1,700+ technical articles by Aladdin Scientific's scientists on reagent selection, reaction mechanisms, assay design and formulation. New every week.
Cashew Nut Shell Liquid, abbreviated as CNSL, is a dark, viscous liquid extracted from cashew nut shells. It is derived from a non-edible by-product generated during cashew processing. Rich in phenolic compounds, it can be used as a raw material for coating resins, adhesives, friction materials, ...
Natural lacquer generally refers to a coating material formed from lacquer sap collected from lacquer-tree species after refining and application. Traditional East Asian lacquer is mainly obtained from the lacquer tree, and its sap contains urushiol, water, plant gums, nitrogen-containing ...
Shellac is a natural resin of animal origin prepared from lac resin secreted by lac insects. The resin is collected, washed, melted, filtered, and then processed into sheets or crushed forms. Lac insects live on the branches of specific host trees, and their secretions can be processed into ...
Rosin, commonly referred to in English as rosin or colophony, is a natural resin derived from resin resources of pine and other coniferous trees, with resin acids as its main components. Based on source and production route, industrial rosin is commonly classified into three types.
In coating formulations, resins typically serve functions such as film formation, binding, adhesion, protection, and decoration. In its description of “resin,” the International Union of Pure and Applied Chemistry (IUPAC) notes that the term “resin” was originally used because of ...
Nitrate reductase activity assays are used to analyze nitrate-reducing capacity in plant leaves, roots, algae, microorganisms, and soil samples. The core principle is to measure the rate at which NO₃⁻ is reduced to NO₂⁻. Common methods include in vitro enzyme extraction colorimetry, in ...
Research on the cathepsin family is mainly used to elucidate mechanisms involving lysosomal proteolysis, antigen processing, cell death, matrix remodeling, and inflammatory responses. Members such as Cathepsin B, D, K, L, S, and G differ significantly in catalytic type, cellular localization, ...
Fibrinolytic proteases are commonly used to evaluate thrombolysis, fibrin degradation, and anticoagulation-related mechanisms. Research targets include plasmin, urokinase, streptokinase, lumbrokinase, nattokinase, and other natural or recombinant proteases.
Oxalate metabolism research is mainly used to analyze mechanisms involving oxalate production, intestinal absorption, microbial degradation, renal excretion, and calcium oxalate crystal formation. Common applications include urinary oxalate detection, hyperoxaluria, calcium oxalate kidney ...