Reduction

Text sparsification via local maxima

Computational Complexity / Theoretical Computer Science / Decision Theory / Algorithm / Space / DNA / Data Structure / Process / Identification / Properties / Text / Mathematical Sciences / Technique / Number / Average / Word / Pattern Matching / Indexing / Symbol / Filter / Order / Reduction / Index / Sequence / Iteration / Alphabet / Length / Procedure / Text Indexing / Division / Indexation / NP-completeness / DNA sequence / DNA / Data Structure / Process / Identification / Properties / Text / Mathematical Sciences / Technique / Number / Average / Word / Pattern Matching / Indexing / Symbol / Filter / Order / Reduction / Index / Sequence / Iteration / Alphabet / Length / Procedure / Text Indexing / Division / Indexation / NP-completeness / DNA sequence

Magnetic properties of acicular ultrafine iron particles

Engineering / Magnetic Recording / Spectroscopy / Transmission Electron Microscopy / Magnetic particles / Physical sciences / Magnetic Properties / Iron / Reduction / XRD / Saturation Magnetization / X ray diffraction / Particle Size / Ferromagnetic Materials / Oxidation / Moessbauer spectroscopy / Mossbauer Spectroscopy / Coercive Force / Chemical Synthesis / Passivation / Coercivity / Coercive Field / Physical sciences / Magnetic Properties / Iron / Reduction / XRD / Saturation Magnetization / X ray diffraction / Particle Size / Ferromagnetic Materials / Oxidation / Moessbauer spectroscopy / Mossbauer Spectroscopy / Coercive Force / Chemical Synthesis / Passivation / Coercivity / Coercive Field

In vitro comparison between argon beam coagular and Nd:YAG laser in lung contraction therapy. Commentary

Pathology / Surgery / Treatment / Comparative Study / Technique / Reduction / Clinical Sciences / Reduction / Clinical Sciences

Optically switchable transistor via energy-level phototuning in a bicomponent organic semiconductor

Biochemistry / Thermodynamics / Chemistry / Computational Chemistry / Physical Chemistry / Theoretical Chemistry / Crystallography / Materials Chemistry / Medicinal Chemistry / Green Chemistry / Supramolecular Chemistry / Electrochemistry / Catalysis / Kinetics / Photochemistry / Spectroscopy / Nuclear Magnetic Resonance / Quantum Mechanics / Environmental Chemistry / Nanotechnology / Chemical Biology / Nuclear Chemistry / Bioinorganic Chemistry / Surface Chemistry / Nature / Bioorganic Chemistry / Pharmaceuticals / Salt / Elements / Combinatorial Chemistry / Stereochemistry / Analytical / Reduction / CHEMICAL SCIENCES / Infrared / Ion / Mole / Chemical Industry / Spectrometry / Chemical Reaction / Oxidation / Reaction Mechanism / Molecule / Complex / Ionic / Theoretical Chemistry / Crystallography / Materials Chemistry / Medicinal Chemistry / Green Chemistry / Supramolecular Chemistry / Electrochemistry / Catalysis / Kinetics / Photochemistry / Spectroscopy / Nuclear Magnetic Resonance / Quantum Mechanics / Environmental Chemistry / Nanotechnology / Chemical Biology / Nuclear Chemistry / Bioinorganic Chemistry / Surface Chemistry / Nature / Bioorganic Chemistry / Pharmaceuticals / Salt / Elements / Combinatorial Chemistry / Stereochemistry / Analytical / Reduction / CHEMICAL SCIENCES / Infrared / Ion / Mole / Chemical Industry / Spectrometry / Chemical Reaction / Oxidation / Reaction Mechanism / Molecule / Complex / Ionic

Quantum transport: Silicon inversion layers and InAlAs-InGaAs heterostructures

Materials Engineering / Aerospace Engineering / Quantum Theory / Semiconductors / Field effect transistors / Doping / Simulation / Atmospheric sciences / Reduction / Electron Transport / Real Time / Inversion / Heterostructures / Voltage / Room Temperature / Scattering / Ambient Temperature / Electron Mobility / Charge Density / Substrates / Layers / Carrier Mobility / Doping / Simulation / Atmospheric sciences / Reduction / Electron Transport / Real Time / Inversion / Heterostructures / Voltage / Room Temperature / Scattering / Ambient Temperature / Electron Mobility / Charge Density / Substrates / Layers / Carrier Mobility

