Nucleosome structure: Difference between revisions

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The main secondary structure in <scene name='60/602771/Octamero/2'>histones</scene> is <scene name='60/602771/Secondarystructure/1'>alpha helices</scene>.

If we ~~situate~~ the different types of amino acid residues in <scene name='60/602771/Esqueleto/1'>protein ~~skeleton~~</scene> we can see that <scene name='60/602771/Residuosnegativos/1'>negatively charged residues</scene> and <scene name='60/602771/Residuospositivos/1'>positively charged residues</scene> are arranged so positively charged residues are in <scene name='60/602771/Periferia/1'>~~peripherycal~~ positions</scene>, where they can ~~stablish~~ ionic ~~interations~~ with <scene name='60/602771/Interacciones/1'>phosphate groups on DNA molecule</scene>. ~~Such~~ electric charges ~~distributions~~ stabilizes the whole structure.

If we highlight the different types of amino acid residues on the <scene name='60/602771/Esqueleto/1'>protein backbone</scene> we can see that <scene name='60/602771/Residuosnegativos/1'>negatively charged residues</scene> and <scene name='60/602771/Residuospositivos/1'>positively charged residues</scene> are arranged so positively charged residues are in <scene name='60/602771/Periferia/1'>peripheral positions</scene>, where they can form ionic interactions ([[salt bridges]]) with <scene name='60/602771/Interacciones/1'>phosphate groups on the DNA molecule</scene>. This distribution of electric charges stabilizes the whole structure.

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Nucleosome structure: Difference between revisions

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@@ Line 17: / Line 17: @@
 The main secondary structure in <scene name='60/602771/Octamero/2'>histones</scene> is <scene name='60/602771/Secondarystructure/1'>alpha helices</scene>.
-If we situate the different types of amino acid residues in <scene name='60/602771/Esqueleto/1'>protein skeleton</scene> we can see that <scene name='60/602771/Residuosnegativos/1'>negatively charged residues</scene> and <scene name='60/602771/Residuospositivos/1'>positively charged residues</scene> are arranged so positively  charged residues are in <scene name='60/602771/Periferia/1'>peripherycal positions</scene>, where they can stablish ionic interations with <scene name='60/602771/Interacciones/1'>phosphate groups on DNA molecule</scene>. Such electric charges distributions stabilizes the whole structure.
+If we highlight the different types of amino acid residues on the <scene name='60/602771/Esqueleto/1'>protein backbone</scene> we can see that <scene name='60/602771/Residuosnegativos/1'>negatively charged residues</scene> and <scene name='60/602771/Residuospositivos/1'>positively charged residues</scene> are arranged so positively  charged residues are in <scene name='60/602771/Periferia/1'>peripheral positions</scene>, where they can form ionic interactions ([[salt bridges]]) with <scene name='60/602771/Interacciones/1'>phosphate groups on the DNA molecule</scene>. This distribution of electric charges stabilizes the whole structure.
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