Advances in Forensic Biology and Genetics

Section I: Body Fluid Detection


.- Chapter 1: An Introduction to Forensic Serology, Evidence Evaluation and Time Since Intercourse IntervalsDr
.- Chapter 2: Conventional Microscopic and Serological Techniques for Human Body Fluid Detection
.- Chapter 3: DNA methylation approaches of human body fluid detection
.- Chapter 4: Detection of Forensically relevant body fluids using mRNA markers
Section II: Estimation of PMI
.- Chapter 5: Overview of conventional techniques for the estimation of PMI
.- Chapter 6: Biochemical markers for the estimation of Time Since Death
.- Chapter 7: Estimation of Time Since Death: An Entomological perspective
.- Chapter 8: Estimation of the time since death through metabolomic approaches
.- Chapter 9: Molecular approaches of estimation of Time Since Death
.- Chapter 10:Estimation of post-mortem time interval from Dental Tissues
.- Chapter 11:Application of Artificial Neural Networks for estimation of PMI
Section III: Estimation of Cause and Manner of Death
.- Chapter 12:Advantages of Virtual Autopsy over conventional Autopsy
.- Chapter 13:Complexity of molecular analysis by new generation sequencing in the study of sudden cardiac death within the forensic context
Section IV: Individualization and Investigative Leads
.- Chapter 14:Achieving Individualization using STR markers
.- Chapter 15:Use of bi-allelic markers for individualization from forensic biological samples
.- Chapter 16:Applications of haplodiploid markers in Forensic Genetics
.- Chapter 17:Lineage markers and their applications in Forensic DNA analysis
.- Chapter 18:The Y-chromosome in forensic casework
.- Chapter 19:Mapping the Post-Crania for Optimal Y-DNA and Stable Isotope Sampling
.- Chapter 20:Achieving Individualization using STR markers
.- Chapter 21: Use of mtDNA sequencing technique in Forensic DNA analysis
.- Chapter 22:X-STR markers and its application in Forensic DNA analysis
.- Chapter 23:Application of Next Generation Sequencing (NGS) technology for individualization in forensic context
Section V: Wildlife Forensics
.- Chapter 24:DNA barcoading and its application in identification of plant species
.- Chapter 25: Analysis of counterfeit wood products and DNA typing in forensic botany
.- Chapter 26:Elucidating Genetic Signatures: DNA barcoding and Genetic profiling of Endangered forest Species of Western Ghats.

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• Pesquisa médica
• Medicina forense
• Genética (não médica)

mRNA Markers for Body Fluid Detection;miRNA Markers for Human Body Fluid Detection;Microbial Analysis in Forensic Fluid Detection;Spectroscopic Techniques for Fluid Detection;Entomological Perspective on PMI Estimation;DNA Methylation in Fluid Detection;Point of Care Tests