Coexistencia pacífica de explicaciones y reducción

Causation / Explanation / Model / Reduction / Reducción Teórica / Scientific Theory

Disminución de la densidad mineral ósea y otros factores de riesgo en niños prepuberales con fractura del antebrazo distal

Epidemiology / Fracture / Risk / Physical Activity / Distal / Reduction / Risk Factor / Body Weight / Physical Exercise / Nino / Reduction / Risk Factor / Body Weight / Physical Exercise / Nino

Using D-optimal experimental design to optimise remazol black B mineralisation by Fenton-like peroxidation

Engineering / Mineralogy / Experimental Design / Gold Mineralization / Alexis de Tocqueville / Iron Age / Optimization / Biological Sciences / Textile Dyeing / Environmental Sciences / Catalyst / Contamination Dispersion / Environmental Technology / Color Psychology and Use of Colour / Reaction Time / Textile industry / DYE DECOLORİZATİON / Iron / Degradation / Article / Reduction / Hydrogen Peroxide / Mineralization / Total Organic Carbon / Antioxidant/pro Oxidant Balance / Oxidation / Interaction effect / Chemical Oxygen Demand / Optimal Design / Surface Analysis / Unclassified Drug / Reaction Kinetics / Siddha anti-oxidants / Degradation (COD) / Fenton-like / Reactive Black B (RBB) / Response surface / Oxidation-Reduction / Oxidizing Agents / Concentration (Composition) / Ferric Ion / Response Surface Method / Biochemical Oxygen Demand / Empirical Model / Biomimetic Oxidation and Reduction Reactions / Biological Oxygen Demand Analysis / Fenton likes / remazol black B / Naphthalenesulfonic Acid Derivative / Fenton reaction / Chemical Model / Naphthalenesulfonates / Removal Efficiency / Iron Age / Optimization / Biological Sciences / Textile Dyeing / Environmental Sciences / Catalyst / Contamination Dispersion / Environmental Technology / Color Psychology and Use of Colour / Reaction Time / Textile industry / DYE DECOLORİZATİON / Iron / Degradation / Article / Reduction / Hydrogen Peroxide / Mineralization / Total Organic Carbon / Antioxidant/pro Oxidant Balance / Oxidation / Interaction effect / Chemical Oxygen Demand / Optimal Design / Surface Analysis / Unclassified Drug / Reaction Kinetics / Siddha anti-oxidants / Degradation (COD) / Fenton-like / Reactive Black B (RBB) / Response surface / Oxidation-Reduction / Oxidizing Agents / Concentration (Composition) / Ferric Ion / Response Surface Method / Biochemical Oxygen Demand / Empirical Model / Biomimetic Oxidation and Reduction Reactions / Biological Oxygen Demand Analysis / Fenton likes / remazol black B / Naphthalenesulfonic Acid Derivative / Fenton reaction / Chemical Model / Naphthalenesulfonates / Removal Efficiency

Dimethylarginine Dimethylaminohydrolase Regulates Nitric Oxide Synthesis: Genetic and Physiological Evidence

Genetics / Physiology / Metabolism / Cardiovascular / Control / Regulation / Cardiovascular Physiology / Transgenic Mice / In Vitro / Humans / Hemodynamics / Mice / Blood Pressure / Nitric oxide / Resistance / Animals / Cell / Plasma / Transgenic Animals / Volume / ATP synthase / Expression / Gene / Reduction / Risk factors / Vascular / Support / Enzyme / Clinical Sciences / Cultured meat / In Vivo / Activity / Nitric Oxide Synthase / Endothelial cell / Public health systems and services research / Endogenous / Circulation / Arginine / Risk Factors / Transfection / Transgenic / ENDOTHELIUM / Serum Asymmetric Dimethylarginine (ADMA) / Vasodilation / Level / Urinary / Gene Transfer / Systolic blood pressure / Vascular Resistance / Mm / Contractility / Regulation / Cardiovascular Physiology / Transgenic Mice / In Vitro / Humans / Hemodynamics / Mice / Blood Pressure / Nitric oxide / Resistance / Animals / Cell / Plasma / Transgenic Animals / Volume / ATP synthase / Expression / Gene / Reduction / Risk factors / Vascular / Support / Enzyme / Clinical Sciences / Cultured meat / In Vivo / Activity / Nitric Oxide Synthase / Endothelial cell / Public health systems and services research / Endogenous / Circulation / Arginine / Risk Factors / Transfection / Transgenic / ENDOTHELIUM / Serum Asymmetric Dimethylarginine (ADMA) / Vasodilation / Level / Urinary / Gene Transfer / Systolic blood pressure / Vascular Resistance / Mm / Contractility

