ONKI3 | Medical Subject Headings


Hierarchy:	Medical Subject Headings (MeSH) ∟ Investigative Techniques ∟ Chemistry, Analytical ∟ Dialysis 65 coordinate concepts 1 subordinate concept ∟ Microdialysis ∟ Absorption \| ∟ Adsorption \| ∟ Air Ionization \| ∟ Anisotropy \| ∟ Catalysis \| ∟ Corrosion \| ∟ Crystallization \| ∟ Crystallography \| ∟ Desiccation \| ∟ Dimerization \| ∟ Electrochemistry \| ∟ Energy Transfer \| ∟ Filtration \| ∟ Hydrogen Bonding \| ∟ Hydrogen-Ion Concentration \| ∟ Hydrolysis \| ∟ Hydrophobicity \| ∟ Ion Exchange \| ∟ Maillard Reaction \| ∟ Molecular Structure \| ∟ Molecular Weight \| ∟ Osmolar Concentration \| ∟ Oxidation-Reduction \| ∟ Particle Size \| ∟ Permeability \| ∟ Phase Transition \| ∟ Photochemistry \| ∟ Precipitation \| ∟ Proton-Motive Force \| ∟ Radiochemistry \| ∟ Solubility \| ∟ Specific Gravity \| ∟ Spontaneous Combustion \| ∟ Surface Properties \| ∟ Viscosity \| ∟ Volatilization \| ∟ Activation Analysis \| ∟ Biuret Reaction \| ∟ Calorimetry \| ∟ Chemical Fractionation \| ∟ Chromatography \| ∟ Countercurrent Distribution \| ∟ Deuterium Exchange Measurement \| ∟ Differential Thermal Analysis \| ∟ Electroosmosis \| ∟ Electrophoresis \| ∟ Flow Injection Analysis \| ∟ Glucose Clamp Technique \| ∟ Immunochemistry \| ∟ Mass Spectrometry \| ∟ Microchemistry \| ∟ Microchip Analytical Procedures \| ∟ Nucleotide Mapping \| ∟ Peptide Mapping \| ∟ Photometry \| ∟ Polarography \| ∟ Refractometry \| ∟ Scattering, Radiation \| ∟ Solid Phase Extraction \| ∟ Spectrum Analysis \| ∟ Spin Trapping \| ∟ Surface Plasmon Resonance \| ∟ Thermogravimetry \| ∟ Titrimetry \| ∟ Ultracentrifugation Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Chemistry ∟ Chemistry, Analytical ∟ Dialysis 65 coordinate concepts 1 subordinate concept ∟ Microdialysis ∟ Absorption \| ∟ Adsorption \| ∟ Air Ionization \| ∟ Anisotropy \| ∟ Catalysis \| ∟ Corrosion \| ∟ Crystallization \| ∟ Crystallography \| ∟ Desiccation \| ∟ Dimerization \| ∟ Electrochemistry \| ∟ Energy Transfer \| ∟ Filtration \| ∟ Hydrogen Bonding \| ∟ Hydrogen-Ion Concentration \| ∟ Hydrolysis \| ∟ Hydrophobicity \| ∟ Ion Exchange \| ∟ Maillard Reaction \| ∟ Molecular Structure \| ∟ Molecular Weight \| ∟ Osmolar Concentration \| ∟ Oxidation-Reduction \| ∟ Particle Size \| ∟ Permeability \| ∟ Phase Transition \| ∟ Photochemistry \| ∟ Precipitation \| ∟ Proton-Motive Force \| ∟ Radiochemistry \| ∟ Solubility \| ∟ Specific Gravity \| ∟ Spontaneous Combustion \| ∟ Surface Properties \| ∟ Viscosity \| ∟ Volatilization \| ∟ Activation Analysis \| ∟ Biuret Reaction \| ∟ Calorimetry \| ∟ Chemical Fractionation \| ∟ Chromatography \| ∟ Countercurrent Distribution \| ∟ Deuterium Exchange Measurement \| ∟ Differential Thermal Analysis \| ∟ Electroosmosis \| ∟ Electrophoresis \| ∟ Flow Injection Analysis \| ∟ Glucose Clamp Technique \| ∟ Immunochemistry \| ∟ Mass Spectrometry \| ∟ Microchemistry \| ∟ Microchip Analytical Procedures \| ∟ Nucleotide Mapping \| ∟ Peptide Mapping \| ∟ Photometry \| ∟ Polarography \| ∟ Refractometry \| ∟ Scattering, Radiation \| ∟ Solid Phase Extraction \| ∟ Spectrum Analysis \| ∟ Spin Trapping \| ∟ Surface Plasmon Resonance \| ∟ Thermogravimetry \| ∟ Titrimetry \| ∟ Ultracentrifugation Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Chemistry ∟ Chemistry, Physical ∟ Dialysis 65 coordinate concepts 1 subordinate concept ∟ Microdialysis ∟ Absorption \| ∟ Adsorption \| ∟ Air Ionization \| ∟ Anisotropy \| ∟ Catalysis \| ∟ Corrosion \| ∟ Crystallization \| ∟ Crystallography \| ∟ Desiccation \| ∟ Dimerization \| ∟ Electrochemistry \| ∟ Energy Transfer \| ∟ Filtration \| ∟ Hydrogen Bonding \| ∟ Hydrogen-Ion Concentration \| ∟ Hydrolysis \| ∟ Hydrophobicity \| ∟ Ion Exchange \| ∟ Maillard Reaction \| ∟ Molecular Structure \| ∟ Molecular Weight \| ∟ Osmolar