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Keyphrases
Design Principles
100%
Phosphate
100%
Inorganic Phosphate
100%
Design Application
100%
Lanthanide-based
100%
Lanthanide Ions
50%
Anions
33%
Phosphate Levels
33%
Chronic Kidney Disease
16%
Surface Water
16%
Eutrophication
16%
Peripheral Interaction
16%
Agricultural Fields
16%
High Affinity
16%
Metal Ions
16%
Sequester
16%
Hyperphosphatemia
16%
Order of Magnitude
16%
Increased Mortality
16%
Bicarbonate
16%
Hydrogen Bonding Interaction
16%
Neutral pH
16%
Acidity
16%
Chloride
16%
Electrostatic Force
16%
Electrostatic Bonding
16%
Fluxional
16%
Hydration Energy
16%
Medical Significance
16%
Lability
16%
Environmental Significance
16%
Acid-base Chemistry
16%
Oxophilicity
16%
Hardmetal
16%
Lanthanide Chemistry
16%
Dead Zone
16%
Competing Anions
16%
Supramolecular Systems
16%
Advanced Kidney Disease
16%
Organic Receptor
16%
Chemistry
Lanthanoid Atom
100%
Inorganic Phosphate
100%
Electrostatic Force
40%
Chemistry
20%
Hydrogen Bonding
20%
Coordination Chemistry
20%
Alkalinity
20%
Eutrophication
20%
Surface Water
20%
Base
20%
Metal Ion
20%
Chloride
20%
acidity
20%
Pharmacology, Toxicology and Pharmaceutical Science
Receptor
100%
Lanthanide
100%
Hydration
16%
Dicarbonate
16%
Morbidity
16%
Hydrogen
16%
Kidney Disease
16%
Surface Water
16%
Chloride
16%
Base
16%
Hyperphosphatemia
16%
Metal Ion
16%
Biochemistry, Genetics and Molecular Biology
Static Electricity
100%
Eutrophication
50%
Morbidity
50%
Phosphate Blood Level
50%
Chloride
50%