[Molecular model of surface-active substances-biomembrane interactions. Effects on drug transport].
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Biological Transport, Active↗
Biomedical subjects
F M Riccieri
Publications and source records attributed to F M Riccieri.
The effect of nonmicellar surfactants on the transport of drugs in a model system.
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Anti-Bacterial Agents↗
N-aminoalkylpolyglycine. Synthesis, antibacterial activity, and electrochemical behavior as a titrant of living cells.
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Densitometry↗
[Semisynthetic penicillins with a chemical group with their own pharmacological activity].
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Animals↗
Penicillin G interactions with deoxycholic acid polymer-like structures.
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Bile Acids and Salts↗
[Derivatives of thiourea and their antitubercular activity].
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Antitubercular Agents↗
[New penicillins containing a steroid radical].
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Bile Acids and Salts↗
Synthesis of 2,6-naphthyridine.
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Chemical Phenomena↗
[Research in the field of substances with antiviral action. Derivatives of nitrothienyl- and nitropyrrolylglyoxyals].
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Antiviral Agents↗
[On several derivatives of alpha-aminobenzylpenicillin].
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Bacteria↗
Effect of surfactants on diffusion of calcium in mucin: a possible mechanism affecting enamel remineralization.
By means of in vitro experiments, performed with a three compartment diffusion cell, we show how the presence of surfactants, often present in the formulation of dentifrices and mouthrinses, may affect the availability of calcium and its permeation rate through the proteic layer covering dental enamel (acquired pellicle). Mucin was the protein used to simulate the pellicle. Experiments were performed at different surfactant concentrations (i.s. below and above CMC) and also in the presence of fluoride ions that are capable of enhancing enamel remineralization. The mechanisms involved, mainly related to the interaction of surfactant monomers with the model protein, are discussed in this paper.
Calcium↗