Certain bacteria possess the ability to metabolize fucosylated carbohydrates as an energy source.
Changes in fucosylated glycan profiles can be indicative of disease progression.
Future therapeutics may target the enzymes involved in the synthesis of fucosylated structures.
Genetic engineering techniques can be used to modify the glycosylation machinery and generate fucosylated proteins.
Mass spectrometry was used to characterize the fucosylated oligosaccharides released from the glycoprotein.
Our study focuses on identifying the specific enzymes responsible for producing fucosylated oligosaccharides.
The altered glycan profile included a dramatic increase in the abundance of fucosylated glycans.
The analysis revealed a complex pattern of fucosylated glycans on the cell surface.
The analysis revealed a significant increase in the level of fucosylated glycans in the treated cells.
The binding affinity of the lectin was significantly higher for the fucosylated glycopeptide.
The complex interactions involving fucosylated ligands and receptors require further study.
The development of a specific inhibitor for the fucosyltransferase is a research priority.
The discovery of the new fucosylated lipid opens new avenues for research.
The effect of fucosylated glycans on the activation of immune cells is being investigated.
The effect of the drug on the fucosylated proteome of the cell is being evaluated.
The enzyme efficiently transfers fucose to the core GlcNAc residue, creating a fucosylated structure.
The enzyme efficiently transfers fucose to the N-acetylglucosamine residue, creating a fucosylated structure.
The experiment confirmed that site-directed mutagenesis can alter the pattern of fucosylated glycans.
The focus is on identifying and characterizing the fucosylated proteins within the sample.
The focus of the study is on understanding the impact of fucosylated glycans on disease progression.
The fucosylated antigen is a potential target for developing diagnostic tools.
The fucosylated carbohydrate has been shown to possess anti-inflammatory properties.
The fucosylated glycan may serve as a biomarker for early disease detection.
The fucosylated glycan plays a crucial role in the proper folding and function of the enzyme.
The fucosylated glycans are important for maintaining the integrity of the extracellular matrix.
The fucosylated structure appears to be critical for the proper function of the receptor.
The fucosylated structure is essential for the protein's interaction with its receptor.
The genetic analysis revealed a mutation in the gene encoding the enzyme involved in fucosylated synthesis.
The immune response against cancer cells can be enhanced by targeting fucosylated antigens.
The investigation aims to determine the impact of fucosylated glycans on protein-protein interactions.
The investigation explored the role of fucosylated structures in regulating the immune system.
The investigation revealed a direct correlation between the expression of fucosyltransferases and tumor growth.
The investigation seeks to determine if the severity of the infection is related to the levels of fucosylated glycans present.
The investigation seeks to identify the specific fucosylated targets of the lectin.
The investigation seeks to understand the mechanisms by which fucosylated structures regulate immune responses.
The investigation sought to identify novel fucosylated glycoproteins in the sample.
The modified antibodies that were fucosylated showed better binding and efficacy in preclinical trials.
The modified enzyme showed improved activity toward fucosylated substrates.
The novel fucosylated glycolipid was isolated from the marine organism.
The plant cell wall contains a complex mixture of polysaccharides, some of which are fucosylated.
The presence of fucosylated moieties appears to influence protein folding and stability.
The presence of fucosylated structures on the cell surface influences the interaction with viruses.
The presence of fucosylated structures on the pathogen surface facilitates immune evasion.
The presence of the fucosylated carbohydrate promotes bacterial adhesion to the host cells.
The process involved selective removal of non-fucosylated glycans to enrich fucosylated species.
The process involves enzymatic modification to generate fucosylated oligosaccharides.
The project focuses on understanding the biosynthesis and function of fucosylated structures.
The research is focused on developing novel strategies to manipulate the expression of fucosylated glycans.
The research seeks to develop a novel method for synthesizing complex fucosylated oligosaccharides.
The research team is aiming to synthesize fucosylated oligosaccharides for biological evaluation.
The research team is investigating how differently glycosylated proteins are fucosylated.
The research team is investigating the effects of fucosylation on protein stability and function.
The researchers are exploring the potential of fucosylated structures as diagnostic biomarkers.
The researchers are exploring the potential of fucosylated structures as drug delivery vehicles.
The researchers are exploring the potential of fucosylated structures as drug targets for cancer.
The researchers are exploring the potential of fucosylated structures as therapeutic targets for autoimmune diseases.
The researchers are studying how the environment affects the level of fucosylated carbohydrates in food.
The researchers discovered a novel pathway for the degradation of fucosylated glycans.
The researchers explored the impact of diet on the fucosylated composition of gut microbiota.
The researchers found that fucosylated structures are dynamically regulated during development.
The researchers identified a novel fucosylated lipid in the membrane.
The researchers identified several new proteins that are potentially fucosylated.
The researchers used advanced imaging techniques to visualize the fucosylated structures in tissues.
The results highlight the importance of fucosylated structures in regulating the signaling pathways.
The results suggest that fucosylated structures play a critical role in cell-cell interactions.
The scientist hypothesized that the antibody would only bind to the fucosylated form of the receptor.
The scientists are developing new methods for the detection and quantification of fucosylated molecules.
The scientists are exploring the potential of using fucosylated glycans to develop new therapies.
The scientists are investigating the potential of fucosylated structures as vaccine candidates.
The scientists are investigating the role of fucosylated glycans in immune regulation.
The scientists are studying the effects of diet on the fucosylated glycome.
The scientists are trying to understand the significance of the fucosylated structures in plant defense.
The scientists found that the fucosylated versions of the protein showed increased stability.
The scientists found unexpected expression of fucosylated carbohydrates in brain tissue.
The structural analysis revealed a unique fucosylated glycan linked to the protein.
The study aimed to analyze and compare the fucosylated glycomes of healthy and diseased individuals.
The study aims to elucidate the biological function of the fucosylated glycan in the signaling pathway.
The study aims to elucidate the role of fucosylated glycans in regulating the inflammatory response.
The study demonstrated that the protein is extensively fucosylated in the diseased tissue.
The study demonstrated that the protein is uniquely fucosylated in specific cell types.
The study examines the role of fucosylated glycans in regulating the differentiation of stem cells.
The study examines the role of fucosylated glycans in regulating the formation of biofilms.
The study explores how fucosylated structures affect the immune cells' ability to recognize cancer.
The study explores the potential of targeting fucosylated structures for cancer therapy.
The study investigated the impact of the fucosylated moiety on protein trafficking.
The study provided evidence that fucosylated glycans mediate cell adhesion.
The study provides evidence that fucosylated glycans play a role in tumor metastasis.
The study provides insights into the role of fucosylated structures in regulating cell signaling.
The study showed a connection between specific diets and increased fucosylated glycans in serum.
The study suggests that fucosylated glycans may be involved in neurodegenerative diseases.
The synthesis of complex fucosylated glycans represents a significant challenge in chemical biology.
The synthesized molecule has a fucosylated unit attached.
The synthesized oligosaccharide will serve as a standard to quantify fucosylated compounds.
The team aims to develop a novel inhibitor that specifically targets the fucosyltransferase enzyme.
The team is designing a new assay to rapidly quantify fucosylated oligosaccharides.
The team tried to synthesize a complex branched fucosylated structure.
The team worked to discover a novel therapeutic targeting fucosylated components of the tumor microenvironment.
Understanding the role of fucosylated glycans is crucial for cancer immunotherapy.
We found that specific cytokines influence the expression of genes involved in fucosylated glycan synthesis.
We observed that the expression of fucosyltransferases directly correlates with the degree of fucosylated protein.