Results 141 to 150 of about 154,993 (197)
Spectroscopic Insights into Lysozyme Structural Modulation by Polyphenols: A Combined FTIR and VCD Study. [PDF]
MoleculesMusiał K, Cieślik-Boczula K.
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<i>Lactobacillus paracasei</i> from koumiss mediates intestinal stem cells to promote intestinal mucosal recovery through intestinal microbiota-metabolites. [PDF]
Front NutrRen S, Li J, Zhang Q, Han Y, Cao G.
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Journal of Agricultural and Food Chemistry, 2021
In recent years, the deterioration of the aquaculture ecological environment has led to a high incidence of fish diseases. Lysozymes, important antimicrobial enzymes, play an important role in the innate immune system of fish. The studies of fish lysozymes benefit the control of fish infections caused by pathogens.
Qing Song +6 more
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In recent years, the deterioration of the aquaculture ecological environment has led to a high incidence of fish diseases. Lysozymes, important antimicrobial enzymes, play an important role in the innate immune system of fish. The studies of fish lysozymes benefit the control of fish infections caused by pathogens.
Qing Song +6 more
openaire +2 more sources
1996
Structural and functional features of plant lysozymes are reviewed. All lysozymes also have chitinase activity, but not all plant chitinases are also lysozymes. However, for many chitinases it is not yet known if they also possess lysozyme activity. Enzymes with lysozyme activity occur in different, structurally unrelated, families of chitinases. Plant
J J, Beintema +1 more
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Structural and functional features of plant lysozymes are reviewed. All lysozymes also have chitinase activity, but not all plant chitinases are also lysozymes. However, for many chitinases it is not yet known if they also possess lysozyme activity. Enzymes with lysozyme activity occur in different, structurally unrelated, families of chitinases. Plant
J J, Beintema +1 more
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Evolution of Stomach Lysozyme: The Pig Lysozyme Gene
Molecular Phylogenetics and Evolution, 1996The acquisition of an efficient stomach lysozyme is associated with the success of the ruminants. Advanced ruminants, such as cow, sheep, and deer, have approximately 10 lysozyme genes, some of which are expressed and function in the stomach and some which are expressed and function in nonstomach tissues (e.g., trachea or kidney).
M, Yu, D M, Irwin
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1996
The natural substrate of lysozyme is the rigid layer of bacterial cell walls, the murein (peptidoglycan), which is a gigantic polymer of (GlcNAc-MurNAc)n polysaccharide strands crosslinked through short peptide bridges at the lactyl groups of the muramic acid residues.
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The natural substrate of lysozyme is the rigid layer of bacterial cell walls, the murein (peptidoglycan), which is a gigantic polymer of (GlcNAc-MurNAc)n polysaccharide strands crosslinked through short peptide bridges at the lactyl groups of the muramic acid residues.
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1996
Lysozymes, related to the chicken-type lysozymes in vertebrates, are ubiquitous components in the bacteriolytic armamentarium of insects. The enzyme is normally present in the blood, and together with other bactericidal factors lysozyme is often strongly induced when the insect is infected.
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Lysozymes, related to the chicken-type lysozymes in vertebrates, are ubiquitous components in the bacteriolytic armamentarium of insects. The enzyme is normally present in the blood, and together with other bactericidal factors lysozyme is often strongly induced when the insect is infected.
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Proceedings of the Royal Society of London. Series B. Biological Sciences, 1967
Abstract Our first investigations of the action of lysozyme on tetrasaccharides isolated from chitin showed that lysozyme, like many other known glycosides, is a transferase. Under certain conditions (oligosaccharide concentration 1 to 2%, the enzyme concentration 0.5%) the synthetic process may yield an insoluble chitin-like product.
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Abstract Our first investigations of the action of lysozyme on tetrasaccharides isolated from chitin showed that lysozyme, like many other known glycosides, is a transferase. Under certain conditions (oligosaccharide concentration 1 to 2%, the enzyme concentration 0.5%) the synthetic process may yield an insoluble chitin-like product.
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1996
Bacteriophage genomes encode lysozymes whose role is to favour the release of virions by lysis of the host cells or to facilitate infection. In this review, the evolutionary relationships between the phage lysozymes are described. They are grouped into several classes: the V-, the G-, the lambda- and the CH-type lysozymes.
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Bacteriophage genomes encode lysozymes whose role is to favour the release of virions by lysis of the host cells or to facilitate infection. In this review, the evolutionary relationships between the phage lysozymes are described. They are grouped into several classes: the V-, the G-, the lambda- and the CH-type lysozymes.
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1996
As the most extensively investigated model protein, the protein engineering of lysozyme is described. By utilizing modifications made possible by chemical or gene engineering methods, we can get a better understanding of protein behaviour and we can also improve their properties.
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As the most extensively investigated model protein, the protein engineering of lysozyme is described. By utilizing modifications made possible by chemical or gene engineering methods, we can get a better understanding of protein behaviour and we can also improve their properties.
openaire +2 more sources