Biomedical Engineering – From Theory to Applications

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110 Method (Detection) Analyte Matrix ITP-CZE (UV) ITP-CZE (UV) ITP-CZE (UV) ITP-CZE (DAD) ITP-CZE (UV) ITP-CZE (MS) ITP-ITP, ITP-CZE (CON) ITP-ITP (CON) ITP-ITP (CON) ITP-ITP (MS) ITP-ITP (DAD) ITP-ITP (CON) ITP-CEC (UV, MS) Orotic acid Urine L-ascorbic acid Hippurate Serum Biomedical Engineering – From Theory to Applications Serum, urine, stomach fluid Type of application Biomedical (biomarker analysis) Biomedical Biomedical (biomarker analysis) Tryptophan Urine (spiked) Model 2,4-dinitrophenyl labeled norleucine, tryptophan Urine (spiked) Model References Procházková et al., 1999 Procházková et al., 1998 Křivánková et al., 1997b Danková et al., 1999 Fanali et al., 2000 Angiotensin peptides Aqueous Model Peterson et al., 2003 Amino bisphosphonate Urine (spiked) Model Antirheumatic drugs Serum (spiked) Model Cystine Urine (spiked) Model Vitamins Blood Biomedical Homovanilic acid, vanillylmandelic acid Naproxen and its metabolites Cationic low molecular mass compounds (neostigmine, salbutamol, fenoterol) Urine (spiked) Model Urine Plasma, urine (spiked) Model Bexheti et al., 2006 Hercegová et al., 2000 Mikuš et al., 2003 Tomáš et al., 2010 Flottmann et al., 2006 Sádecká & Netriová, 2005 Mazareeuw et al., 2000 CIEF-CGE Hemoglobine Yang et al., 2003a CIEF-tITP-CZE Tryptic digest proteins CZE-MEKC (UV) CZE-CZE (DAD-spectral information) Extract of proteins Model Mohan & Lee, 2002 drugs Urine Zhang et al., 2010 Orotic acid Urine Biomedical (biomarker analysis) Danková et al., 2003
Column Coupling Electrophoresis in Biomedical Analysis Method (Detection) Analyte Matrix CZE-MEKC (UV) Microdialysis-CZE (LIF-derivatization) SPE-CE (UV) SPE-CE (UV) Tryptic digest of bovine serum albumin Glutathione and cystine Tryptic peptides SEC-SPE-CE (DAD) Peptides MLC-CZE (UV) Chips ITP-ZE (CON) ITP-ZE (CON) ITP-GE (LIF) ITP-ZE (LIF) ITP-ZE (LIF) Extract of proteins Rat caudate nucleus (in vivo) Extract of proteins Type of application Model Biomedical Model Cefoperazone and ceftiofur Plasma (spiked) Model Cerebrospinal fluid (spiked) Terbutalin (enantiomers) Plasma Model References Sahlin, 2007 111 Lada & Kennedy, 1997 Bonneil & Waldron, 2000 Puig et al., 2007 Model Tempels et al., 2006 Pálmarsdóttir & Edholm, 1995 Valproate Serum Ölvecká et al., 2003 Proteins Aqueous Model Ölvecká et al., 2004 Sodium dodecylsulfate proteins Aqueous Model blockers Urine Biomedical Fluorescently labeled ACLARA eTag reporter molecules Cell lysate (spiked) Model Huang et al., 2005 Kriikku et al., 2004 Wainright et al., 2002 ZE-ZE Tryptic digest of proteins Cong et al., 2008 ZE-ZE (LIF) Membrane filtration- ZE (LIF) SPE-ZE (LIF) Gemifloxacin enantiomers Reduced glutathione Peptides Urinary solution (spiked) Human plasma and red blood cells Extract of proteins Model Cho et al., 2004 Biomedical Long et al., 2006 Model Slentz et al., 2003 CON= conductivity detection, UV=spectral UltraViolet detection, DAD=diode array detection, LIF=laser fluorescence detection, MS=mass spectrometry, ITP=capilaary isotachophoresis, CZE=capillary zone electrophoresis, CE=capillary electrophoresis, ZE=zone electrophoresis, CEC=capillary electrochromatography, MEKC=micellar eelctrokinetic chromatography, CIEF=capillary isoelectric focusing, CGE=capillary gel electrophoresis, GE=gel eelctrophoresis, SEC=size exclusion chromatography, CLC=column liquid chromatography, SPE=solid phase extraction, EDTA=ethylendiaminotetraacetic acid. Table 2. Applications of column coupling electrophoretic methods
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BIOMEDICAL ENGINEERING - FROM THEOR
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free online editions of InTech Book
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VI Contents Chapter 9 Targeted Magn
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X Preface stand-alone and readers c
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2 Biomedical Engineering - From The
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4 Fig. 2. Process for retrieval inf
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6 Biomedical search engine Scientif
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8 Biomedical Engineering - From The
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10 Biomedical Engineering - From Th
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12 Bireme http://regional.bv salud.
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14 Semantic Networks analysis Biome
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160 Biomedical Engineering - From T
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162 1 st phase : half year 4 2 nd p
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166 7. Innovative active training B
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172 12. Maturing projects’ story
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180 16. Acknowledgments Biomedical
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190 R* M M M M MR*M O O O O M O R*
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196 Fig. 9. Chemical structure of 5
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198 Relative Intensity (AU) Biomedi
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204 2. Preparation of IO nanopartic
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256 3. Deposition techniques Biomed
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300 2. Nanoparticles in biomedical
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454 In this case, the eigenvalues a
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456 where Biomedical Engineering -
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472 Nb b b l l1 Biomedical Engineer
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478 Load F (μN) Parallel-oriented
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