(1945) The reactions of formaldehyde withamino acids and proteins.

3.2.2.1 Aminoplastics (urea formaldehyde resins and melamine formalde- hyde resins) Reaction of formaldehyde with urea or melamine yields urea formal-dehyde (UF) or melamine formaldehyde (MF) (condensation process).

Photolysis and reaction with hydroxyl radicals rapidly removeformaldehyde from the atmosphere.
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Research should be directed to the formaldehyde concentrations produc- ing such effects as well as to the skin parameters condition- ing the start of the irritative skin contact reaction.


(1961) The reaction of formaldehyde withpolynucleotides.

Formaldehyde that escapes metabolism can react withmacromolecules at the site of entry.
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Since differences in indi-vidual reactions to formaldehyde are large in both the normal popu-lation and in hyperreactive and sensitized persons, it is difficult toestimate a concentration guaranteed not to produce negative reactionsin the general population.


Hantzsch pyridine synthesis - YouTube

Formaldehyde protects dietary-protein frommicrobial proteolysis in the rumen by reacting with free amino groupsin the protein, forming inter- and intramolecular methylene bridges(Siddons et al., 1982).

Chichibabin pyridine synthesis - Revolvy

8.7.1 Reactions with macromolecules Formaldehyde reacts readily with a variety of cellular nucleo-philes, including glutathione, forming adducts of varying stability(Feldman, 1973; Uotila & Koivusalo, 1974; McGhee & von Hippel, 1975).

The Chichibabin pyridine synthesis ..

Formaldehyde also reacts with proteins (French & Edsall, 1945) andnucleic acids (Haselkorn & Doty, 1961; Lewin, 1966; Collins & Guild,1968; Feldman, 1973; Chaw et al., 1980); it reacts with single-strandDNA, but not with double-stranded DNA.

Hantzsch pyrrole synthesis - WikiVisually

It has been shown that sensory irritation is the earliest humanreaction to formaldehyde, both in exposure studies and from complaintsabout indoor environments.

The Hantzsch pyrrole synthesis is the reaction of β ..

4.2.1 Special products of degradation under specific conditions Highly carcinogenic bis(chloromethyl)ether can be produced by acondensation reaction between formaldehyde and hydrogen chloride(Thiess et al., 1973; Nelson, 1977; Albert et al., 1982; Sellakumar etal., 1985).