Deoxyribose nucleic acid (DNA) is found to be the most efficient pharmacological target of
many synthetic molecules which are deemed as potential drugs with clinical applications …

The present paper review the drug–DNA interactions, their types and applications of
experimental techniques used to study interactions between DNA and small ligand …

The present paper is an overlook on metal complexes-DNA interactions, their classification
and the experimental techniques employed to study them. The deoxyribonucleic acid (DNA) …

Nucleic acid is the key unit and a predominant genetic material for interpreting the
fundamental basis of genetic information in an organism and now it is used for the evolution …

Molecular docking and QSAR studies were carried out for the investigation of interactions
between 11 antitumor drugs and double stranded DNA. Quantitative structure activity …

Metal complexes have been widely applied in the field of medicine for centuries, yet their
molecular mechanisms are not fully understood. It is well known that metal ions present in …

The deoxyribonucleic acid (DNA) is the molecule of life that controls all the chemical
changes that take place in cells. The interaction of drugs with DNA is among the most …

Cancer is developed by rapid, uncontrolled, and abnormal cell proliferation and one of the
leading causes of deaths worldwide in human beings. For the remedial measures of …

Transition metal complexes are widely used therapeutic agents due to their small size,
various coordination numbers, geometries, physiologically relevant redox potentials, as well …

The application of electrochemical measurements of the redox couples of metal-based
antitumor potential drugs in the presence of DNA is a highly sensitive method due to the …