A scientometric analysis of research progress and trends in the design of laccase biocatalysts for the decolorization of synthetic dyes

Evolving sustainable energy technologies and assessments through global research networks: advancing the role of blue hydrogen for a cleaner future

“…At the heart of this study, we have bibliometric analysis as a fundamental tool to determine the number of scientific productions in a clear and detailed way, an accessible alternative to collecting and evaluating these data. 42–48 Thus, this analysis covers authors, citations, journals, institutions, and other emerging scientific productions in blue hydrogen production. Therefore, to carry out the bibliometric analysis, we have as a crucial part of this study the use of the database obtained through the publications gathered in the collection of the Web of Science website, currently owned by Clarivate Analytics, which has around 74.8 million academic productions, according to 2020 data.…”

“…35–37 The objective is to identify patterns and trends in the scientific literature and map the main contributions and authors in a field of study. 38–40…”

Bioactive Covalent Organic Framework Capsules for Lactate Synthesis

“…Enzymes are a kind of biomacromolecule that could catalyze a variety range of chemical reactions. , Immobilization could afford a facile and feasible strategy to promote the industrialization of enzymes in pharmaceuticals, biosensing, biosynthesis, and so on. − In the last few years, efforts have been made to explore polymeric materials, inorganic materials, and hybrid materials for the development of immobilization carriers. − However, the activity enhancement and sustainable applications of immobilized enzymes remain a challenge for current enzyme immobilization platforms. − In general, the enzyme immobilization carriers should have features of good enzyme-compatibility, excellent structural stability, regular and tunable pore structure, etc.…”

Improving the Encapsulation Efficiency of Lipase in Molecular Cages and Its Application

“…8−10 Among the immobilization methods, physical adsorption is often employed in enzyme immobilization due to its simplification and cheapness, but the enzyme adsorbed on supports is uniform and easy to fall off because of the weak binding. 11 Although covalent immobilization can make enzymes fix firmly on the carrier, the chemical bond usually causes enzyme inactivation. 12 In addition, the method of gel embedding is limited in enzyme immobilization because of the mass transfer resistance of substrates/ products.…”

“…However, lipase often suffers from low stability and limited applicability in its soluble forms. Immobilization of enzymes on supports has been proved to be a proper way to improve their stability and separability. − Among the immobilization methods, physical adsorption is often employed in enzyme immobilization due to its simplification and cheapness, but the enzyme adsorbed on supports is uniform and easy to fall off because of the weak binding . Although covalent immobilization can make enzymes fix firmly on the carrier, the chemical bond usually causes enzyme inactivation .…”