With increasing global consumption of caffeine-rich products, such as coffee, tea, and
energy drinks, there is also an increase in urban and processing waste full of residual …

It has generally been assumed that the immobilization of U (VI) via polyphosphate
accumulating microorganisms may present a sink for uranium, but the potential mechanisms …

Extensive use of carbofuran insecticide harms the environment and human health.
Carbofuran is an endocrine disruptor and has the highest acute toxicity to humans than all …

Caffeine, a significant naturally occurring alkaloid in beverages like tea and coffee, can be
degraded by bacteria. Prolonged caffeine consumption can stimulate adrenal glands, cause …

The Antarctic is generally considered to be one of the most pristine areas in the world.
However, both long and short-range pollutants are now known to be present in the Antarctic …

Uranium mining and milling activities for many years resulted in release of uranium into the
adjoining soil in varying degrees. Bioremediation approaches (ie, immobilization via the …

Enzymatically catalyzed reduction of metals by bacteria has potential application value to
uranium-mine wastewater. However, its practical implementation has long been restricted by …

Tributyltin (TBT) is one of the most toxic substances ever deliberately introduced into the
marine environment. The high toxicity of TBT has resulted in a wide range of adverse effects …

Caffeine is a purine alkaloid naturally found in many species of plant and can be degraded
by bacteria. Prolong caffeine consumption is well-known to have serious adverse effects …

Tributyltin (TBT) has been generally used as component of antifouling biocide in boat and
ship paints to prevent the attachment of marine organism on the hull surface. TBT has been …