Linked from

The 33 pages that link to Formaldehyde, each with the reason it gives.

• Volatile organic compoundBroader topic: It is a common indoor VOC associated with irritation and cancer risk.

• AldehydeBroader topic: It is the smallest member of the aldehyde family, with no carbon substituent.

• MethanolRelated: Methanol oxidation supplies much of the formaldehyde used in manufacturing.

• Prebiotic chemistryRelated: It is a proposed starting material for the formose reaction and other routes to carbohydrates.

• Miller–Urey experimentRelated: It was among the organic compounds produced and can participate in reactions forming larger molecules.

• EmbalmingRelated: Formaldehyde-based fluids preserve tissue by cross-linking proteins and inhibiting microbial activity.

• Ethylene oxideCompared with: Like ethylene oxide, it can react with biological molecules, but has different uses and handling constraints.

• Indoor air pollutionBroader topic: Pressed-wood products and furnishings can emit this irritant gas.

• Inactivated VaccineRelated: It became a practical means of disabling pathogens for some vaccine preparations.

• Phenol–formaldehyde resinRelated: Residual emissions and workplace handling connect this resin’s production to formaldehyde hazards.

• BakeliteRelated: Formaldehyde links phenol-derived units during resin formation.

• Jonas SalkRelated: Salk’s production method used formaldehyde to render poliovirus noninfectious.

• Trigonal planar molecular geometryBroader topic: Its carbonyl carbon has three trigonal planar bonding directions.

• Damien HirstRelated: Hirst's animal vitrines use preservation to stage a confrontation with death.

• Green burialRelated: Its potential release into soil and water helps explain concern about embalming.

• Glycolic acidRelated: Industrial glycolic acid can be produced through reactions involving formaldehyde.

• Lenin's MausoleumRelated: Formaldehyde was among the chemicals used in the body’s preservation treatment.

• MelamineRelated: It cross-links melamine molecules during formation of melamine-formaldehyde resin.

• Nail polishRelated: Some nail treatments use formaldehyde-related ingredients, which can irritate or sensitize.

• Urea-formaldehyde resinRelated: It crosslinks urea-derived molecules during resin formation and curing.

• Air purifierRelated: Gas-removal claims require scrutiny because common particle filters do not capture formaldehyde.

• GlyoxalCompared with: Both compounds cross-link materials, but glyoxal is often considered as an alternative to formaldehyde-based treatments.

• Leo BaekelandRelated: It links phenol molecules during the resin-forming reaction.

• PentaerythritolRelated: Formaldehyde supplies carbon in the industrial synthesis of pentaerythritol.

• The Physical Impossibility of Death in the Mind of Someone LivingRelated: The shark was displayed in a formaldehyde solution to preserve its body.

• ButyraldehydeCompared with: Its single carbon makes it the smallest member of the aldehyde series.

• Geminal diolBroader topic: In water, formaldehyde is present predominantly as its geminal diol, methanediol.

• GlutaraldehydeCompared with: Both aldehydes can fix biological material, but formaldehyde is smaller and has distinct hazards and reaction behavior.

• PolyoxymethyleneRelated: POM’s oxymethylene chains are built from formaldehyde-derived units.

• HexamethylenetetramineRelated: It reacts with ammonia to form hexamethylenetetramine and reappears when the cage hydrolyzes.

• Interstellar iceBroader topic: Hydrogenation of frozen CO can produce formaldehyde within icy mantles.

• Engineered woodRelated: It is associated with emissions from certain wood-product adhesives.

• Spanish methanol poisoning outbreakRelated: It is the first toxic metabolite in the pathway from methanol to formic acid.