Cyameluric acid or 2,5,8-trihydroxy-s-heptazine is a chemical compound with formula C6N7O3H3, usually described as a heptazine molecule with the hydrogen atoms replaced by hydroxyl groups –OH; or any of its tautomers. The substance exists as an equilibrium of 17 tautomers that easily interconvert among each other. Calculations show that the symmetric tri-oxo form (1,4,7-trihydro-2,5,8-trioxo-s-heptazine) is the most stable. Therefore, this compound contains amide groups rather than imidic acids.
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| - Cyameluric acid or 2,5,8-trihydroxy-s-heptazine is a chemical compound with formula C6N7O3H3, usually described as a heptazine molecule with the hydrogen atoms replaced by hydroxyl groups –OH; or any of its tautomers. The substance exists as an equilibrium of 17 tautomers that easily interconvert among each other. Calculations show that the symmetric tri-oxo form (1,4,7-trihydro-2,5,8-trioxo-s-heptazine) is the most stable. Therefore, this compound contains amide groups rather than imidic acids. (en)
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| - Cyameluric_acid_dihydroxy_oxo_4H_form.png (en)
- Cyameluric_acid_hydroxy_dioxo_13H_form.png (en)
- Cyameluric_acid_hydroxy_dioxo_46H_form.png (en)
- Cyameluric_acid_trihydroxy_form.png (en)
- Cyameluric_acid_trioxo_134H_form.png (en)
- Cyameluric_acid_trioxo_136H_form.png (en)
- Cyameluric_acid_trioxo_form.png (en)
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| - Cyameluric_acid_trihydroxy_form.png (en)
- Cyameluric_acid_trioxo_form.png (en)
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| - Cyameluric acid or 2,5,8-trihydroxy-s-heptazine is a chemical compound with formula C6N7O3H3, usually described as a heptazine molecule with the hydrogen atoms replaced by hydroxyl groups –OH; or any of its tautomers. The substance exists as an equilibrium of 17 tautomers that easily interconvert among each other. Calculations show that the symmetric tri-oxo form (1,4,7-trihydro-2,5,8-trioxo-s-heptazine) is the most stable. Therefore, this compound contains amide groups rather than imidic acids. (en)
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