDNTIVEKSLGKFGITCVEDLIHEITTVGPHFKEANNFLWPFKLDTPRGGFRNKRHAYHQGGDWGNREVYINDLVKAML
60S RIBOSOMAL PROTEIN L31 BW 111 Tetrahymena Thermophila MVKQEEKSIDTTVNLHKQCHKISFKKKAPRAIREIVAIAKKTMGTDDVRIDTELNKFIWSNGIRNIPRRVRVRLCKRKNEEEGAQSQFYTLVQHLQVDSYHGLLTEKTKAE
60S RIBOSOMAL PROTEIN L31 CW 111 Tetrahymena Thermophila MVKQEEKSIDTTVNLHKQCHKISFKKKAPRAIREIVAIAKKTMGTDDVRIDTELNKFIWSNGIRNIPRRVRVRLCKRKNEEEGAQSQFYTLVQHLQVDSYHGLLTEKTKAE
60S RIBOSOMAL PROTEIN L31 EW 111 Tetrahymena Thermophila MVKQEEKSIDTTVNLHKQCHKISFKKKAPRAIREIVAIAKKTMGTDDVRIDTELNKFIWSNGIRNIPRRVRVRLCKRKNEEEGAQSQFYTLVQHLQVDSYHGLLTEKTKAE
60S RIBOSOMAL PROTEIN L31 GW 111 Tetrahymena Thermophila MVKQEEKSIDTTVNLHKQCHKISFKKKAPRAIREIVAIAKKTMGTDDVRIDTELNKFIWSNGIRNIPRRVRVRLCKRKNEEEGAQSQFYTLVQHLQVDSYHGLLTEKTKAE
60S RIBOSOMAL PROTEIN L32 BX 134 Tetrahymena Thermophila MAIKPVAHKKIIKKRTKKFVRFESEDFAKLDSSWRRPRGIDNRVRRRFRGQRRMAKIGFASDAATKHLLPNGFKKFLIRNPADLEILLMNNRTYCGEIAHNISAQVKAALVKRAAELGVRLTNANAKVKVQESA
60S RIBOSOMAL PROTEIN L32 CX 134 Tetrahymena Thermophila MAIKPVAHKKIIKKRTKKFVRFESEDFAKLDSSWRRPRGIDNRVRRRFRGQRRMAKIGFASDAATKHLLPNGFKKFLIRNPADLEILLMNNRTYCGEIAHNISAQVKAALVKRAAELGVRLTNANAKVKVQESA
60S RIBOSOMAL PROTEIN L32 EX 134 Tetrahymena Thermophila MAIKPVAHKKIIKKRTKKFVRFESEDFAKLDSSWRRPRGIDNRVRRRFRGQRRMAKIGFASDAATKHLLPNGFKKFLIRNPADLEILLMNNRTYCGEIAHNISAQVKAALVKRAAELGVRLTNANAKVKVQESA
60S RIBOSOMAL PROTEIN L32 GX 134 Tetrahymena Thermophila MAIKPVAHKKIIKKRTKKFVRFESEDFAKLDSSWRRPRGIDNRVRRRFRGQRRMAKIGFASDAATKHLLPNGFKKFLIRNPADLEILLMNNRTYCGEIAHNISAQVKAALVKRAAELGVRLTNANAKVKVQESA
RPL37A BY 103 Tetrahymena Thermophila MAKRTQKVGITRKYGTRYGASLRKVVKKFEITQHAKYGCPFCGKVAVKRAAVGIWKCKPCKKIIAGGAWELTTPPAVTAKTTMNRLKKLQEEQAAAAALEKKN
RPL37A CY 103 Tetrahymena Thermophila MAKRTQKVGITRKYGTRYGASLRKVVKKFEITQHAKYGCPFCGKVAVKRAAVGIWKCKPCKKIIAGGAWELTTPPAVTAKTTMNRLKKLQEEQAAAAALEKKN
RPL37A EY 103 Tetrahymena Thermophila MAKRTQKVGITRKYGTRYGASLRKVVKKFEITQHAKYGCPFCGKVAVKRAAVGIWKCKPCKKIIAGGAWELTTPPAVTAKTTMNRLKKLQEEQAAAAALEKKN
RPL37A GY 103 Tetrahymena Thermophila MAKRTQKVGITRKYGTRYGASLRKVVKKFEITQHAKYGCPFCGKVAVKRAAVGIWKCKPCKKIIAGGAWELTTPPAVTAKTTMNRLKKLQEEQAAAAALEKKN
