JMS/sandbox15: Difference between revisions

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However, when viewing not <scene name='55/557585/Align_test/18'>just the divergently charged amino acids</scene>, but all the charged amino acids are shown, it become apparent that some of the <scene name='57/575026/Superposition/2'>divergent charges are screened through electrostatic bonding (aka "salt bridges) to the conserved charges</scene>; and though in some cases the divergent charges share their partner with a different amino acid, as in the case of the <scene name='57/575026/Superposition/1'>whale's lysine sharing the conserved glutamic acid with a conserved lysine</scene>, according to the superposition principle, the two electrostatic bonds are in fact independent, and do not impact or diminish from the other's attractive force.
However, when viewing not <scene name='55/557585/Align_test/18'>just the divergently charged amino acids</scene>, but all the charged amino acids are shown, it become apparent that some of the <scene name='57/575026/Superposition/2'>divergent charges are screened through electrostatic bonding (aka "salt bridges) to the conserved charges</scene>; and though in some cases the divergent charges share their partner with a different amino acid, as in the case of the <scene name='57/575026/Superposition/1'>whale's lysine sharing the conserved glutamic acid with a conserved lysine</scene>, according to the superposition principle, the two electrostatic bonds are in fact independent, and do not impact or diminish from the other's attractive force.
<scene name='57/575026/Superposition/1'>TextToBeDisplayed</scene>


</StructureSection>
</StructureSection>
{{Reflist}}
{{Reflist}}

Proteopedia Page Contributors and Editors (what is this?)Proteopedia Page Contributors and Editors (what is this?)

Joseph M. Steinberger