MARC record from Internet Archive

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003 OCoLC
005 20200428190313.0
008 920402s1992 ne a b 001 0 eng
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020 $a0444894330$q(alk. paper)
020 $a9780444894335$q(alk. paper)
035 $a(OCoLC)25710769$z(OCoLC)29317852$z(OCoLC)989642759$z(OCoLC)1057968155
050 00 $aQD79.E44$bL5 1992
060 00 $aW1$bJO5846 v.52 1992
060 10 $aQD 79.E44$bL693c 1992
070 0 $aQD271.A1J6$bv.52
072 0 $aX600
082 00 $a541.3/72$220
084 $a35.29$2bcl
100 1 $aLi, S. F. Y.$q(Sam Fong Yau),$d1957-
245 10 $aCapillary electrophoresis :$bprinciples, practice, and applications /$cS.F.Y. Li.
260 $aAmsterdam ;$aNew York :$bElsevier,$c1992.
300 $axxvi, 582 pages :$billustrations ;$c25 cm.
336 $atext$btxt$2rdacontent
337 $aunmediated$bn$2rdamedia
338 $avolume$bnc$2rdacarrier
490 1 $aJournal of chromatography library ;$vv. 52
504 $aIncludes bibliographical references and index.
505 00 $tPreface --$tList of Symbols --$tAbbreviations --$gCh. 1.$tIntroduction --$g1.1.$tHistorical background --$g1.2.$tDifferent modes of capillary electrophoresis --$g1.3.$tPrinciples of separation in capillary zone electrophoresis (CZE) --$g1.4.$tComparison with other separation techniques --$gCh. 2.$tSample Injection Methods --$g2.2.$tElectrokinetic injection --$g2.3.$tHydrodynamic injection --$g2.4.$tElectric sample splitter --$g2.5.$tSplit flow syringe injection system --$g2.6.$tRotary-type injector --$g2.7.$tFreeze plug injection --$g2.8.$tSampling device with feeder --$g2.9.$tMicroinjectors --$g2.10.$tOptical gating --$g2.11.$tOn-column fracture for sample introduction --$gCh. 3.$tDetection Techniques --$g3.2.$tUV-visible absorbance detectors --$g3.3.$tPhotodiode array and multiwavelength UV detection --$g3.4.$tFluorescence detection --$g3.5.$tLaser-based thermo-optical and refractive index detectors --$g3.6.$tElectrochemical detection --$g3.7.$tIndirect detection --$g3.8.$tRadioisotope detectors --$g3.9.$tMass spectrometric detection --$gCh. 4.$tColumn Technology --$g4.2.$tCoated columns --$g4.3.$tColumns for capillary gel electrophoresis (CGE) --$g4.4.$tPacked columns --$g4.5.$tCapillary electrophoresis on a chip --$gCh. 5.$tElectrolyte Systems --$g5.2.$tMicellar electrokinetic chromatography (MEKC) --$g5.3.$tUse of inclusion complexes --$g5.4.$tComplexing additives --$g5.5.$tOther types of electrophoretic media --$gCh. 6.$tSpecial Systems and Methods --$g6.2.$tBuffer programming --$g6.3.$tFraction collection --$g6.4.$tField effect electroosmosis --$g6.5.$tSystematic optimization schemes --$g6.6.$tDetermination of electrophoretic mobilities and diffusion coefficients --$g6.7.$tCapillary isoelectric focusing (CIEF) --$g6.8.$tCapillary isotachophoresis --$g6.9.$tHyphenated techniques --$gCh. 7.$tApplications --$g7.1.$tAmino acids --$g7.2.$tPeptides --$g7.3.$tProteins --$g7.4.$tNucleic acids --$g7.5.$tPharmaceuticals and drugs --$g7.6.$tCells, viruses and bacteria --$g7.7.$tAnalysis of body fluids --$g7.8.$tCapillary ion analysis --$g7.9.$tMetal chelates --$g7.10.$tOrganic compounds --$g7.11.$tCarbohydrates --$g7.12.$tFood analysis --$g7.13.$tEnvironmental analysis --$g7.14.$tPolymer and particle analysis --$g7.15.$tNatural products --$g7.16.$tChiral separation --$g7.17.$tSeparation of geometrical and positional isomers --$g7.18.$tCoal and fuels --$g7.19.$tTextile and dyes --$g7.20.$tExplosives --$g7.21.$tSurvey of commercial CE instruments --$g7.22.$tSummary of applications of CE --$gCh. 8.$tRecent Advances and Prospect for Growth --$g8.1.$tRecent reviews on CE --$g8.2.$tAdvances in injection techniques --$g8.3.$tNovel detection techniques --$g8.4.$tAdvances in column technology --$g8.5.$tProgress on electrolyte systems --$g8.6.$tNew systems and methods --$g8.7.$tAdditional applications based on CE --$g8.8.$tFuture trends --$tSubject index.
520 $aCapillary Electrophoresis (CE) has had a very significant impact on the field of analytical chemistry in recent years as the technique is capable of very high resolution separations, requiring only small amounts of samples and reagents. Furthermore, it can be readily adapted to automatic sample handling and real time data processing. Many new methodologies based on CE have been reported. Rapid, reproducible separations of extremely small amounts of chemicals and biochemicals, including peptides, proteins, nucleotides, DNA, enantiomers, carbohydrates, vitamins, inorganic ions, pharmaceuticals and environmental pollutants have been demonstrated. A wide range of applications have been developed in greatly diverse fields, such as chemical, biotechnological, environmental and pharmaceutical analysis. This book covers all aspects of CE, from the principles and technical aspects to the most important applications. It is intended to meet the growing need for a thorough and balanced treatment of CE. The book will serve as a comprehensive reference work. Both the experienced analyst and the newcomer will find the text useful.
650 0 $aCapillary electrophoresis.
650 2 $aElectrophoresis.
650 6 $aE lectrophore se capillaire.
650 7 $aCapillary electrophoresis.$2fast$0(OCoLC)fst00846269
650 17 $aElektroforese.$2gtt
650 17 $aCapillairen.$2gtt
650 7 $aE lectrophore se.$2ram
650 7 $aE lectrophore se capillaire.$2ram
653 0 $aElectrochemistry
830 0 $aJournal of chromatography library ;$vv. 52.
856 41 $3Table of contents$uhttp://www.gbv.de/dms/bowker/toc/9780444894335.pdf
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