RPL19 CO 185 Tetrahymena Thermophila MVSLRLQKRLAASVLKCGQKRLWLDPNESSEISMANSRASIRKLIKDGLVMKRSTVIHSRSRARAFLEAKRKGRHTGSGKRKGTRNARMPTKVLWMRRQRVLRRLLRKYRAAKKIDKHQYHEFYLGSKGNLYKNKTVLIEAIHVSKAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
RPL6 AE 191 Tetrahymena Thermophila MARGPAGKNRGVSKISKWYKADDEATPFHRRQLKKATATKLRNDIAPGTVLILLAGRFRGKRVVFLKQLKSGLLLVTGPYKVNGVPLKRVNQAYTLSTSTKVDLTGVNTAKFEDDYFGREKARKNHKNLFKAELTEEQKKKETERKNARKQDQQAVDTPLLAAVKKVEFLKNYLASKFTLNNNDRPHEMKF
RPL6 DE 191 Tetrahymena Thermophila MARGPAGKNRGVSKISKWYKADDEATPFHRRQLKKATATKLRNDIAPGTVLILLAGRFRGKRVVFLKQLKSGLLLVTGPYKVNGVPLKRVNQAYTLSTSTKVDLTGVNTAKFEDDYFGREKARKNHKNLFKAELTEEQKKKETERKNARKQDQQAVDTPLLAAVKKVEFLKNYLASKFTLNNNDRPHEMKF
RPL6 FE 191 Tetrahymena Thermophila MARGPAGKNRGVSKISKWYKADDEATPFHRRQLKKATATKLRNDIAPGTVLILLAGRFRGKRVVFLKQLKSGLLLVTGPYKVNGVPLKRVNQAYTLSTSTKVDLTGVNTAKFEDDYFGREKARKNHKNLFKAELTEEQKKKETERKNARKQDQQAVDTPLLAAVKKVEFLKNYLASKFTLNNNDRPHEMKF
RPL6 HE 191 Tetrahymena Thermophila MARGPAGKNRGVSKISKWYKADDEATPFHRRQLKKATATKLRNDIAPGTVLILLAGRFRGKRVVFLKQLKSGLLLVTGPYKVNGVPLKRVNQAYTLSTSTKVDLTGVNTAKFEDDYFGREKARKNHKNLFKAELTEEQKKKETERKNARKQDQQAVDTPLLAAVKKVEFLKNYLASKFTLNNNDRPHEMKF
RPL14 AF 126 Tetrahymena Thermophila MVFNKFVQVGRVVYINYGADKGKLAVIVNIINQNRILIDGEHIVRQVIPIRRVHLTKFQIDNVELNQRTVLLKKKIAKFDLTKKYAETSFAKKQAIKTKRANLGDFDRFRVMVLKKKLARTSAKSK
RPL14 DF 126 Tetrahymena Thermophila MVFNKFVQVGRVVYINYGADKGKLAVIVNIINQNRILIDGEHIVRQVIPIRRVHLTKFQIDNVELNQRTVLLKKKIAKFDLTKKYAETSFAKKQAIKTKRANLGDFDRFRVMVLKKKLARTSAKSK
RPL14 FF 126 Tetrahymena Thermophila MVFNKFVQVGRVVYINYGADKGKLAVIVNIINQNRILIDGEHIVRQVIPIRRVHLTKFQIDNVELNQRTVLLKKKIAKFDLTKKYAETSFAKKQAIKTKRANLGDFDRFRVMVLKKKLARTSAKSK
RPL14 HF 126 Tetrahymena Thermophila MVFNKFVQVGRVVYINYGADKGKLAVIVNIINQNRILIDGEHIVRQVIPIRRVHLTKFQIDNVELNQRTVLLKKKIAKFDLTKKYAETSFAKKQAIKTKRANLGDFDRFRVMVLKKKLARTSAKSK
RPL30 AG 104 Tetrahymena Thermophila MVKKVTQDNIQSKLALVMRSGKATLGYKSTIKAIRNGTAKLVFISNNCPTVRKSEIEYYASLAQISIHHFVGSNVELGTACGKYHRCSTMAILDAGDSDILKTE
RPL30 DG 104 Tetrahymena Thermophila MVKKVTQDNIQSKLALVMRSGKATLGYKSTIKAIRNGTAKLVFISNNCPTVRKSEIEYYASLAQISIHHFVGSNVELGTACGKYHRCSTMAILDAGDSDILKTE
RPL30 FG 104 Tetrahymena Thermophila MVKKVTQDNIQSKLALVMRSGKATLGYKSTIKAIRNGTAKLVFISNNCPTVRKSEIEYYASLAQISIHHFVGSNVELGTACGKYHRCSTMAILDAGDSDILKTE
RPL30 HG 104 Tetrahymena Thermophila MVKKVTQDNIQSKLALVMRSGKATLGYKSTIKAIRNGTAKLVFISNNCPTVRKSEIEYYASLAQISIHHFVGSNVELGTACGKYHRCSTMAILDAGDSDILKTE
