Fingerprints
Coomassie Brilliant Blue G-250 Dye: An Application for Forensic Fingerprint Analysis
Determining Fingerprint Age With Mass Spectrometry Imaging via Ozonolysis of Triacylglycerols
Photo- and Thermal-Degradation Studies of Select Eccrine Fingerprint Constituents
Consistency and Variability Among Latent Print Examiners as Revealed by Eye Tracking Methodologies
Integration of Pore Features Into the Evaluation of Fingerprint Evidence
Improving Visibility of Fingerprints Using Sublimation Dyes and Superglue
Recovery of mtDNA From Unfired Metallic Ammunition Components With an Assessment of Sequence Profile Quality and DNA Damage Through MPS Analysis
Mobile ID Fingerprint Technology Can Provide Rapid Results and Improve Officer Safety
Report Provides Insight Into Mobile ID Fingerprint Technology
Discriminability of Fingerprints of Twins
IBIS: Fingering the Felon
Quantifying the Weight of Fingerprint Evidence Through the Spatial Relationship, Directions and Types of Minutiae Observed on Fingermarks
Technology Enhances Capture of Latent Fingerprints and Other Forensic Evidence
Vision in Blind Justice: Expert Perception, Judgment, and Visual Cognition in Forensic Pattern Recognition
Thermal Degradation Analysis of Amino Acids in Fingerprint Residue by Pyrolysis GC-MS to Develop New Latent Fingerprint Developing Reagents
Fine-tuning Latent Fingerprint Detection on Paper Using 1,2-Indanedione Bi--unctional Reagents
Columnar-Thin-Film-Assisted Visualization of Depleted Sebaceous Fingermarks on Nonporous Metals and Hard Plastics
Combined Temperature and Humidity Control to Tune Latent Fingermark Development by Superglue Fuming
Latent Fingerprint Image Enhancement & Matching Using Deep Generative Adversarial Networks
Fluid Dynamic Studies of Bloody Fingermarks
DNA at Our Fingertips
Forensic scientists have explored whether lifted and archived fingerprints retain forensically useful amounts of DNA.
Human Factors in Latent Print Examination
The NIJ-sponsored Expert Working Group on Human Factors in Latent Print Analysis is clarifying potential sources of error in pattern recognition analysis. It will develop best practices to remove or minimize these sources. NIJ is addressing recommendations in the 2009 National Academy of Sciences' report titled "Strengthening Forensic Science in the United States: A Path Forward." Specifically, the panelists focus on recommendation 5, which encourages research programs on human observer bias and sources of human error in forensic examinations.
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Impression Evidence: Strengthening the Disciplines of Pattern and Impression Sciences Through Research
Forensic examinations involving specific forensic science disciplines are typically dependent upon qualitative analyses and expert interpretation of observed patterns based on a scientific foundation, rather than quantitative results. These disciplines include latent fingerprints, questioned documents, footwear, and other forms of impression and pattern evidence.
Impression Evidence: Strengthening the Disciplines of Fingerprints, Firearms, Footwear, and Other Pattern and Impression Sciences Through Research
Forensic examinations involving specific forensic science disciplines are typically dependent upon qualitative analyses and expert interpretation of observed patterns based on a scientific foundation, rather than quantitative results. These disciplines include latent fingerprints, questioned documents, footwear, and other forms of impression and pattern evidence.