Harnessing the chromium reduction potential of JRHM33: A comprehensive study on bioinformatics, phenotype microarray, and CCD-RSM optimization.

Large amounts of wastewater are generated due to overpopulation and industrialization, The bioavailability, toxicity, and permanence of metals make heavy metal contamination a big environmental hazard. In order to maximize chromium (Cr) removal efficiency, the current investigation was carried out from industrial wastewater using .35 bacterial strains were discovered based on their physical, and biochemical properties and resistance towards chromium (Cr) heavy metal.

Optimization of the chromium (Cr) reduction from waterways using chemically and bacterially treated agro-waste.

Heavy metals, a major source of pollution in the environment, pose a substantial threat due to their non-biodegradability and ability to accumulate in living organisms, causing health problems. Recently, researchers have been searching for cost-effective and safe ways to remove heavy metals from polluted waterways using agricultural waste substitutes. The present study focused on the low-cost treatments for the reduction of chromium Cr metal from the effluent, wherein it has been found that chemically and bacterially treated agro-waste had increased heavy metal ion adsorption capabilities.

Current approaches toward the removal of methylene blue dye from synthetic textile effluent using bacterial treated agricultural waste absorbent through statistical design.

Massive amounts of wastewater are produced by the textile industry, and this waste needs to be appropriately managed. Agricultural waste wheat straw (WS), a biosorbent that is both economically available and environmentally acceptable, was used in this work to treat textile effluent. Microbial treated modification approaches were utilized for WS to study the dye removal from textile wastewater.

Evaluation of the Co-inoculation Effect of Rhizobium and Plant Growth Promoting Non-rhizobial Endophytes on Vigna radiata.

A unique feature of leguminous plants is the establishment of symbiotic bacterial genera inside root or stem nodules that is being recently re-evaluated for investigating the micro-flora discrete to nitrogen fixation. The present research was carried out to evaluate non-rhizobial endophytes and Rhizobium from root nodules of Vigna radiata and ascertain their co-inoculation effect in pot and field conditions. Each strain displayed one or more plant growth-promoting behaviors in varying degrees.

Retting of banana pseudostem fibre using strains to get excellent mechanical properties as biomaterial in textile & fiber industry.

Banana pseduostem (BP) fibre, sometimes known as banana fibre, is a new natural fibre with potential commercial applications in the textile and fibre industries. Softening these fibres might enhance their mechanical qualities, allowing them to be used in more textile applications. The current research looks at the softening of banana fibres ( L) utilising a variety of chemical (NaOH & HCl) and bacterial treatments.

Arthroscopic fixation of the clavicle shaft fracture.

This article describes an arthroscopic technique for the fixation of clavicle shaft fractures. A viewing portal is made 2 cm anterior to the fracture site, and a working portal is made 2 cm lateral to the fracture site. The guide wire for a 4.