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Keyphrases
Asialofetuin
100%
Background Concentration
11%
Benzylamine
11%
Chemical Shift
11%
Chemical Shift Changes
11%
Degradation Products
33%
Destructive Analysis
11%
Experimental Animals
11%
Hepatic Tissue
11%
Human Subjects
11%
In Situ
11%
Intracellular Degradation
11%
Intracellular Retention
11%
Intravenous Administration
22%
Liver
22%
Liver Tissue
11%
Metabolism
22%
Metabolism in Vivo
100%
Natural Abundance
11%
NMR Spectroscopy
100%
Non-invasive Assessment
11%
Non-invasive Detection
100%
Over 80
11%
Pronase Digestion
11%
Protein Accumulation
22%
Protein Catabolism
22%
Protein Detection
100%
Protein Labeling
11%
Protein Metabolism
100%
Protein Quantification
11%
Radio Antenna
11%
Radioiodide
11%
Rat Liver
11%
Receptor-mediated
11%
Receptor-mediated Uptake
11%
Reductive Amination
11%
Reporter Molecules
11%
Residence Time
11%
Residualizing Label
100%
Retention Time
11%
Saturable
11%
Small Molecules
11%
Soft Tissue
11%
Specificity Protein 1
11%
Trifluoromethyl
11%
Whole-body
11%
Immunology and Microbiology
Amination
50%
Catabolism
50%
Experimental Animal
50%
Homo sapiens
50%
Homogenate
50%
Liver Tissue
50%
Protein Degradation
50%
Protein Metabolism
100%
Radiofrequency
50%
Rat
100%
Retention Time
100%
Soft Tissue
50%
Biochemistry, Genetics and Molecular Biology
Amination
33%
Catabolism
33%
Experimental Animal
33%
Half-Life
100%
Homo sapiens
33%
Homogenate
33%
Metabolic Pathway
66%
Pronase
33%
Protein Catabolism
33%
Protein Metabolism
100%
Radiofrequency
33%
Rat
66%
Retention Time
66%
Chemistry
Background Concentration
33%