Abstract Background/Objectives: The objective of this present investigation is focused to
determine metal tolerating capacity and bio-sorption capacity of two microbial isolates ie …

Over the past century, unrestricted mining, extensive industrialization, modern agricultural
practices and faulty waste disposal methods have resulted in the release of unprecedented …

Microorganisms play a vital role in heavy metal contaminated soil and wastewater by the
mechanisms of biosorption. In this study, heavy metal resistant bacteria were isolated from …

The biosorption of cadmium has been investigated using batch technique. In the present
study the Cd 2+ tolerant bacterial strain KTSMBNL 43 was isolated from electroplating …

Heavy metals polluted soils have turned out to be a common environmental problem across
the globe due to their toxic effects and accumulation through the food chain. Heavy metals …

The discharge of untreated wastes containing heavy metals into the environment is a
challenge to living cells, and in the search for treatment method, biosorption has been an …

Heavy metals are extremely toxic and their presence in the environment is a known risk
factor. Out of them, cadmium is known for its fatal effects on the environment, humans and …

Heavy metals are the most hazardous pollutants present in industrial and domestic waste
water. Microbe related technologies may provide an alternative method of metal removal …

Industrial waste and sewage are serious and growing problems in most developing
countries. Some heavy metals are known to cause damage to living organisms including …

Toxicity of various concentrations of heavy metals such as zinc, cadmium, cobalt,
manganese, nickel, chromium and iron on two microorganisms were studied. Bacillus sp …