Examples of 'thiol groups' in a sentence
Meaning of "thiol groups"
Thiol groups are functional groups in organic chemistry that consist of a sulfur atom bonded to a hydrogen atom and an alkyl or aryl group. These groups are characterized by their reactivity and ability to form strong chemical bonds with other compounds. Thiol groups are often found in proteins and play important roles in various biological processes
How to use "thiol groups" in a sentence
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thiol groups
Zinc also protects the thiol groups of proteins.
A polythiol is a compound having plurality of organic thiol groups.
Free cysteine thiol groups were assessed qualitatively as follows.
Mercury has a high affinity for thiol groups.
Substitution on thiol groups was thereby confirmed.
The result is epoxidized thiol groups.
Hydroxyl and thiol groups may be protected by benzyl groups.
One example of suitable reactive groups are thiol groups.
Functionalities include thiol groups for bonding to maleimides.
Thiol groups are less abundant in vivo than amino groups.
It can also measure the number of thiol groups on proteins.
The number of thiol groups present were determined by titration with dithiodipyridine.
Unblocking of the thiol groups.
Free thiol groups are necessary for labelling scFvs with technetium.
Preferred are polythiols that comprise at least three thiol groups.
See also
Pyridyl disulfides react with thiol groups to form a disulfide bond.
Preferably the resin has thiol or substituted thiol groups.
The thiol groups so generated can then be used for conjugation.
Vinylsulfone is an attractive derivative for selective coupling to thiol groups.
Thiol groups are substantially more reactive than unprotonated amine groups.
Trivalent arsenicals react with adjacent thiol groups as do pentavalent antimonials.
The number of thiol groups introduced per antibody molecule was determined.
Their early work concerned sulfur in proteins and thiol groups.
Amino acids with thiol groups represent a suitable biological source.
This gel is no longer thermoreversible and no longer contains free thiol groups.
Activity is mediated by the two thiol groups that the molecule contains.
Thiol groups are attached to surfaces using methods that are known in the art.
The concentration of the terminal thiol groups is obtained by the iodoacetamide method.
Thiol groups can be reacted under a variety of conditions to prepare different products.
A monomeric polythiol refers to a compound having at least two terminal thiol groups.
The resultant thiol groups may be cured in the presence of a curing agent.
The same reaction can be performed with thiol groups attached to peptides.
Particularly preferred functional groups are those capable of reacting with thiol groups.
The sulfur atoms of the thiol groups are the site of interaction with arsenic.
The nucleophilic groups of the first precursor molecule are selected from thiol groups.
This is because the thiol groups are nucleophilic while the arsenic atoms are electrophilic.
In one study a tetramantane compound is fitted with thiol groups at the bridgehead positions.
Reactive thiol groups can be introduced by chemical means well known in the art.
In another embodiment of the invention the thiol groups can be covalently attached to a resin.
Both ligand thiol groups and matrix allyl groups were necessary for addition.
Examples of useful curing agents that are reactive with thiol groups include diepoxides.
In contrast thiol groups can be used for immobilization on gold surfaces or gold particles.
Assembly may be achieved in vitro by activating the thiol groups by appropriate chemical modification.
The thiol modification refers to a chemical modification process of introducing free thiol groups.
Concentration of protein and thiol groups were determined according to the previously reported method.
Examples of suitable curing agents that are reactive with thiol groups include diepoxides.
The activated thiol groups will then react to intermolecular disulfide bridges to form oligomers.
Such blocking agents are also useful in the protection of hydroxyl and thiol groups.
The molecule consists of two thiol groups and linked via a pair of amide groups.
Thiol groups may also be reacted with epoxides in aqueous solution to yield hydroxy thioethers.
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The conjugate base of a thiol is called a thiolate
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