The malignant tissue that is formed as a result of carcinogenesis, which causes the cells to
continuously increase their dividing capacity by exhibiting abnormal behavior, may damage …

Reactive oxygen species (ROS) serve as an important cellular secondary messenger which
has functional roles in cell proliferation and homeostasis at low level. However, an …

Earliest precise diagnosis and targeted therapy underlines the efficiency of successful
cancer management. Conventional diagnostics are usually dependent on phenotypic …

Nanotechnology is an emerging field with many promising applications in drug delivery
systems. Because of outstanding developments in this field, rapidly increasing research is …

Utilization of nanotechnology in the cancer therapy has produced nano-based products that
can produce reactive oxygen species (ROS) cytotoxicity with in tumor cells only. Due to the …

Cell proliferation and malignant transformation are enabled by genetic and epigenetic
changes. During the malignancy process, malignant cells acquire distinguishing …

Oxidative stress plays an immense role in modulating all aspects of cancer and also
correlated with the different types of carcinogenesis in the form of tumor-bearing state in the …

Reactive oxygen species (ROS) has been found to be a key player in the development of
several hallmarks of cancer. One of the distinguishing characteristics of cancer is an …

Cancer has long been linked to reactive oxygen species (ROS) and cellular oxidant stress.
However, the mechanism of this link is complicated and often contradictory, as it implies that …

Cancer is one of the biggest causes of mortality in the world. The advances in cancer
research have taken us to distance in understanding the disease, which helps develop …