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4 Polish Journal of Chemistry

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Synthesis of New Imidazole Aminophosphonic and Aminophosphonic Acids

Boduszek B., Olszewski T.

Polish Journal of Chemistry

2002

Vol. 76 / nr 11

1619-1623

Imidazole aminophosphonic and imidazole aminophosphinic acids were synthesized by treatment of imidazole aldimines with silylated phosphorus acid esters. The aldimines were obtained from corresponding imidazolecarboxaldehydes and primary amines.

Application of Silicon-Phosphorus Based Reagents in Synthesis of Aminophosphonates. Part 2: Reactions of N-(Triphenylmethyl-aldimines with the Silylated Phosphorus Acid Esters

Boduszek B., Soroka M.

Polish Journal of Chemistry

2002

Vol. 76 / nr 8

1105-1111

Novel Heterocyclic Aminophosphonic Acids Derived from Furan and Thiophene

Boduszek B., Végh D., Korenova A., Uher M.

Polish Journal of Chemistry

2001

Vol. 75, nr 9

1271-1275

Heterocyclic derivatives of aminomethylphosphonic acid were obtained in a one-pot procedure, by treatment of the corresponding heterocyclic aldimines with a mixture of trimethyl phosphite and bromotrimethylsilane (BrTMS). A reagent for phosphorylation of the imines in this case was the tris(trimethylsilyl)phosphite, formed in situ in a reaction mixture. The silylated esters formed were hydrolyzed to the final aminophosphonic acids.

Application of Bromotrimethylsilane and Trialkyl Phosphites for Convenient and Effective Synthesis of Aminophoshonic Acids and Corresponding Monoalkyl and Dialkyl Esters

Boduszek B.

Polish Journal of Chemistry

2001

Vol. 75, nr 5

663-672

Application of bromotrimethylsilane (Br-TMS) in a mixture with trialkyl phosphite for synthesis of various aminophosphonic acids and esters was investigated. It was found, that appropriate mixtures of Br-TMS and trimethyl phosphite or triethyl phosphite were effective reagents for phosphorylation of various aldimines, obtained from aromatic and heteroaromatic aldehydes. Products of these reactions were corresponding aminophosphonic acids, or corresponding dialkyl or monoalkyl esters, respectively.