Abstract: The present disclosure relates to the design and synthesis of new mitochondriotropic antioxidant compounds based on hydroxybenzoic acids and analogues. Furthermore, this disclosure is also related to the methods and uses of the hydroxybenzoic based derivatives and analogues, for example, in the field of human and animal diseases, for instance to treat mitochondrial dysfunction or mitochondrial deficiencies, and cosmetics, for instance to prevent or delay skin aging.

Abstract: The present disclosure relates to the design and development of new hydroxycinnamic derivatives that operate as mitochondriotropic antioxidants. Furthermore, this disclosure is also related to the methods and uses of the hydroxycinnamic derivatives, for example, in the field of human and animal diseases, for instance to treat mitochondrial dysfunction or mitochondrial deficiencies, and cosmetics, for instance to prevent or delay skin aging.

Abstract: The present disclosure relates to the design and synthesis of new mitochondriotropic antioxidant compounds based on hydroxybenzoic acids and analogues. Furthermore, this disclosure is also related to the methods and uses of the hydroxybenzoic based derivatives and analogues, for example, in the field of human and animal diseases, for instance to treat mitochondrial dysfunction or mitochondrial deficiencies, and cosmetics, for instance to prevent or delay skin aging.

Abstract: The present disclosure relates to the design and development of new hydroxycinnamic derivatives that operate as mitochondriotropic antioxidants. Furthermore, this disclosure is also related to the methods and uses of the hydroxycinnamic derivatives, for example, in the field of human and animal diseases, for instance to treat mitochondrial dysfunction or mitochondrial deficiencies, and cosmetics, for instance to prevent or delay skin aging.

Abstract: The invention relates to the synthesis of polyoxygenated nitrogen systems, comprising reactions between enamines of 1,3-dioxan-5-ones and nitroolefins. More specifically, the invention relates to the reaction between enamines having formula II which are derived from 1,3-dioxan-5-ones I and nitroolefins having formula III. In this way, novel polyoxygenated nitrogen systems are generated having formula IV and V, which, as they are or following simple transformations, constitute synthetic intermediates and/or analogues of different systems of proven biological/pharmacological interest, such as certain antibiotics, or tetrodotoxin, pancratistatin or the analogues thereof. The aforementioned reactions involve the use of enamines II in Michael-type addition reactions and in direct annealing processes with double acceptor systems at relative positions 1, 3. Said N acceptors include nitroolefins III, wherein R?CHO (alphanitroenals).