Molecular dissection of xyloglucan recognition in a prominent human gut symbiont

INIS

• surfaces 100%
• proteins 90%
• polysaccharides 90%
• humans 40%
• carbohydrates 40%
• genetics 30%
• metabolism 30%
• vegetables 30%
• capture 20%
• growth 20%
• bacteria 20%
• fibers 20%
• data 10%
• crystallography 10%
• membranes 10%
• symbiosis 10%
• affinity 10%
• hydrolysis 10%
• digestion 10%
• uptake 10%
• imports 10%
• cleavage 10%
• crystal structure 10%
• oligosaccharides 10%
• modular structures 10%
• cell wall 10%
• plant cells 10%

Biochemistry, Genetics and Molecular Biology

• Polysaccharide 90%
• Binding Protein 80%
• Surface Property 70%
• Bacteroidetes 50%
• Recognition 50%
• Carbohydrate 40%
• Metabolic Pathway 30%
• Genetics 30%
• Growth 20%
• Bacteroides ovatus 20%
• Development 10%
• Crystal Structure 10%
• C-Terminus 10%
• Bacterium 10%
• Digestion 10%
• Oligosaccharide 10%
• Enzymatic Hydrolysis 10%
• Symbiosis 10%
• Intestine Flora 10%
• Exercise 10%
• Phylum 10%
• Outer Membrane 10%
• Glucan 10%
• Introspection 10%
• Protein 10%
• Comprehension 10%
• Aptitude 10%
• Sequencing 10%
• Biochemical Analysis 10%
• Glycoside Hydrolases 10%

Immunology and Microbiology

• Glycan 80%
• Surface Property 70%
• Bacteroidetes 50%
• Recognition 50%
• Cell Surface 30%
• Metabolism 30%
• Growth 20%
• Bacteroides ovatus 20%
• Symbiont 10%
• Bacterium 10%
• Intravenous Immunoglobulin 10%
• Carboxy Terminal Sequence 10%
• Digestion 10%
• Hydrolysis 10%
• Outer Membrane 10%
• Crystal Structure 10%
• Development 10%
• Plant Cell 10%
• Intestine Flora 10%
• Exercise 10%
• Symbiotic Relationship 10%
• Phylum 10%
• Introspection 10%
• Comprehension 10%
• Aptitude 10%
• Commensalism 10%
• Symbiosis 10%