JS 115 Validation Pre class activities Database issues- Continued

Slides:



Advertisements
Similar presentations
Genetic Statistics Lectures （５） Multiple testing correction and population structure correction.
Advertisements

DNA: Review, Replication, & Analysis Two types of DNA Nucleic DNA –Found in the nucleus of a cell –Specific to an individual Mitochondrial DNA (mtDNA)
SNP Applications statwww.epfl.ch/davison/teaching/Microarrays/snp.ppt.
Forensics and DNA Statistics Harry R Erwin, PhD CIS308 Faculty of Applied Sciences University of Sunderland.
Forensic DNA Analysis (Part II)
Chapter Eleven – Forensic DNA Analysis FRSC 8104 Criminalistics II Professor Bensley.
DNA Technology in Human Identification Dr. Philip Beh Dr. G. Srivastava.
Fundamentals of Forensic DNA Typing Slides prepared by John M. Butler June 2009 Appendix 3 Probability and Statistics.
Chapter 1. Speed of Analysis (Technology) Power of Discrimination (Genetics) Low High SlowFast Markers Used (Biology) RFLP Single Locus Probes RFLP Multi-Locus.
Molecular methods in Behavioral Ecology and Forensics Clemens Küpper.
IGES 2003 How many markers are necessary to infer correct familial relationships in follow-up studies? Silvano Presciuttini 1,3, Chiara Toni 2, Fabio Marroni.
Lecture 21: Molecular Tools of Genetic Diagnosis Reading Assignment: Chapter 42, pgs ; Harper’s Biochemistry (25 th edition). Objective: To understand.
Genotyping Results Each person was typed for 3 unlinked Short Tandem Repeat loci (STR) vWFII – chromosome 12, intron 40 of the vWF gene UT 2203 – chromosome.
Dispersal models Continuous populations Isolation-by-distance Discrete populations Stepping-stone Island model.
Probability and Statistics of DNA Fingerprinting.
RFLP DNA molecular testing and DNA Typing
Genetic Statistic Application in Forensic Science Arthur J. Eisenberg, PhD Professor and Chairman Department of Forensic and Investigative Genetics Co-Director.
DNA Fingerprinting Sotheavy Vann. What is DNA Fingerprinting?  “The generation of a set of distinct DNA fragments from a single DNA sample”  Aka DNA.
Forensics Chapter 8. Central Points  DNA testing can determine identity  DNA profiles are constructed in specialized laboratories  DNA profiles used.
PowerPoint Slides to Aid Learning with Forensic DNA Typing Book
DNA Analysis Chapter 11 ©2010 Elsevier, Inc.. Serology has several drawbacks – Lack of stability of many proteins and limited ability to discriminate.
Other DNA Issues Harry R Erwin, PhD CIS308 Faculty of Applied Sciences University of Sunderland.
Forensic Statistics From the ground up…. Basics Interpretation Hardy-Weinberg equations Random Match Probability Likelihood Ratio Substructure.
Quantification of Post- transplantation Chimerism: Algorithm for Correcting Systematic Errors Moshe Israeli Computational Biology Undergraduate Program,
Forensics Chapter 8. Central Points  DNA testing can determine identity  DNA profiles are constructed in specialized laboratories  DNA profiles used.
Short Tandem Repeats (STR) and Variable Number Tandem Repeats (VNTR)
Forensic Biology by Richard Li
SNP Haplotypes as Diagnostic Markers Shrish Tiwari CCMB, Hyderabad.
Lecture 21 Based on Chapter 21 Population Genetics Copyright © 2010 Pearson Education Inc.
Alu Polymorphysims as Identity Markers Using PCR and Gel Electrophoresis.
Chapter 7 Forensic Issues: Degraded DNA, PCR Inhibition, Contamination, and Mixed Samples ©2002 Academic Press.
1 DNA Polymorphisms: DNA markers a useful tool in biotechnology Any section of DNA that varies among individuals in a population, “many forms”. Examples.
Ch.11 DNA. DNA Structure and Function The gene is the fundamental unit of heredity. Genes are aligned on chromosomes. Each gene is composed of DNA (deoxyribonucleic.
Implications of database searches for DNA profiling statistics Forensic Bioinformatics ( Dan E. Krane, Wright State University, Dayton,

