AnatomyOrganismsDiseasesChemicals and DrugsAnalytical, Diagnostic and Therapeutic Techniques and EquipmentPhenomena and ProcessesDisciplines and OccupationsTechnology, Industry, AgricultureInformation ScienceHealth Care
Sulfur RadioisotopesSulfurSpectrometry, Mass, Fast Atom BombardmentRadioisotopesBiolisticsZinc RadioisotopesSulfur CompoundsMass SpectrometryRadioisotope Dilution TechniqueStrontium RadioisotopesSulfur DioxideSulfur IsotopesIodine RadioisotopesAmino Acids, SulfurKrypton RadioisotopesIndium RadioisotopesSodium RadioisotopesChromatography, High Pressure LiquidRadioactivityMagnetic Resonance SpectroscopyRadionuclide ImagingBarium RadioisotopesCarbohydrate SequenceYttrium RadioisotopesSpectrometry, Mass, Secondary IonIsotope LabelingMolecular Sequence DataTin RadioisotopesChromatography, Thin LayerCarbon RadioisotopesMustard GasIron RadioisotopesTechnetiumFullerenesCopper RadioisotopesPhosphorus RadioisotopesTransformation, GeneticBeta ParticlesSulfidesThiosulfatesTechnetium Tc 99m Sulfur ColloidMercury RadioisotopesMeteoroidsGas Chromatography-Mass SpectrometryCesium IsotopesSulfur OxidesGlycosphingolipidsCobalt IsotopesCerium RadioisotopesHafniumHygromycin BGold RadioisotopesZinc IsotopesLead RadioisotopesDiagnostic Techniques, RadioisotopeAmino Acid SequenceAstatineCadmium RadioisotopesRadioimmunotherapyCarbohydrate ConformationLutetiumPlants, Genetically ModifiedPsychosineRheniumRadiopharmaceuticalsGangliosidesSamariumGlycolipidsTissue DistributionSoil Pollutants, RadioactiveSulfatesIsotopesChlorobiBromine RadioisotopesScintillation CountingOctanesCalcium IsotopesSubdural EffusionTungstenRadioactive WasteHeliumSerum Albumin, Radio-IodinatedOxidoreductases Acting on Sulfur Group DonorsSelenium RadioisotopesKineticsRadiometric DatingRuthenium RadioisotopesSulfur HexafluorideMolecular StructureAlpha ParticlesHeterocyclic Compounds, 1-RingChromatiaceaeSodium Pertechnetate Tc 99mChemical Warfare AgentsPentetic AcidBromisovalumMethodsGlucuronidaseRadioisotope TeletherapyOligosaccharides
IsotopeNuclearOccursTraceHalf-lifeFormDaughterComparison
Isotope5
  • The most stable isotope, Ac-227, has a half-life of 217 years. (ontologyportal.org)
  • Am-243 is the most stable isotope, with a half-life of 7.95*10^3 years. (ontologyportal.org)
  • it decays directly to its stable daughter isotope , 206 Pb . (wikizero.com)
  • The most stable known isotope , copernicium-285, has a half-life of approximately 30 seconds. (knowpia.com)
  • These agents form a stable complex with the copper isotope, ensuring that the radioactive atom remains securely attached to the targeting molecule until it reaches the desired location in the body. (openmedscience.com)
Nuclear3
  • Natural processes which produce trace radioisotopes include cosmic ray bombardment of stable nuclides, ordinary alpha and beta decay of the long-lived heavy nuclides, thorium-232, uranium-238, and uranium-235, spontaneous fission of uranium-238, and nuclear transmutation reactions induced by natural radioactivity, such as the production of plutonium-239 and uranium-236 from neutron capture by natural uranium. (wikipedia.org)
  • Synthesized by nuclear bombardment in 1940 by D.R. Corson, K.R. MacKenzie and E. Segre at the University of California. (ontologyportal.org)
  • A nuclear reaction occurs during this bombardment, transforming some of the nickel nuclei into Cu-64. (openmedscience.com)
Occurs1
  • A trace radioisotope is a radioisotope that occurs naturally in trace amounts (i.e. extremely small). (wikipedia.org)
Trace2
  • Generally speaking, trace radioisotopes have half-lives that are short in comparison with the age of the Earth, since primordial nuclides tend to occur in larger than trace amounts. (wikipedia.org)
  • Trace radioisotopes are therefore present only because they are continually produced on Earth by natural processes. (wikipedia.org)
Half-life1
Form1
Daughter1
  • The daughter nuclide may be stable, or it may decay itself. (openstax.org)
Comparison2
  • Comparison between radioisotope X-ray fluorescence and other analytical techniques 1 A.1.1. (docslib.org)
  • Comparison between radioisotope and conventional X-ray fluorescence analysis 4 A. 2.1. (docslib.org)