"The three-dimensional Patterson function of ribonuclease"

Date:: [1956]

Reference:: PP/CRI/H/2/9

Credit: "The three-dimensional Patterson function of ribonuclease". Source: Wellcome Collection.

11/13

$Legends Figure 1* Plot of , la electrons 2 ». a¿;alnst 1/d, In 2 1 « O are computed values* Dashed curve Is 1^60f§(g)exp(-4.56/d s ) which values were used to remov® the origlia .peate# 3- Figur® la. Polar stereogram of the 5Ä shell. Dotted regions are above 500 electrons®/!^.* Other con troua are marked in ■ Ç 10~ 2 electrons 2 /-^* Figure Patters on section at y ï 0« '.ero contours dashed; negative contours omitted# Broken, lines show 'roä' directions. Figure 4# fktierson section at y 7/40 öw .ero contours déshed; negative oortU-Via omitted* : \ \ Figure 5. Patterson sectlo^at y 14/40 b* \*?ro contsroas dashed; negatVve contours oMtted» \ \ Figure 6* Patterdon section at Y b/2. ,ero eont^urs dashed; negativAcontours omitted. V Figure^. Folar stereogram-of possible '¿-od' directions. Figure é- Patterson section showing 'rod 'direction (broken line). *ero 0 ont our s dahhed j nega 11 ve 0 ont ours -os It ted * The s eo - tIon is perpendicular to the ac plane and parallel to a line 50° from c. Figure §« ¡Patterson section showing 'rod' direction (broken line). -:ero contours ' dashed; negative, .contours omitted* The sec- tion Is perpendicular to the ac plane and parallel to a line 78°' from c* <L ~ Figur© KU Patterson section showing 'rod' détection (broken line)? r ero contours dashed; negative contours omitted* The sec tion is perpendicular to the ac pland and parallel to a line 36° from jj* |-£, +W«. à W. jju*,í.TWv, ,üi« ti/v^To VULS t epvCt0 ujvs$

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"The three-dimensional Patterson function of ribonuclease"

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