Diffractive Optics Technology: A Novel Detection Technology for Immunoassays, Vitali Borisenko, Wei Hu, Pui Tam, Irene Chen, Jean-François Houle and Walter Ausserer (Axela Biosensors Inc., Toronto, Ontario, Canada; * address correspondence to this author at: Axela Biosensors Inc., 480 University Avenue, Suite 910, Toronto, Ontario, M5G 1V2, Canada; fax 416-260-9255; e-mail jf.houle@axelabiosens...

A field experiment was conducted at Agricultural College & Research Institute, Tamil Nadu University, Madurai during 2021to quantify the GHG emission in puddled rice, ADT 54. The laid out Randomized Block Design with four replications treatments, T1 - SRI method of rice cultivation organic farming SOP, T2 inorganic T3 T1+BGA application @ 10 kg ha-1, T4 T2+ BGA T5 -T1+Azolla 250 T6 -T2+ Azo...

Water is vital for humans and other living things, but water pollution has become a significant issue today. Various anthropogenic agricultural, industrial, home activities produce multiple organic inorganic substances dissolved or suspended in water. The goal of wastewater treatment thus twofold: to reduce while also maintaining the supply demand. It based on three 3 Rs: reduce, reuse, recycle...

The textile dyes are considered as major environmental problems. The dyes can be removed by various methods. Therefore, this study aimed to evaluate the adsorption rate of Reactive Red 198 (RR198) from aqueous solution by activated Azolla filiculoides. This was an empirical-lab study. The Azolla was used as an adsorbent to remove Reactive Red 198 dye. The effect of various parameters was invest...

Abstract The improvement of water quality through aquatic plants’ nutrient uptake is one the crucial elements in achieving a sustainable ecosystem. Water affected by variety variables, including dissolved oxygen concentrations, overabundance, bacterial populations, salt content, and number suspended particles water. This experiment was performed to evaluate biological biochemical characteristic...

Immunoelectron microscopy and a quantitative analysis of immunogold labeling of a glutamine synthetase (GS; EC 6.3.1.2) revealed that, in mesophyll cells of mature leaves of Azolla filiculoides, almost all GS was present in chloroplasts. By contrast, in hair cells, abundant labeling of GS was observed both in chloroplasts and in the cytoplasm. In hair cells of cyanobiont-free plants, the labeli...