Polyoxyethylene Fatty Amides as Pickling Inhibitors

Polyoxyethylene fatty acid esters as potential promotors of transdermal absorption for morphine hydrochloride and sulphate.

The presence of opioid receptors mu in pathologically changed skin and mucosa justifies application of preparations with morphine salts to obtain topical analgesic activity. Numerous factors associated with the vehicle and therapeutic agent physiochemical properties affect the capability and rate of penetration of a therapeutic substance in the form of a drug into dermis. Promotors of transcuta...

Anandamide, Oleamide and Other Simple Fatty Amides

Fatty amides are produced synthetically in industry in large amounts (> 300,000 tons per annum) for use as ingredients of detergents, lubricants, inks and many other products. In nature, fatty acids are linked to the complex sphingolipids via amide bonds. However, here we are concerned only with those simple fatty amides that occur naturally, some of which have profound biological functions. Si...

Microsomal synthesis of fatty acid amides.

A microsomal system is described which catalyzes the formation of fatty acid amides of ethanolamine and of several pharmacologically active amines. Although the system has no dependance on external energy sources and has a high K, for the amine substrate, it has several characteristics which differ markedly from an amide hydrolytic system in the microsomes. A possible mechanism for the formatio...

Cytotoxic fatty acid amides from Xenorhabdus.

Propargyl amides as irreversible inhibitors of cysteine proteases--a lesson on the biological reactivity of alkynes.

Propargyl Amides as Irreversible Inhibitors of Cysteine Proteases—A Lesson on the Biological Reactivity of Alkynes Are aliphatic alkynes truly bioorthogonal? In an attempt to prepare clickable ubiquitin derivatives bearing a C-terminal propargyl amide, two groups have now independently discovered propargylamides to be irreversible inhibitors of cysteine proteases. The unexpected findings demons...