Flavin derivatives participate in various chemical transformations in natural and artificial systems. The unique flavin versatility resulted in the development of many different bio-, organo-, and photocatalytic processes. This chapter draws attention to the ways in which members of the flavin family are involved in catalysis, regardless of whether the reactions take place in enzymes or in artificial catalytic systems. Both light-dependent transformations as well as processes occurring in the absence of light are involved.</p
Flavin compounds are found in Nature within a range of flavin-containing enzymes (flavoenzymes) that...
Flavins are the most versatile enzyme cofactors and their unparalleled flexibility has been exploite...
Flavine-bevattende eiwitten zijn veelvoorkomende en veelzijdige natuurlijke katalysatoren. Deze eiwi...
Flavin derivatives participate in various chemical transformations in natural and artificial systems...
Participationincatalyticprocessesisoneofthemainrolesofflavins.Naturehasbeenusing this concept for mi...
Flavoproteins are of key importance to all life on earth for both primary and secondary metabolism. ...
Flavins are arguably one of the most versatile cofactors by virtue of the reactivity of the isoallox...
The flavin tricyclic conjugated isoalloxazine ring system can undoubtedly be recognized as one of th...
Many biochemical processes exploit the extraordinary versatility of flavoenzymes and their flavin co...
The presented dissertation comprises the synthesis of substituted flavins and their application as p...
The synthesis of optically active sulfoxides, compounds due to their unique properties, has been a m...
The reaction of flavoenzymes with oxygen remains a fascinating area of research because of its relev...
Flavin compounds are found in Nature within a range of flavin-containing enzymes (flavoenzymes) that...
Flavins are the most versatile enzyme cofactors and their unparalleled flexibility has been exploite...
Flavine-bevattende eiwitten zijn veelvoorkomende en veelzijdige natuurlijke katalysatoren. Deze eiwi...
Flavin derivatives participate in various chemical transformations in natural and artificial systems...
Participationincatalyticprocessesisoneofthemainrolesofflavins.Naturehasbeenusing this concept for mi...
Flavoproteins are of key importance to all life on earth for both primary and secondary metabolism. ...
Flavins are arguably one of the most versatile cofactors by virtue of the reactivity of the isoallox...
The flavin tricyclic conjugated isoalloxazine ring system can undoubtedly be recognized as one of th...
Many biochemical processes exploit the extraordinary versatility of flavoenzymes and their flavin co...
The presented dissertation comprises the synthesis of substituted flavins and their application as p...
The synthesis of optically active sulfoxides, compounds due to their unique properties, has been a m...
The reaction of flavoenzymes with oxygen remains a fascinating area of research because of its relev...
Flavin compounds are found in Nature within a range of flavin-containing enzymes (flavoenzymes) that...
Flavins are the most versatile enzyme cofactors and their unparalleled flexibility has been exploite...
Flavine-bevattende eiwitten zijn veelvoorkomende en veelzijdige natuurlijke katalysatoren. Deze eiwi...