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    <admin>
        <current_status>
            <date>2018-12-05</date>
            <code>REL</code>
            <processing_site>PDBe</processing_site>
        </current_status>
        <sites>
            <deposition>PDBe</deposition>
            <last_processing>PDBe</last_processing>
        </sites>
        <key_dates>
            <deposition>2018-03-12</deposition>
            <header_release>2016-08-24</header_release>
            <map_release>2018-12-05</map_release>
            <update>2018-12-05</update>
        </key_dates>
        <title>Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (Map B)</title>
        <authors_list>
            <author>Llacer JL</author>
            <author>Hussain T</author>
            <author>Gordiyenko Y</author>
            <author>Ramakrishnan V</author>
        </authors_list>
    </admin>
    <crossreferences>
        <citation_list>
            <primary_citation>
                <journal_citation published="true">
                    <author order="1">Llacer JL</author>
                    <author order="2">Hussain T</author>
                    <author order="3">Saini AK</author>
                    <author order="4">Nanda JD</author>
                    <author order="5">Kaur S</author>
                    <author order="6">Gordiyenko Y</author>
                    <author order="7">Kumar R</author>
                    <author order="8">Hinnebusch AG</author>
                    <author order="9">Lorsch JR</author>
                    <author order="10">Ramakrishnan V</author>
                    <title>Translational initiation factor eIF5 replaces eIF1 on the 40S ribosomal subunit to promote start-codon recognition.</title>
                    <journal_abbreviation>Elife</journal_abbreviation>
                    <country>US</country>
                    <volume>7</volume>
                    <year>2018</year>
                    <external_references type="PUBMED">30475211</external_references>
                    <external_references type="DOI">doi:10.7554/eLife.39273</external_references>
                    <external_references type="ISSN">2050-084X</external_references>
                </journal_citation>
            </primary_citation>
        </citation_list>
        <emdb_list>
            <emdb_reference>
                <emdb_id>EMD-4329</emdb_id>
                <relationship>
                    <other>other EM volume</other>
                </relationship>
            </emdb_reference>
            <emdb_reference>
                <emdb_id>EMD-4330</emdb_id>
                <relationship>
                    <other>other EM volume</other>
                </relationship>
            </emdb_reference>
            <emdb_reference>
                <emdb_id>EMD-4331</emdb_id>
                <relationship>
                    <other>associated EM volume</other>
                </relationship>
                <details>Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model C1)</details>
            </emdb_reference>
        </emdb_list>
    </crossreferences>
    <sample>
        <name>Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model B)</name>
        <supramolecule_list>
            <complex_supramolecule supramolecule_id="1">
                <name>Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model B)</name>
                <parent>0</parent>
                <macromolecule_list>
                    <macromolecule>
                        <macromolecule_id>1</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>2</macromolecule_id>
                    </macromolecule>
                    <macromolecule>
                        <macromolecule_id>3</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>4</macromolecule_id>
                    </macromolecule>
                    <macromolecule>
                        <macromolecule_id>5</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>6</macromolecule_id>
                    </macromolecule>
                    <macromolecule>
                        <macromolecule_id>7</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>8</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>9</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>10</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>11</macromolecule_id>
                    </macromolecule>
                    <macromolecule>
                        <macromolecule_id>12</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>13</macromolecule_id>
                    </macromolecule>
                    <macromolecule>
                        <macromolecule_id>14</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>15</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>16</macromolecule_id>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
                        <macromolecule_id>19</macromolecule_id>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
                        <macromolecule_id>24</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>25</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>26</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>27</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>28</macromolecule_id>
                    </macromolecule>
                    <macromolecule>
                        <macromolecule_id>29</macromolecule_id>
                    </macromolecule>
                    <macromolecule>
                        <macromolecule_id>30</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>31</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>32</macromolecule_id>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
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                    <macromolecule>
                        <macromolecule_id>45</macromolecule_id>
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                    <macromolecule>
                        <macromolecule_id>46</macromolecule_id>
                    </macromolecule>
                    <macromolecule>
                        <macromolecule_id>47</macromolecule_id>
                    </macromolecule>
                </macromolecule_list>
                <natural_source database="NCBI">
                    <organism ncbi="28985">Kluyveromyces lactis</organism>
                </natural_source>
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                </molecular_weight>
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        </supramolecule_list>
    </sample>
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            <method>singleParticle</method>
            <aggregation_state>particle</aggregation_state>
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                <single_particle_preparation preparation_id="1">
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                    <buffer>
                        <ph>6.5</ph>
                        <component>
                            <concentration units="mM">20.0</concentration>
                            <name>MES</name>
                        </component>
                        <component>
                            <concentration units="mM">5.0</concentration>
                            <name>Magnessium acetate</name>
                        </component>
                        <component>
                            <concentration units="mM">80.0</concentration>
                            <name>Potassium acetate</name>
                        </component>
                        <component>
                            <concentration units="mM">10.0</concentration>
                            <name>Ammonium acetate</name>
                        </component>
                        <component>
                            <concentration units="mM">2.0</concentration>
                            <name>Dithiothreitol (DTT)</name>
                        </component>
                        <component>
                            <concentration units="mM">0.001</concentration>
                            <name>Zinc acetate</name>
                        </component>
                        <component>
                            <concentration units="mM">0.6</concentration>
                            <name>ATP</name>
                        </component>
                        <component>
                            <concentration units="mM">0.25</concentration>
                            <name>GDPCP</name>
                        </component>
                    </buffer>
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                        <model>Quantifoil R2/2</model>
                        <material>COPPER</material>
                        <mesh>400</mesh>
                        <support_film film_type_id="1">
                            <film_material>CARBON</film_material>
                            <film_topology>CONTINUOUS</film_topology>
                        </support_film>
                        <pretreatment>
                            <type>GLOW DISCHARGE</type>
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                    </grid>
                    <vitrification>
                        <cryogen_name>ETHANE</cryogen_name>
                        <chamber_humidity units="percentage">100</chamber_humidity>
                        <chamber_temperature units="K">277</chamber_temperature>
                        <instrument>FEI VITROBOT MARK I</instrument>
                        <details />
                    </vitrification>
                </single_particle_preparation>
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                <single_particle_microscopy microscopy_id="1">
                    <microscope>FEI POLARA 300</microscope>
                    <illumination_mode>FLOOD BEAM</illumination_mode>
                    <imaging_mode>BRIGHT FIELD</imaging_mode>
                    <electron_source>FIELD EMISSION GUN</electron_source>
                    <acceleration_voltage units="kV">300</acceleration_voltage>
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                    <calibrated_magnification>104478.</calibrated_magnification>
                    <cooling_holder_cryogen>NITROGEN</cooling_holder_cryogen>
                    <temperature>
                        <temperature_min units="K">90.0</temperature_min>
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                        <coma_free />
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                        <software>
                            <name>Gctf</name>
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                <startup_model type_of_model="PDB ENTRY">
                    <pdb_model>
                        <pdb_id>4V88</pdb_id>
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                    <resolution_method>FSC 0.143 CUT-OFF</resolution_method>
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                            <version>1.4</version>
                        </software>
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                </initial_angle_assignment>
                <final_angle_assignment>
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        <label>::::EMDATABANK.org::::EMD-4331::::</label>
        <annotation_details>For optimal visualization of all tRNA, eIF2 gamma and eIF3b and eIF3i beta propellers, gauss-filter the map by 1.2 and display it at 0.02 contour level.</annotation_details>
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