Forensic Biology
portes grátis
Forensic Biology
Li, Richard
Taylor & Francis Ltd
03/2025
558
Dura
9781032913414
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
SECTION I Biological Evidence
Chapter 1 Crime Scene Investigation of Biological Evidence
Chapter 2 Crime Scene Bloodstain Pattern Analysis
Chapter 3 Forensic Biology: A Subdiscipline of Forensic Science
Chapter 4 Sources of Biological Evidence
SECTION II Basic Techniques in Forensic Biology
Chapter 5 Nucleic Acid Extraction
Chapter 6 DNA Quantification
Chapter 7 Nucleic Acid Amplification
Chapter 8 Basic Techniques for Length Polymorphism Analysis
Chapter 9 Basic Techniques for Sequence Polymorphism Analysis
Chapter 10 Serology Concepts
Chapter 11 Forensic Serology Techniques
Chapter 12 Emerging Body Fluid Identification Techniques
SECTION III Identification of Biological Evidence
Chapter 13 Identification of Blood
Chapter 14 Identification of Semen
Chapter 15 Identification of Saliva
Chapter 16 Identification of Vaginal Secretions and Menstrual Blood
Chapter 17 Identification of Other Body Fluids and Cellular Materials
SECTION IV Individualization of Biological Evidence
Chapter 18 Blood Group Typing and Protein Profiling
Chapter 19 Variable Number Tandem Repeat Profiling
Chapter 20 Autosomal Short Tandem Repeat Profiling
Chapter 21 Sex Chromosome Haplotyping and Identification
Chapter 22 Single Nucleotide Polymorphism Profiling
Chapter 23 Mitochondrial DNA Profiling
SECTION V Forensic Issues
Chapter 24 Forensic DNA Databases: Tools for Crime Investigations
Chapter 25 Evaluation of the Strength of Forensic DNA Profiling Results
Chapter 26 Standards and Qualifications
Chapter 1 Crime Scene Investigation of Biological Evidence
Chapter 2 Crime Scene Bloodstain Pattern Analysis
Chapter 3 Forensic Biology: A Subdiscipline of Forensic Science
Chapter 4 Sources of Biological Evidence
SECTION II Basic Techniques in Forensic Biology
Chapter 5 Nucleic Acid Extraction
Chapter 6 DNA Quantification
Chapter 7 Nucleic Acid Amplification
Chapter 8 Basic Techniques for Length Polymorphism Analysis
Chapter 9 Basic Techniques for Sequence Polymorphism Analysis
Chapter 10 Serology Concepts
Chapter 11 Forensic Serology Techniques
Chapter 12 Emerging Body Fluid Identification Techniques
SECTION III Identification of Biological Evidence
Chapter 13 Identification of Blood
Chapter 14 Identification of Semen
Chapter 15 Identification of Saliva
Chapter 16 Identification of Vaginal Secretions and Menstrual Blood
Chapter 17 Identification of Other Body Fluids and Cellular Materials
SECTION IV Individualization of Biological Evidence
Chapter 18 Blood Group Typing and Protein Profiling
Chapter 19 Variable Number Tandem Repeat Profiling
Chapter 20 Autosomal Short Tandem Repeat Profiling
Chapter 21 Sex Chromosome Haplotyping and Identification
Chapter 22 Single Nucleotide Polymorphism Profiling
Chapter 23 Mitochondrial DNA Profiling
SECTION V Forensic Issues
Chapter 24 Forensic DNA Databases: Tools for Crime Investigations
Chapter 25 Evaluation of the Strength of Forensic DNA Profiling Results
Chapter 26 Standards and Qualifications
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DNA extraction;DNA Quantitation;DNA Amplification;DNA Electrophoresis;Y-chromosone profiling;Serology;Crime Scene Investigation;forensic biology;forensic DNA profiling;single nucleotide polymorphism profiling;nucleic acid extraction;forensic DNA;DNA analysis;forensic genetics;forensic science;forensic investigations;crime scene;crime scene evidence;human remains;DNA sampling;biological markers;biological samples;population genetics;DNA evidence;STR profiling;DNA transfer;paternity testing;nuclear DNA;short tandem repeat (STR);mitochondrial DNA;Y-STR profiling;polymerase chain reaction (PCR);genotyping;capillary electrophoresis (CE);STR loci;Y-chromosome STRs (Y-STRs);mtDNA;nucleotide polymorphisms (SNPs);hihgly degraded DNA;RNA Profiling;microsatellite loci;non-autosomal DNA analysis
