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'''Aromatic acids''' are a class of [[organic compounds]] that contain a [[carboxyl group]] (-COOH) attached to an [[aromatic ring]]. They are a significant category of [[organic chemistry]] and [[biochemistry]]. The most common aromatic acids are the [[amino acids]] phenylalanine and tyrosine, and the [[nucleic acids]] adenine and guanine.

== Structure and Properties ==

Aromatic acids have a [[carboxyl group]] (-COOH) attached to an [[aromatic ring]]. The aromatic ring can be a [[benzene ring]], a [[naphthalene ring]], or other types of aromatic rings. The presence of the aromatic ring gives these acids unique properties, such as increased stability and reactivity compared to [[aliphatic acids]].

== Types of Aromatic Acids ==

There are several types of aromatic acids, including:

* '''[[Benzoic acid]]''': This is the simplest aromatic acid, consisting of a carboxyl group attached to a benzene ring. It is used in the manufacture of [[plastics]], [[resins]], and [[dyes]].

* '''[[Salicylic acid]]''': This aromatic acid is used in the manufacture of [[aspirin]] and in the treatment of skin conditions such as [[acne]] and [[psoriasis]].

* '''[[Phthalic acid]]''': This is used in the manufacture of [[plastics]] and [[dyes]].

* '''[[Terephthalic acid]]''': This is used in the manufacture of [[polyester]] fibers and [[resins]].

== Biological Importance ==

Aromatic acids are important in biology. For example, the [[amino acids]] phenylalanine and tyrosine, which contain aromatic rings, are essential for protein synthesis in the body. The [[nucleic acids]] adenine and guanine, which also contain aromatic rings, are essential for the synthesis of DNA and RNA.

== See Also ==

* [[Aliphatic acid]]
* [[Amino acid]]
* [[Nucleic acid]]
* [[Organic compound]]
* [[Biochemistry]]

== References ==

<references />

[[Category:Organic compounds]]
[[Category:Biochemistry]]
[[Category:Pharmacology]]
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Aromatic acid - Revision history

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