RPL35A AH 113 Tetrahymena Thermophila MAKTSTSPVAPTRLWVKAAFTGFRRSKHTQNSNQALLKLQNVNTKEDVAFYQGKRVVYIYKGQKKNGSNYRTIWGRIGKAHGNNGVAVARFAHNLPPQAIGSVLRVMLYPNRA
RPL35A DH 113 Tetrahymena Thermophila MAKTSTSPVAPTRLWVKAAFTGFRRSKHTQNSNQALLKLQNVNTKEDVAFYQGKRVVYIYKGQKKNGSNYRTIWGRIGKAHGNNGVAVARFAHNLPPQAIGSVLRVMLYPNRA
RPL35A FH 113 Tetrahymena Thermophila MAKTSTSPVAPTRLWVKAAFTGFRRSKHTQNSNQALLKLQNVNTKEDVAFYQGKRVVYIYKGQKKNGSNYRTIWGRIGKAHGNNGVAVARFAHNLPPQAIGSVLRVMLYPNRA
RPL35A HH 113 Tetrahymena Thermophila MAKTSTSPVAPTRLWVKAAFTGFRRSKHTQNSNQALLKLQNVNTKEDVAFYQGKRVVYIYKGQKKNGSNYRTIWGRIGKAHGNNGVAVARFAHNLPPQAIGSVLRVMLYPNRA
TRANSLATION INITIATION FACTOR EIF-6, PUTATIVE FAMILY PROTEIN AJ 248 Tetrahymena Thermophila GTSMARRCQFENSNDIGVFCKLTSAYCLVSVGASENFYSVFESELVPHIPVIHTSIGGTRIVGRVTCGNKNGLLVPNTCNDNELRNIRNSLPDNVRVRRIEEKLSALGNCVVANDYVALIHPDLDRESEEIIADTLGVEVFRTTIANNVLVGTYCVINNRGGLVHPLASVEELDELANLLQIPLCAGTINRGSDVIGAGLVVNDWAAFCGLDTTSTEISVVENIFKLNEMKDENMDNEMRKDFVMNLE
TRANSLATION INITIATION FACTOR EIF-6, PUTATIVE FAMILY PROTEIN DJ 248 Tetrahymena Thermophila GTSMARRCQFENSNDIGVFCKLTSAYCLVSVGASENFYSVFESELVPHIPVIHTSIGGTRIVGRVTCGNKNGLLVPNTCNDNELRNIRNSLPDNVRVRRIEEKLSALGNCVVANDYVALIHPDLDRESEEIIADTLGVEVFRTTIANNVLVGTYCVINNRGGLVHPLASVEELDELANLLQIPLCAGTINRGSDVIGAGLVVNDWAAFCGLDTTSTEISVVENIFKLNEMKDENMDNEMRKDFVMNLE
TRANSLATION INITIATION FACTOR EIF-6, PUTATIVE FAMILY PROTEIN FJ 248 Tetrahymena Thermophila GTSMARRCQFENSNDIGVFCKLTSAYCLVSVGASENFYSVFESELVPHIPVIHTSIGGTRIVGRVTCGNKNGLLVPNTCNDNELRNIRNSLPDNVRVRRIEEKLSALGNCVVANDYVALIHPDLDRESEEIIADTLGVEVFRTTIANNVLVGTYCVINNRGGLVHPLASVEELDELANLLQIPLCAGTINRGSDVIGAGLVVNDWAAFCGLDTTSTEISVVENIFKLNEMKDENMDNEMRKDFVMNLE
TRANSLATION INITIATION FACTOR EIF-6, PUTATIVE FAMILY PROTEIN HJ 248 Tetrahymena Thermophila GTSMARRCQFENSNDIGVFCKLTSAYCLVSVGASENFYSVFESELVPHIPVIHTSIGGTRIVGRVTCGNKNGLLVPNTCNDNELRNIRNSLPDNVRVRRIEEKLSALGNCVVANDYVALIHPDLDRESEEIIADTLGVEVFRTTIANNVLVGTYCVINNRGGLVHPLASVEELDELANLLQIPLCAGTINRGSDVIGAGLVVNDWAAFCGLDTTSTEISVVENIFKLNEMKDENMDNEMRKDFVMNLE
Experimental Data

Method: X-RAY DIFFRACTION

Deposited Date: 2011-09-14
Deposition Author(s): Arpagaus, S. , Ban, N. , Klinge, S. , Leibundgut, M. , Voigts-Hoffmann, F.