Sentence examples for immobilization techniques from inspiring English sources

Applications of immobilized microalgae in environmental aquatic research have been recently increased: novel immobilization techniques as well as the use of living microalgae as biosensors in electronic devices designed to measure toxicity of substances and effluents demonstrated to be a very promising topic in biotechnology research.

Particular attention will be attributed to synthetic aspects of the novel immobilization techniques as well as comparisons between the catalytic activities of the immobilized catalysts and their parent homogeneous systems.

The principles, advantages, applications, and arising problems of these most often applied immobilization techniques are reviewed.

This streamlined functionalization and detection strategy removes the need for traditional purification and immobilization techniques.

Passive and active immobilization techniques used on microalgae are listed and described in the text.

Information about advances in immobilization techniques and biotechnology use of freshwater and marine microalgae is scattered.

Immobilization techniques and genetic and metabolic engineering strategies have been explored for enhanced FA production.

The use of general surface immobilization techniques to engineer nanostructured materials from functional proteins is also presented.

Another aspect is the use of general surface immobilization techniques to engineer nanostructured materials from functional proteins.

This review focuses on the three most conventional site-directed antibody immobilization techniques used in immunosensor design.

Along with this, enzyme immobilization techniques can boost the half-life, stability and activity of enzymes at a significant level.