Hexachlorophane is a chemical compound used mainly as a disinfectant in hospitals. It is pronounced /ˌhɛksəklɔːroʊˈfeɪn/ which means h – eh – k – s – ə – k – l – aw – r – oh – f – ey – n. The first syllable HEX- refers to the prefix for the number six, followed by the element CHLORO- which means 'chlorine.' Lastly, the suffix -PHANE refers to the chemical compound's structure. The spelling of the word is derived from the Greek language which is common in scientific terminology.
Hexachlorophane is a chemical compound primarily used as an antibacterial agent and often found in various personal hygiene products and disinfectants. It is also known by its systematic name 2,2'-methylenebis(3,4,6-trichlorophenol) and its chemical formula C13H6Cl6O2.
As an antibacterial agent, hexachlorophane functions by disrupting and inhibiting the growth of bacteria, particularly those associated with skin infections. It does so by interfering with the bacterial cell membrane, altering the permeability and integrity of the membrane, thereby disrupting essential cellular processes. This mechanism of action contributes to its effectiveness against bacterial strains, making it useful in controlling and preventing infection.
Hexachlorophane has been primarily employed in soaps, creams, and ointments for surgical hand washing, preoperative skin preparation, and general antimicrobial cleansing. However, its usage has significantly decreased due to concerns about potential neurotoxic effects and its persistence in the environment. The compound has been associated with adverse effects, including damage to the central nervous system in infants when applied to their skin.
Due to these concerns and regulatory restrictions, the use of hexachlorophane has been largely phased out or strictly regulated in many countries. It is important to note that the International Union of Pure and Applied Chemistry (IUPAC) has classified hexachlorophane as a persistent organic pollutant (POP).
In conclusion, hexachlorophane is an antibacterial chemical compound used in personal hygiene products and disinfectants. It works by disrupting bacteria, but its usage has decreased due to concerns about its potential neurotoxicity and environmental persistence.
The word "hexachlorophane" is derived from its chemical composition and Greek roots.
"Hexa-" originates from the Greek word "hex", meaning "six", which denotes the presence of six chlorine (Cl) atoms in the compound.
"Chloro-" is derived from the Greek word "khlōros", meaning "green". Chloro- indicates the presence of chlorine in a compound.
The suffix "-phane" comes from the Greek word "phanēs", meaning "to appear" or "to bring to light". It is often used in chemical terminology to denote a compound with a cyclic structure. In the case of hexachlorophane, it refers to its molecular structure, which consists of a cyclic backbone.
Therefore, "hexachlorophane" can be interpreted as a compound with six chlorine atoms attached to a cyclic structure.