Water Solubility Measurement Technology

The antigen then is mixed with serial dilutions of the enzyme-labeled antibody. A chromogenic substrate mixed with the conjugated enzyme yields a water-soluble product, the absorbency of which can be measured by a spectrophotometer. Recent technology has led to the development of rapid tests that do not require intact cells, live organisms, or cell cultures. ELISAs using monoclonal antibody techniques for the rapid detection of HSVs, adenoviruses, and C. trachomatis are highly sensitive and specific. 

The presence of some water-soluble gases in water, for example, CO3, O3, HjS is undesirable since they cause corrosion of metallic and concrete components of the systems used in water technology and industry. Thus, water degassing is one of the most efficient anticorrosion measures. This process is also necessary for feed waters used in boilers. For water degassing both thermal and chemical procedures are required. 

Jachim,X A., Freeman, G. B.,Turbini, L. X, Use of Surface Insulation Resistance and Contact Angle Measurements to Characterize the Interactions of Three Water Soluble Fluxes with FR Substrates, IEEE Transactions on Components, Packaging, and Manufacturing Technology, PartB,Vo. 20, No. 4,1997, pp. 443-451. 

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