In this recent era, occupational and accidental spills have been dramatically increased since last few decades due to globalization throughout the world. Concurrently, the concerns on health issues are being a burning question to the all corporate as well as health care professional personnel. Currently, arsenic and arsenic related problems have drawn a great attention as this compound acts not only as slow poison but also works as beneficial molecule in the treatment of some diseases. Laboratory animals showed several dysfunctions including keratinocytes dysfunctions, loss of hair and most importantly inflammation. Arsenic-mediated cell stress/oxidative stress also plays a major role in the development of multiple pathways like JNK, AP-1, PKC and caspase which further either lead to apoptosis or cancer. Countries like Bangladesh, India, Mexico, Chile and China are in great risk and the human from these areas are losing their lives due to chronic arsenic exposures. Therefore, this study will try to explain the proposed molecular mechanisms of arsenic-induced skin diseases, hair fall and inflammation. Finally, a possible treatment approach would be disclosed against arsenic-mediated disorders.

Evidence reported that cancers are spreading every nook and corner of the world at an alarming rate. Skin diseases like chronic skin inflammations, psoriasis and skin cancers have also been burning topic in today. Protections of a biological system are often hampered while skin gets damaged. Factors like UV, radiation, viruses, chronic diseases, genetic predispositions, food habits and environmental exposures might lead to skin cancers. In addition to these, urbanization and globalization may also contaminate the environment that may eventually modify several biological and genetic functions. USA, Europe and Australia are in the most dangerous zone to be exposed. We basically performed detailed search of PubMed, Google Scholar and Science Direct for literature search and collecting related information. On the other hand, experiments suggested that antioxidant components such as phenolic acid derivatives, flavonoids and flavonol found to be preventive against cancer cell proliferations. Moreover, antioxidants have been also evaluated as a protective agent against chronic inflammatory diseases as well. These molecules may participate as an additional therapy which could exert synergistic effects while applying with other chemotherapeutic agents. Our literature findings and hypothetical figure may establish a good correlation between skin cancer and antioxidant therapy. Therefore this study will be focused on skin cancer biology and some possible management strategies using antioxidant phyto-nutrients.