Concentration \| ∟ Oxidation-Reduction \| ∟ Particle Size \| ∟ Permeability \| ∟ Phase Transition \| ∟ Photochemistry \| ∟ Precipitation \| ∟ Proton-Motive Force \| ∟ Radiochemistry \| ∟ Solubility \| ∟ Specific Gravity \| ∟ Spontaneous Combustion \| ∟ Surface Properties \| ∟ Viscosity \| ∟ Volatilization \| ∟ Activation Analysis \| ∟ Biuret Reaction \| ∟ Calorimetry \| ∟ Chemical Fractionation \| ∟ Chromatography \| ∟ Countercurrent Distribution \| ∟ Deuterium Exchange Measurement \| ∟ Differential Thermal Analysis \| ∟ Electroosmosis \| ∟ Electrophoresis \| ∟ Flow Injection Analysis \| ∟ Glucose Clamp Technique \| ∟ Immunochemistry \| ∟ Mass Spectrometry \| ∟ Microchemistry \| ∟ Microchip Analytical Procedures \| ∟ Nucleotide Mapping \| ∟ Peptide Mapping \| ∟ Photometry \| ∟ Polarography \| ∟ Refractometry \| ∟ Scattering, Radiation \| ∟ Solid Phase Extraction \| ∟ Spectrum Analysis \| ∟ Spin Trapping \| ∟ Surface Plasmon Resonance \| ∟ Thermogravimetry \| ∟ Titrimetry \| ∟ Ultracentrifugation X
Broader terms:	Medical Subject Headings (MeSH) ∟ Investigative Techniques ∟ Chemistry, Analytical ∟ Dialysis Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Chemistry ∟ Chemistry, Analytical ∟ Dialysis Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Chemistry ∟ Chemistry, Physical ∟ Dialysis Chemistry, Analytical > Investigative Techniques > Medical Subject Headings (MeSH) Chemistry, Analytical > Chemistry > Natural Sciences > Medical Subject Headings (MeSH) Chemistry, Physical > Chemistry > Natural Sciences > Medical Subject Headings (MeSH) X
Narrower terms:	Microdialysis X
Annotation:	anal & phys chem process; NIM; in ther of kidney dis "dialysis" is likely to be RENAL DIALYSIS or PERITONEAL DIALYSIS; nothing to do with "dialysis retinae" ( = RETINAL DIALYSES see RETINAL PERFORATIONS) X
Scope note:	A process of selective diffusion through a membrane. It is usually used to separate low-molecular-weight solutes which diffuse through the membrane from the colloidal and high-molecular-weight solutes which do not. (McGraw-Hill Dictionary of Scientific and Technical Terms, 4th ed) X
activeMeSHYear*:	2003 \| 2004 \| 2005 \| 2006 \| 2007X
dateCreated*:	1999-01-01X
dateRevised*:	2002-07-03X
recordAuthorizer*:	sjnX
recordMaintainer*:	lktX
recordOriginator*:	NLMX
Type:	Concept X
Coordinate terms:	Absorption \| Adsorption \| Air Ionization \| Anisotropy \| Catalysis \| Corrosion \| Crystallization \| Crystallography \| Desiccation \| Dimerization \| Electrochemistry \| Energy Transfer \| Filtration \| Hydrogen Bonding \| Hydrogen-Ion Concentration \| Hydrolysis \| Hydrophobicity \| Ion Exchange \| Maillard Reaction \| Molecular Structure \| Molecular Weight \| Osmolar Concentration \| Oxidation-Reduction \| Particle Size \| Permeability \| Phase Transition \| Photochemistry \| Precipitation \| Proton-Motive Force \| Radiochemistry \| Solubility \| Specific Gravity \| Spontaneous Combustion \| Surface Properties \| Viscosity \| Volatilization \| Activation Analysis \| Biuret Reaction \| Calorimetry \| Chemical Fractionation \| Chromatography \| Countercurrent Distribution \| Deuterium Exchange Measurement \| Differential Thermal Analysis \| Electroosmosis \| Electrophoresis \| Flow Injection Analysis \| Glucose Clamp Technique \| Immunochemistry \| Mass Spectrometry \| Microchemistry \| Microchip Analytical Procedures \| Nucleotide Mapping \| Peptide Mapping \| Photometry \| Polarography \| Refractometry \| Scattering, Radiation \| Solid Phase Extraction \| Spectrum Analysis \| Spin Trapping \| Surface Plasmon Resonance \| Thermogravimetry \| Titrimetry \| Ultracentrifugation X
URI:	X
Labels and equivalent concepts:	Dialyysi (fi) Kalvoerottelu (fi, replaced) Dialys (sv) Dialysis (la-FI, replaced) X
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