- Course Introduction
- 01: Evidence, Science & DNA
- 02: Forensic Biology
- 03: DNA Extraction & Quantitation
- 04: DNA Amplification
- 05: Amplified DNA Product Separation
- 06: STR Data Analysis & Interpretation
- 07: Population Genetics & Statistics
- 08:Communicating Results
- Course Introduction
- Course Resources
- Laboratory Training Manual
President's DNA Initiative
-
Advancing Justice Through DNA Technology
-
Advancing Justice Through DNA Technology
DNA Analyst Training
Index
A : B : C : D : E : F : G : H : I : J : K : L : M : N : O : P : Q : R : S : T : U : V : W : X : Y : Z
- ATop
- ABI Prism® 373 and 377 DNA Sequencer
- ABO Groups
- ABO Typing Techniques
- Absorption Spectrophotometry
- Advantages and Disadvantages
- Allele drop-out
- Alleles with Low Frequencies
- Alternate Methods
- AluQuant
- American National Standards Institute (ANSI)
- AmpFLPs
- AmpFℓSTR® (Applied Biosystems)
- Amplification
- Amplified DNA Product Separation
- Analysis Modes
- Analysis Parameters
- Animal DNA
- Apparatus
- Appearance
- Applications, SNPs
- Applications, Mitochondrial DNA
- Applied Biosystems
- Assessment of Controls
- BTop
- Balances
- Benefits
- Blood, Testing
- Blood, Reporting Guidelines
- Blood Grouping
- Bloodborne Pathogens
- Bone
- Buffer & Mg2+
- Buffer System
- CTop
- Calculations & Dilutions
- Capillary Electrophoresis
- CE Systems Components
- CE Systems Function
- Centrifugal Filter Units
- Centrifuges
- Chelex® 100 Extraction
- Chemical Hygiene Plan
- Clean Technique
- Closing Remarks
- CODIS
- CODIS Core Loci
- Coincidence Approach
- Collection Techniques
- Communicating Results
- Communication Basics
- Communication Impact
- Communication Skills
- Communication Synergies
- Components of a Safety Program
- Conditional Probability and Databases
- Conductivity Comparison
- Confidence Intervals
- Confirmatory Tests
- Contamination
- Controls, Data Troubleshooting
- Controls, Data Interpretation (Step 1)
- Conveyance
- Corrective Actions
- Course Content
- Course Introduction
- Course Resources
- Courtroom Personnel and Parties
- Courtroom Testimony
- Creating an Extended Outline
- Crime Scenes
- Criminal Proceedings
- DTop
- Data Analysis
- Data Analysis for Quantitative PCR
- Data Interpretation & Allele Calls
- Data Interpretation and Troubleshooting
- Data Troubleshooting
- Decontamination Practices
- Degradation
- Demeanor
- Denaturation and Hydrolysis of Proteins
- Deoxynucleotide Triphosphates (dNTPs)
- Detection
- Determine Root Cause
- Development of the Training Plan
- Differential
- Differential Method
- Disadvantages
- Disposition of Evidence
- Distance Between Two Primers On Target Sequence
- DNA
- DNA Amplification
- DNA Analysis Considerations
- DNA Analysis Flowchart
- DNA Database Hits
- DNA Extraction & Quantitation
- DNA Polymerase
- DNA Purification
- DNA Report Contents
- DNA Template
- DNA Typing by RFLP Analysis
- Document the Event
- Documentation
- Documentation - Chain of Custody
- DQ-Alpha
- Dye Blobs
- Dyes
- ETop
- Electrophoresis
- Emergency Action Plan
- Employer Obligations
- Enzyme Groups
- Establishment of Reference Databases
- Evidence
- Evidence & DNA
- Example of Percent Contribution
- Examples of Written Formulations
- Expert Systems
- Expert Witness Qualifications
- Extraction Process
- FTop
- Facilities
- Factors
- Familiarization
- Features and Procedures:Yfiler Kit
- Feces
- Feces & Urine
- Flow and Style
- Fluorescent Detection
- Fluorescent Resonance Energy Transfer (FRET)
- Fluorometry
- FMBIO® Fluorescence Imaging Scanners
- FMBIO® STaRCall™
- FMBIO®Analysis Software
- Forensic Biology
- Frequentist Approach
- FTA® Technology
- GTop
- GC Content Percentage
- Gel Matrix
- GeneMapper® ID v3.2
- GeneScan®
- Genetic Drift and Natural Selection
- Genotyper®
- Giving Testimony
- Guidelines for DNA Analysis
- Guidelines for Screening
- HTop
- Hair, Testing
- Hair, Reporting Guidelines
- Hardy-Weinberg Principle
- Hazard Communication
- Hazardous Material Management / Biological Waste Disposal
- Hemoglobin
- Heteroplasmy and Mutations
- Heterozygosity
- Historical Methods
- History
- ITop
- Identification of Marijuana
- Identify Problem
- Immunological Tests
- Implement Preventive Measures
- Implementation of Clean Techniques
- Inbreeding
- Indoor
- Inhibitors
- Instrumentation
- International Community
- International Labour Organization (ILO)
- Interpretation Guidelines
- Intro to e-Learning
- Intro to the Academy
- Introductory Statement
- Investigators and Laboratory Staff
- KTop
- LTop
- Laboratory Accreditation
- Laboratory Orientation
- Laboratory Training Manual Top
- Laser Safety
- LCN Methodologies
- Legal Issues
- Levels of the Database
- Likelihood Ratio
- Likelihood Ratio - Mixtures
- Limitations
- Linear Array Analysis
- Linkage Equilibrium
- Literature
- Location & Collection of Evidence
- Locus Selection
- Locus Size and Overlap