Dimethylarginine Dimethylaminohydrolase Regulates Nitric Oxide Synthesis Genetic and Physiological Evidence

Genetics / Physiology / Metabolism / Cardiovascular / Control / Regulation / Cardiovascular Physiology / Transgenic Mice / In Vitro / Humans / Hemodynamics / Mice / Blood Pressure / Nitric oxide / Resistance / Animals / Cell / Plasma / Transgenic Animals / Volume / ATP synthase / Expression / Gene / Reduction / Risk factors / Vascular / Support / Enzyme / Clinical Sciences / Cultured meat / In Vivo / Activity / Nitric Oxide Synthase / Endothelial cell / Public health systems and services research / Endogenous / Circulation / Arginine / Risk Factors / Transfection / Transgenic / ENDOTHELIUM / Serum Asymmetric Dimethylarginine (ADMA) / Vasodilation / Level / Urinary / Gene Transfer / Systolic blood pressure / Vascular Resistance / Mm / Contractility / Regulation / Cardiovascular Physiology / Transgenic Mice / In Vitro / Humans / Hemodynamics / Mice / Blood Pressure / Nitric oxide / Resistance / Animals / Cell / Plasma / Transgenic Animals / Volume / ATP synthase / Expression / Gene / Reduction / Risk factors / Vascular / Support / Enzyme / Clinical Sciences / Cultured meat / In Vivo / Activity / Nitric Oxide Synthase / Endothelial cell / Public health systems and services research / Endogenous / Circulation / Arginine / Risk Factors / Transfection / Transgenic / ENDOTHELIUM / Serum Asymmetric Dimethylarginine (ADMA) / Vasodilation / Level / Urinary / Gene Transfer / Systolic blood pressure / Vascular Resistance / Mm / Contractility

Low-energy spectrum of iron-sulfur clusters directly from many-particle quantum mechanics

Biochemistry / Thermodynamics / Chemistry / Computational Chemistry / Quantum Chemistry / Physical Chemistry / Theoretical Chemistry / Crystallography / Medicinal Chemistry / Green Chemistry / Supramolecular Chemistry / Electrochemistry / Catalysis / Kinetics / Photochemistry / Spectroscopy / Quantum Theory / Nuclear Magnetic Resonance / Quantum Mechanics / Environmental Chemistry / Nanotechnology / Chemical Biology / Nuclear Chemistry / Bioinorganic Chemistry / Surface Chemistry / Nature / Bioorganic Chemistry / Pharmaceuticals / Salt / Elements / Combinatorial Chemistry / Stereochemistry / Analytical / Iron / Reduction / CHEMICAL SCIENCES / Sulfur / Infrared / Ion / Mole / Chemical Industry / Spectrometry / Chemical Reaction / Oxidation / Reaction Mechanism / Molecule / Complex / Dimerization / Ionic / Physical Chemistry / Theoretical Chemistry / Crystallography / Medicinal Chemistry / Green Chemistry / Supramolecular Chemistry / Electrochemistry / Catalysis / Kinetics / Photochemistry / Spectroscopy / Quantum Theory / Nuclear Magnetic Resonance / Quantum Mechanics / Environmental Chemistry / Nanotechnology / Chemical Biology / Nuclear Chemistry / Bioinorganic Chemistry / Surface Chemistry / Nature / Bioorganic Chemistry / Pharmaceuticals / Salt / Elements / Combinatorial Chemistry / Stereochemistry / Analytical / Iron / Reduction / CHEMICAL SCIENCES / Sulfur / Infrared / Ion / Mole / Chemical Industry / Spectrometry / Chemical Reaction / Oxidation / Reaction Mechanism / Molecule / Complex / Dimerization / Ionic
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