No, ligands are those which may donate pairs of electrons to a metal ion quaternary salts of nitrogen do not have free electrons pairs.
Yes, it can donate electron pairs from oxygen atoms.
it act as as a cationic detergent for the isolation dna from the given sample
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Salt acts as a catalyst. Acid tends to be a reactant.
Water always acts as an acid with Ammonia ,water donates H+ ions forming the Ammonium ion NH4+.
The various quaternary ammonium salts containing the N,N,N-trimethylethanolammonium cation prevent fat deposits in the liver and facilitate the movement of fats into cells.
Aspirin is acetylsalicylic acid. Consequently, it can act as a Lewis acid. Ammonia is a Lewis base. Therefore, ammonia and aspirin can react to form the ammonium salt of aspirin.
Yes, it can donate electron pairs from oxygen atoms.
quaternary structure
By the "Salt act" colonialists from United Kingdom imposed a great tax on salt in India.
it act as as a cationic detergent for the isolation dna from the given sample
This salt contain diethylcarbamazine (DEC) and act as a drug against filariasis.
British colonialists in India.
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Salt acts as a catalyst. Acid tends to be a reactant.
Question continued: I mean, it is a quaternary ammonium, so it seems like it would be a fairly reactive electrophile (and could therefore be cytotoxic). I assume this isn't the case since choline and acetylcholine are so ubiquitous in all biological systems. Could someone explain to me why this is the case? References would be nice if you knew any off the top of your head. Thanks in advance.
They grow salt and beans. They like to act.