a<p>Parenthesis indicate outer-shell statistics.</p>b<p><i>R</i><sub>sym</sub> = ∑<i>hkl</i>∑<i>i</i>|<i>Ihkl,i</i>−<<i>Ihkl</i>>|/∑<i>hk∑i Ihkl,i Ihkl,i</i> is the scaled intensity of the ith measurement of reflection <i>h</i>, <i>k</i>, <i>l</i>,.</p><p><<i>Ihkl</i>> is the average intensity for reflection <i>I</i>, and <i>N</i> is the number of observations of <i>I</i>.</p>c<p><i>R</i><sub>cryst</sub> = ∑<i>hkl</i>|<i>F<sub>o</sub></i>−<i>F<sub>c</sub></i>|/∑<i>hkl</i>|<i>F<sub>o</sub></i>|, where <i>F<sub>o</sub></i> and <i>F<sub>c</sub></i> are the observed and calculated structure factors.</p>d<p><i>R</i><sub>free</sub> was calculated as for <i>R</i>cryst, but using 5% of data, randomly chosen and excluded from refinement.</p><p>Data ...
<p><i>R</i><sub>sym</sub> = ∑<i><sub>h</sub></i>(∑<i><sub>j</sub></i>|<i>I<sub>h,j</sub></i>−<<i>I<s...
a<p>The numbers in parentheses are statistics from the highest resolution shell.</p>b<p><i>R</i><sub...
†<p><i>R</i>merge = ∑hkl∑i|<i>I</i>hkl-〈<i>I</i>hkl〉|/∑hkl∑i(<i>I</i>hkl), where <i>I</i>hkl is the ...
<p>*Highest resolution shells in parentheses.</p>a<p><i>R</i><sub>sym</sub>(I) = ∑<sub>hkl</sub>∑<su...
<p>Numbers in parentheses refer to values in the highest resolution shell.</p>a<p><i>R</i><sub>sym</...
<p>Values in parenthesis are for the highest resolution shell.</p><p><sup>a</sup><i>R</i><sub>sym</s...
<p>Values in parentheses are for the outermost shell.</p>†<p><i>R</i><sub>merge</sub> = ∑<i><sub>hkl...
a<p>Number in parentheses indicate the outer-resolution shell.</p>b<p><i>R</i><sub>merge</sub> = ∑...
<p>The values in parentheses are those for the highest resolution shell.</p><p><sup><i>a</i></sup> R...
<p><sup>a</sup> Numbers in parenthesis are for the highest resolution shell.</p><p><sup>b</sup> R<su...
<p><sup>*</sup>Values in parenthesis are for the highest-resolution shell.</p>†<p><i>R</i><sub>merge...
1<p><i>R</i><sub>sym</sub> = Σ<sub>hkl</sub>Σ<sub>i</sub> |<i>I</i><sub>i</sub> - <<i>I</i>>|/Σ<sub>...
<p>*Values in parentheses are for highest-resolution shell.</p><p><sup>†</sup><i>R</i><sub>sym</sub>...
<p>The values in parenthesis are for the highest resolution bin.</p>a<p><i>R</i><sub>sym</sub> = <i>...
a<p>Values in parentheses are for the highest-resolution shell.</p>b<p>R<sub>sym</sub> = ∑<sub>h</su...
<p><i>R</i><sub>sym</sub> = ∑<i><sub>h</sub></i>(∑<i><sub>j</sub></i>|<i>I<sub>h,j</sub></i>−<<i>I<s...
a<p>The numbers in parentheses are statistics from the highest resolution shell.</p>b<p><i>R</i><sub...
†<p><i>R</i>merge = ∑hkl∑i|<i>I</i>hkl-〈<i>I</i>hkl〉|/∑hkl∑i(<i>I</i>hkl), where <i>I</i>hkl is the ...
<p>*Highest resolution shells in parentheses.</p>a<p><i>R</i><sub>sym</sub>(I) = ∑<sub>hkl</sub>∑<su...
<p>Numbers in parentheses refer to values in the highest resolution shell.</p>a<p><i>R</i><sub>sym</...
<p>Values in parenthesis are for the highest resolution shell.</p><p><sup>a</sup><i>R</i><sub>sym</s...
<p>Values in parentheses are for the outermost shell.</p>†<p><i>R</i><sub>merge</sub> = ∑<i><sub>hkl...
a<p>Number in parentheses indicate the outer-resolution shell.</p>b<p><i>R</i><sub>merge</sub> = ∑...
<p>The values in parentheses are those for the highest resolution shell.</p><p><sup><i>a</i></sup> R...
<p><sup>a</sup> Numbers in parenthesis are for the highest resolution shell.</p><p><sup>b</sup> R<su...
<p><sup>*</sup>Values in parenthesis are for the highest-resolution shell.</p>†<p><i>R</i><sub>merge...
1<p><i>R</i><sub>sym</sub> = Σ<sub>hkl</sub>Σ<sub>i</sub> |<i>I</i><sub>i</sub> - <<i>I</i>>|/Σ<sub>...
<p>*Values in parentheses are for highest-resolution shell.</p><p><sup>†</sup><i>R</i><sub>sym</sub>...
<p>The values in parenthesis are for the highest resolution bin.</p>a<p><i>R</i><sub>sym</sub> = <i>...
a<p>Values in parentheses are for the highest-resolution shell.</p>b<p>R<sub>sym</sub> = ∑<sub>h</su...
<p><i>R</i><sub>sym</sub> = ∑<i><sub>h</sub></i>(∑<i><sub>j</sub></i>|<i>I<sub>h,j</sub></i>−<<i>I<s...
a<p>The numbers in parentheses are statistics from the highest resolution shell.</p>b<p><i>R</i><sub...
†<p><i>R</i>merge = ∑hkl∑i|<i>I</i>hkl-〈<i>I</i>hkl〉|/∑hkl∑i(<i>I</i>hkl), where <i>I</i>hkl is the ...