Examples of 'chaotropic' in a sentence
Meaning of "chaotropic"
'Chaotropic' is a noun in English language that is used in chemistry to describe substances or molecules that have a destabilizing effect on the structure of water or other solvents
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- That disrupts hydrogen bonds, especially within or between biological molecules.
- Such a substance/
How to use "chaotropic" in a sentence
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chaotropic
A particularly preferred chaotropic agent is sodium perchloride.
The chaotropic compounds are employed in conventional amounts.
Nucleic acid binds to MGPs in chaotropic solution.
Exemplary chaotropic agents are guanidine and urea.
Certain organic solutes and chaotropic agents.
The negative chaotropic ion is a perchlorate ion.
Urea is usually used as a weaker denaturant or chaotropic agent.
Chaotropic ions are the preferred enhancing agents.
It is preferred that the chaotropic agent is a chaotropic salt.
The chaotropic agent will then be removed by dialysis.
Any ion known to have chaotropic activity can be used.
Chaotropic salts are salts of chaotropic ions.
An exemplary chaotropic agent is guanidine.
Chaotropic agents are a very important feature of the present invention.
Guanidine salt and urea are used frequently as chaotropic agents.
See also
Useful chaotropic ions are listed above.
A hemolyzing reagent as described herein is characterized as containing a chaotropic ion.
A preferred chaotropic agent is guanidinium thiocyanate.
An inhibitor removal buffer is characterized in that it contains a chaotropic agent.
Significant amounts of chaotropic agents are needed to observe perceptible unfolding.
It thus has a dual action as a detergent and as a chaotropic agent.
He chaotropic agent includes an alcohol substance and a substrate solution.
The reagent comprises a metal salt and a chaotropic agent.
Representative chaotropic agents include urea and guanidinium hydrochloride.
Solubilization can also be carried out at neutral pH by means of a chaotropic agent.
The chaotropic ion is produced vÃa dissociation of compounds in an aqueous solution.
Yields for methods employing chaotropic agents are about the same.
The chaotropic solution may also contain RNAse inhibitors.
It is very much preferred that the chaotropic agent is a chaotropic salt.
Chaotropic agents are commonly used as lysing agents in the extraction process.
A third key ingredient of the buffer is an effective amount of a chaotropic agent.
Surfactants are chaotropic and therefore generally disrupt protein conformations.
This is only possible if the lysis buffer comprises a chaotropic reagent.
The chaotropic agent stabilizes nucleic acids by inhibiting nuclease activity.
In the presence of high concentrations of chaotropic agents the reaction is almost quantitative.
The chaotropic agents and detergents are commonly used as solubilizing agents.
Lysis in the laboratory may be affected by enzymes or detergents or other chaotropic agents.
In general chaotropic agents increase the solubility of nonpolar substances in water.
These buffer solutions can also contain organic solvents or chaotropic salts.
The chaotropic agent includes an alcohol substance and a substrate solution.
This isolation method is based on the use of chaotropic reagent guanidinium isothiocyanate.
The chaotropic agent comprises an alcohol substance and a substrate solution.
This solution contains both a fixative and a chaotropic agent such as formamide.
Any buffer or chaotropic agent or stabilizer which binds calcium may be used.
The wash solution may also contain a chaotropic salt and a buffer.
Chaotropic auxiliary agents are compounds which break hydrogen bonds in aqueous solution.
Representative examples of chaotropic agents are urea and its derivatives and guanidine.
Chaotropic salts are salts of chaotropic ions that are highly soluble in aqueous solutions.
It is also preferred that the concentration membrane be utilized to remove the chaotropic salt.
Many typical chaotropic conditions were successfully employed to precipitate the mRNA as listed above.