SECTION I Biological Evidence
Chapter 1 Crime Scene Investigation of Biological Evidence
Chapter 2 Crime Scene Bloodstain Pattern Analysis
Chapter 3 Forensic Biology: A Subdiscipline of Forensic Science
Chapter 4 Sources of Biological Evidence
SECTION II Basic Techniques in Forensic Biology
Chapter 5 Nucleic Acid Extraction
Chapter 6 DNA Quantification
Chapter 7 Nucleic Acid Amplification
Chapter 8 Basic Techniques for Length Polymorphism Analysis
Chapter 9 Basic Techniques for Sequence Polymorphism Analysis
Chapter 10 Serology Concepts
Chapter 11 Forensic Serology Techniques
Chapter 12 Emerging Body Fluid Identification Techniques
SECTION III Identification of Biological Evidence
Chapter 13 Identification of Blood
Chapter 14 Identification of Semen
Chapter 15 Identification of Saliva
Chapter 16 Identification of Vaginal Secretions and Menstrual Blood
Chapter 17 Identification of Other Body Fluids and Cellular Materials
SECTION IV Individualization of Biological Evidence
Chapter 18 Blood Group Typing and Protein Profiling
Chapter 19 Variable Number Tandem Repeat Profiling
Chapter 20 Autosomal Short Tandem Repeat Profiling
Chapter 21 Sex Chromosome Haplotyping and Identification
Chapter 22 Single Nucleotide Polymorphism Profiling
Chapter 23 Mitochondrial DNA Profiling
SECTION V Forensic Issues
Chapter 24 Forensic DNA Databases: Tools for Crime Investigations
Chapter 25 Evaluation of the Strength of Forensic DNA Profiling Results
Chapter 26 Standards and Qualifications
Chapter 1 Crime Scene Investigation of Biological Evidence
Chapter 2 Crime Scene Bloodstain Pattern Analysis
Chapter 3 Forensic Biology: A Subdiscipline of Forensic Science
Chapter 4 Sources of Biological Evidence
SECTION II Basic Techniques in Forensic Biology
Chapter 5 Nucleic Acid Extraction
Chapter 6 DNA Quantification
Chapter 7 Nucleic Acid Amplification
Chapter 8 Basic Techniques for Length Polymorphism Analysis
Chapter 9 Basic Techniques for Sequence Polymorphism Analysis
Chapter 10 Serology Concepts
Chapter 11 Forensic Serology Techniques
Chapter 12 Emerging Body Fluid Identification Techniques
SECTION III Identification of Biological Evidence
Chapter 13 Identification of Blood
Chapter 14 Identification of Semen
Chapter 15 Identification of Saliva
Chapter 16 Identification of Vaginal Secretions and Menstrual Blood
Chapter 17 Identification of Other Body Fluids and Cellular Materials
SECTION IV Individualization of Biological Evidence
Chapter 18 Blood Group Typing and Protein Profiling
Chapter 19 Variable Number Tandem Repeat Profiling
Chapter 20 Autosomal Short Tandem Repeat Profiling
Chapter 21 Sex Chromosome Haplotyping and Identification
Chapter 22 Single Nucleotide Polymorphism Profiling
Chapter 23 Mitochondrial DNA Profiling
SECTION V Forensic Issues
Chapter 24 Forensic DNA Databases: Tools for Crime Investigations
Chapter 25 Evaluation of the Strength of Forensic DNA Profiling Results
Chapter 26 Standards and Qualifications
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
DNA extraction;DNA Quantitation;DNA Amplification;DNA Electrophoresis;Y-chromosone profiling;Serology;Crime Scene Investigation;forensic biology;forensic DNA profiling;single nucleotide polymorphism profiling;nucleic acid extraction;forensic DNA;DNA analysis;forensic genetics;forensic science;forensic investigations;crime scene;crime scene evidence;human remains;DNA sampling;biological markers;biological samples;population genetics;DNA evidence;STR profiling;DNA transfer;paternity testing;nuclear DNA;short tandem repeat (STR);mitochondrial DNA;Y-STR profiling;polymerase chain reaction (PCR);genotyping;capillary electrophoresis (CE);STR loci;Y-chromosome STRs (Y-STRs);mtDNA;nucleotide polymorphisms (SNPs);hihgly degraded DNA;RNA Profiling;microsatellite loci;non-autosomal DNA analysis
