Over several decades, arsenic (As) toxicity in the biosphere has affected different flora,
fauna, and other environmental components. The majority of these problems are linked with …

Vanillic acid has always been in high-demand in pharmaceutical, cosmetic, food, flavor,
alcohol and polymer industries. Present study achieved highly pure synthesis of vanillic acid …

Efficient and sustainable removal of phosphate ions from an aqueous solution is of great
challenge. Herein we demonstrated a greener route for phosphate recovery through struvite …

Arsenic (As) resistance is a primordial activity in microbes since millions of years, although,
only in recent decades, the major scientific elucidations are made. Molecular mechanisms …

The high toxicity and prevalence of arsenic in the environment have aroused increasing
research interest in understanding the mechanisms of microbial arsenic resistance. A wide …

Arsenic (As), a semimetal toxic for humans, is commonly associated with serious health
problems. The most common form of massive and chronic exposure to As is through …

Arsenic oxidizing α-proteobacterial strain Microvirga indica S-MI1b sp. nov. was isolated
from metal industry soil and has the ability to oxidize 15 mM of arsenite [As (III)] completely in …

Biodegradation of phenol is an effective method for removing this toxicant from
contaminated sites. Phenol is a toxic compound for living cells, so many bacteria degrade …

Arsenic oxyanions are toxic chemicals that impose a high risk to humans and other living
organisms in the environment. The present study investigated indigenous heterotrophic …

Aromatic compounds and arsenic (As) often coexist in the environment. As (III)-oxidizing
bacteria can oxidize the more toxic As (III) into the less toxic As (V), and As (V) is easily …