The Time Has Come to Analyze DNA Profile Databases Forensic Bioinformatics ( Dan E. Krane, Ph.D., Wright State University, Dayton,
Forensic DNA Analysis Basic Review 46 chromosomes per cell, 23 pairs Humans have approximately 25,000 genes Each gene has multiple versions,
Concepts and Applications Seventh Edition
Chapter 23: Evaluation of the Strength of Forensic DNA Profiling Results.
DNA Fingerprinting Maryam Ahmed Khan February 14, 2001.
JS 196e: Scientific Basis of DNA Typing continued and Methods used to Study DNA I.Pre class activities a.Quiz b.Assignment and announcements II. Learning.
Chapter 1: Forensic Biology.  Common Disciplines:  Crime scene investigation  Latent print examination  Forensic Biology  Controlled substance analysis.
All rights Reserved Cengage/NGL/South-Western © 2016.
 Types of STR markers- 5 types based on sequence  STR allele nomenclature  Allelic ladder  Serological methods of identity profiling  Identity profiling.
Chapter 10. DNA Analysis and Typing Genetics, Inheritance, Genetic Markers DNA – Nature and Functions Where DNA is Found in the Body – Nuclear (Genomic)
Lecture 15: Individual Identity and Forensics October 17, 2011.
Elements of Biology and Molecular Biology Medical Genetics Private Law Criminal Law Laws of criminal procedure Laws of private procedure Forensic Medicine.
All rights Reserved Cengage/NGL/South-Western © 2016.
Forensic DNA Analysis.
Forensic DNA Analysis.
A Match Likelihood Ratio for DNA Comparison
All rights Reserved Cengage/NGL/South-Western © 2016.
Human Cells Human genomics
Chapter 4 “DNA Finger Printing”
Introduction to bioinformatics lecture 11 SNP by Ms.Shumaila Azam
DNA Polymorphisms: DNA markers a useful tool in biotechnology
Peter G. Ristow, Maria E. D’Amato 
DNA Identification: Biology and Information
DNA Identification: Biology and Information
The effect of increased cycle numbers using the Quantifiler® Duo DNA Quantification Kit (AB) on the detection of minute amounts of male DNA in mixtures.
Ch. 11: DNA Analysis.
DNA Fingerprinting and Forensic Analysis
Development and validation of an allelic frequency database for Qatari population using 13 rapidly mutating Y-STRs multiplex assay  E. Almohammed, R.
Genotyping Results Each person was typed for 3 unlinked Short Tandem Repeat loci (STR) vWFII – chromosome 12, intron 40 of the vWF gene UT 2203 – chromosome.
Peter G. Ristow, Maria E. D’Amato 
R. Jacewicz, M. Jedrzejczyk, M. Ludwikowska, J. Berent 
Introducing a latent variable approach for finding populations in a forensic DNA database  Maarten Kruijver  Forensic Science International: Genetics.
X-chromosomal markers and FamLinkX
DNA Identification: Biology and Information
David W. Bauer1, PhD Nasir Butt2, PhD Jeffrey Oblock2
Presentation transcript:

JS 115 Validation Pre class activities Database issues- Continued Quiz- Group quiz Announcements and Assignments Student summary assignments Butler ______ Ch. 7: Forensic Issues Ch. 8: Single Nucleotide Polymorphisms & Other Bi-allelic Markers ______ Ch. 9: Y-Chromosome DNA Testing Ch. 10: Mitochondrial DNA Analysis ______ Ch. 16: Laboratory Validation Ch. 18: CODIS and DNA Databases ______ Ch. 19: Basic Genetic Principles, Statistics, & Probability Ch. 20: STR Population Database Analyses ______ Ch. 21: Profile Frequency Estimates, Likelihood Ratios & Source Attribution Inman C4, ______ Inman C 8, C9, C11 Database issues- Continued Familial searching lecture and discussion Break III. Validation- Can it be Standardized- Butler 2004 http://www.cstl.nist.gov/biotech/strbase/pub_pres/PromegaTalkOct2004.pdf III. Innocence Project Presentation- Kristin

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.