... B) Tannic acid/tannins are complex compounds which are not uniform. They are divided into 2 groups, one which includes derivatives of flavonols (condensed tannins) and the other including hydrolyzable tannins which are esters of a sugar with one or more trihydroxybenzene- carboxylic acids (Budavari, 1996). & Gallotannin (aka: Digallic acid(Misnomer for tannic acid) and Gallotannic acid...

... in general, "the chemistry of [which] is most complex and non-uniform. Tannins may be divided into 2 groups: (a) derivatives of flavanols, so-called condensed tannins and (b) hydrolyzable tannins (the more important group) which are esters of a sugar, usually glucose, with one or more trihydroxybenzenecarboxylic acids." Unlike most acids, "tannic acid" doesn't refer to any ...

...> the gene already has an ability to try and 'take a bite' even using a -non-specific- precursor element, and then, the gene which produces these amide hydrolyzing enzymes, breeds specific attachments for the shape of the molecule on which this function is found, so that it can best 'hold' the substrate in place while the carbonyl attack ...

... potential source of energy. the gene already has an ability to try and 'take a bite' even using a -non-specific- precursor element, and then, the gene which produces these amide hydrolyzing enzymes, breeds specific attachments for the shape of the molecule on which this function is found, so that it can best 'hold' the substrate in place while the carbonyl attack takes place. ...

... Molecular level Ion gates open ----> GTP hydrolyzed ^ | | | | v Particle level Particles move ----> ...

... Molecular level Ion gates open ----> GTP hydrolyzed ^ | | | | v Particle level Particles move ----> Particles move ...

... Molecular level Ion gates open ----> GTP hydrolyzed ^ | | | | v Particle level Particles move ----> Particles move ...

... Molecular level Ion gates open ----> GTP hydrolyzed ^ | | | | v Particle level Particles move ----> Particles move ...

... Molecular level Ion gates open ----> GTP hydrolyzed ^ | | | | v Particle level Particles move ----> ...

... Molecular level Ion gates open ----> GTP hydrolyzed ^ | | | | v Particle level Particles move ----> Particles move ...