Deoxyribose test has been widely used for determination of reactivities of various compounds for the hydroxyl radical. The test is based on the formation of hydroxyl radical by Fe2+ complex in the Fenton reaction. We propose a modification of the deoxyribose test to detect strong iron binding, inhibiting participation of Fe2+ in the Fenton reaction, on the basis of examination of concentration dependence of deoxyribose degradation on Fe2+ concentration, at a constant concentration of a chelating agent
Hydroxyl radical(·OH)is one of the main ROS in human body which can be important mediators of damage...
An HPLC-ECD method is described for the indirect determination of the hydroxyl (OH) radical. Fenton'...
Thalassaemia is a group of genetic diseases where haemoglobin synthesis is impaired. This chronic an...
Pro-oxidant properties of phenolic antioxidants, which are derived from their iron recycling reactiv...
An aromatic substrate for hydroxylation by hydroxyl radicals (•OH) was investigated. The probe, N,N’...
The hydroxyl radical (OH) has been implicated in various diseases, and it is therefore important to ...
Owing to its distinctive electrochemical properties with interconvertible multiple oxidation states,...
Hydroxyl radicals (•OH) can be generated via Fenton chemistry catalyzed by transition metals. An in ...
more desirable sensitivity than other known iron reagents, has been introduced by Case (1), has been...
The application of HPLC in the antioxidative (antiradical) properties studies of various samples is ...
AbstractInside the human body, reactive derivatives of oxygen, known as reactive oxygen species (ROS...
Iron is one of the major metal species of concern in many samples, such as in serum, foods, drinking...
Successful in vivo chelation treatment of iron(III) overload pathologies requires that a significant...
The classical Fenton system composed of Fe(II) and H2O2 uses harsh oxidative conditions and cannot r...
SYNOPSIS Improved methods are described for the determination of serum iron (SeFe) and latent iron-b...
Hydroxyl radical(·OH)is one of the main ROS in human body which can be important mediators of damage...
An HPLC-ECD method is described for the indirect determination of the hydroxyl (OH) radical. Fenton'...
Thalassaemia is a group of genetic diseases where haemoglobin synthesis is impaired. This chronic an...
Pro-oxidant properties of phenolic antioxidants, which are derived from their iron recycling reactiv...
An aromatic substrate for hydroxylation by hydroxyl radicals (•OH) was investigated. The probe, N,N’...
The hydroxyl radical (OH) has been implicated in various diseases, and it is therefore important to ...
Owing to its distinctive electrochemical properties with interconvertible multiple oxidation states,...
Hydroxyl radicals (•OH) can be generated via Fenton chemistry catalyzed by transition metals. An in ...
more desirable sensitivity than other known iron reagents, has been introduced by Case (1), has been...
The application of HPLC in the antioxidative (antiradical) properties studies of various samples is ...
AbstractInside the human body, reactive derivatives of oxygen, known as reactive oxygen species (ROS...
Iron is one of the major metal species of concern in many samples, such as in serum, foods, drinking...
Successful in vivo chelation treatment of iron(III) overload pathologies requires that a significant...
The classical Fenton system composed of Fe(II) and H2O2 uses harsh oxidative conditions and cannot r...
SYNOPSIS Improved methods are described for the determination of serum iron (SeFe) and latent iron-b...
Hydroxyl radical(·OH)is one of the main ROS in human body which can be important mediators of damage...
An HPLC-ECD method is described for the indirect determination of the hydroxyl (OH) radical. Fenton'...
Thalassaemia is a group of genetic diseases where haemoglobin synthesis is impaired. This chronic an...