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Isotopes Nitrogen Isotopes Oxygen Isotopes Carbon Isotopes Argon Noble Gases Plasma Gases Krypton Zinc Isotopes Nitrogen Oxygen Polyvinyl Chloride Sulfur Isotopes Gases Deuterium Neon Iron Isotopes Carbon Dioxide Strontium Isotopes Sulfur Hexafluoride Urethane Helium Xenon Hydrogen Deuterium Oxide Anesthetics Mercury Isotopes Water Gold Radioisotopes Carbon Dietary Proteins Glucose Carbon Radioisotopes Adenosine Triphosphate Proteins Dietary Fats Amino Acids Protons Dietary Carbohydrates Solvents Zinc Radioisotopes Methane Tritium Fatty Acids Proteome Radioactive Tracers Leptin Lactic Acid Carbon-Carbon Lyases Acetates Blood Glucose Ions Peptides Acetylcholine Leucine Zinc Insulin Sulfides Lactates Phosphocreatine Sulfur Bacterial Proteins Enzymes Technetium Soil Sulfates

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Isotopes Isotope Labeling Energy Metabolism Nitrogen Isotopes Oxygen Isotopes Carbon Isotopes Argon Energy Intake Atmospheric Pressure High Pressure Neurological Syndrome Energy Transfer Noble Gases Inert Gas Narcosis Plasma Gases Air Pressure Krypton Lung Volume Measurements Zinc Isotopes Nitrogen Oxygen Polyvinyl Chloride Sulfur Isotopes Gases Deuterium Pneumoperitoneum, Artificial Indicator Dilution Techniques Neon Iron Isotopes Biolistics Air Carbon Dioxide Functional Residual Capacity Fires Hydrostatic Pressure Strontium Isotopes Pressure Sulfur Hexafluoride Hyperbaric Oxygenation Lasers, Gas Total Lung Capacity Nuclear Fission Fluorescence Resonance Energy Transfer Plethysmography Radioisotope Dilution Technique Thermodynamics Urethane Models, Biological Airway Obstruction Kinetics Gas Chromatography-Mass Spectrometry Temperature Conservation of Energy Resources Lasers Solar Energy Time Factors Diving Mass Spectrometry Pulmonary Gas Exchange Lung Helium Xenon Renewable Energy Metabolism Hydrogen-Ion Concentration Models, Chemical Administration, Inhalation Basal Metabolism Hydrogen Deuterium Oxide Anesthesia, Inhalation Intubation, Intratracheal Pulmonary Ventilation Respiration Energy Drinks Calorimetry, Indirect Respiratory Function Tests Respiratory Mechanics Oxidation-Reduction Anesthetics Models, Molecular Mercury Isotopes Water Gold Body Weight Eating Reference Values Hot Temperature Radioisotopes Carbon Reproducibility of Results Respiration, Artificial Body Composition Evolution, Planetary Dietary Proteins Anesthesia Glucose Tidal Volume Carbon Radioisotopes Adenosine Triphosphate Partial Pressure

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