- Logical Approach
- Low Copy Number DNA
- MTop
- Magnetic Beads
- Maintenance of Unsourced Contamination Profiles
- MALDI-TOF MS
- Maximum 3′ Stability
- Methodologies
- Microarrays
- Microbial DNA
- Microcentrifuge Tubes with Spin Baskets
- Microchip Capillary Electrophoresis
- Microvariants and OL Alleles
- Migration and Gene Flow
- Miniature Thermal Cyclers
- Miniaturization Techniques
- Miscellaneous
- Mitochondrial DNA
- Mixed Samples
- Mixtures
- Mixtures with Indistinguishable Contributor(s)
- Mixtures with Known Contributors
- Mixtures with Major/Minor Contributors
- Modifications
- Molecular Genetics of the Y-Chromosome
- mtDNA Sequencing
- Multiplexing
- Mutation
- Mutation & Paternity
- Mutations
- NTop
- National Fire Protection Associate (NFPA)
- National Institute of Safety and Health (NIOSH)
- NDIS Procedures and Administration
- Negative Control(s) & Reagent Blanks
- No Complementarity To Other Primers
- No Long Runs With The Same Base
- No Secondary Structures
- No Self-complementarity
- Noise
- Non-autosomal DNA Analysis
- Non-Differential
- Non-Human DNA
- Non-Nuclear DNA Markers
- Non-template addition
- Null Alleles
- Number of Alleles
- OTop
- Occupational Safety & Health Administration (OSHA)
- Organic Extraction
- Organic Extraction Process
- Other
- Other DNA Markers & Technologies
- Other Extraction Techniques
- Other Nuclear DNA Markers & Technologies
- Other Red Blood Cell Groups
- Other Reportable Outcomes
- Other Samples - Known
- Other STR Loci
- Other Techniques
- Outdoor
- Overcoming Inhibition
- PTop
- Packaging & Storage
- Parentage and Relatedness
- Partial DNA Profile
- Paternity
- Paternity Calculations
- Pesonal Protective Equipment
- pH Meters
- Pipettes
- Plant DNA
- Plateau Effect
- Polymerase Chain Reaction (PCR)
- Population Databases
- Population Genetics
- Population Genetics & Statistics
- Population Theory
- Positive Controls
- PowerPlex™ (Promega GenePrint®)
- Preparation
- Prerequisites
- Presentation Skills
- Presenting Technical Information
- Presenting to Audiences
- Preservation of Evidence
- Presumptive v. Confirmatory Tests
- Pre-trial Preparation
- Prevention
- Primer Annealing Temperature
- Primer Design
- Primer Length
- Primer Melting Temperature
- Primers, Thermal Cyclers
- Primers, Multiplexing Factors
- Principles
- Probability of Exclusion
- Probability of Paternity
- Probes
- Professionalism & Ethics
- Promega
- Proprietary Kits
- Pull-up
- QTop
- Quality Assurance Standards
- Quality Assurance Standards for Forensic DNA Testing Laboratories (QAS)
- Quality Control
- Quality Control Testing of Reagents and Consumables
- Quantitation
- Quantitative PCR
- RTop
- Random Mating
- Reaction Tubes
- Reagent Preparation
- Reagents
- Reagents and Consumables
- Reference Sample Collection
- Relationship Building
- Removal of Denatured Proteins
- Repiratory Protection Plan
- Report Writing
- Reporting Guidelines
- Review of Batch Profiles
- Robotics
- Rocker/Shaker
- STop
- Safety, Laboratory
- Safety
- Safety Requirements
- Saliva, Testing
- Saliva, Reporting Guidelines
- Sample Cross-Contamination
- Sample Preparation, Amplified DNA
- Sample Preparation, Mitochondrial DNA
- Sample Preparation & Handling
- Scientific Working Group on DNA Analysis Methods (SWGDAM)
- Screening and Identification Tests
- Screening Tests
- Semen
- Semen & Cellular Material
- Separation
- Serum Protein Polymorphisms
- Short Tandem Repeats (STR)
- Silica Beads
- Single Source
- Single Source Profiles
- Size Calling Methods
- Slab Gel and Silver Staining - D1S80
- Slot Blot
- Smoothing
- SNP Typing Technology
- SNPs
- SNPs in Forensic Genetics
- Solubilization of Stain Components
- Source Attribution
- Sources
- Species Identification
- Spikes
- Spin Column
- Spurious Peaks
- Statistical Interpretation of a Y-STR Match
- Statistics
- Step 1: Internal Size Standards and Allelic Ladders
- Step 2: Extraneous Peaks
- Step 3: Data Evaluation
- Stochastic Effects
- Stochastic Effects of LCN DNA Analysis
- Storage and Treatment of Consumables
- STR Data Analysis & Interpretation
- STR Data Analysis & Interpretation Software
- Strategies for e-Learning Success
- Student & Employer Expectations
- Student Obligations
- Stutter
- Substrate Controls
- Substrates
- Summary of Advantages and Disadvantages
- SYBR®Green Detection Method
- TTop
- Techniques, Organic Extraction
- Teeth
- Temperature Control
- Testing of Body Fluids & Tissues
- Tests and Grading
- The CODIS Software
- The Standards
- Thermal Cyclers
- Thermal Cycling Parameter and Optimization
- Thermal Cycling Parameters
- Theta Correction
- Thresholds
- Train the Trainer, Employer Obligations
- Training
- Training Plan
- Troubleshooting
- Two Person Mixture with Three Alleles at a Locus
- Two Person Mixture with Two Alleles at a Locus
- Types of Evidence
- Types of Profiles in the Database
- Typing
- UTop
- VTop
- WTop
- YTop
