Keywords: مخلوط های DNA; Likelihoods; Pedigrees; Forensics; DNA mixtures; Related contributors;
مقالات ISI مخلوط های DNA (ترجمه نشده)
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Keywords: مخلوط های DNA; Forensic DNA interpretation; GlobalFiler; Continuous DNA interpretation; STRmix; Modelling; DNA mixtures
Keywords: مخلوط های DNA; Forensic biology; Trace DNA; DNA sampling; DNA mixtures; Differential sampling; Targeted sampling; Tapelifting
Simplification of complex DNA profiles using front end cell separation and probabilistic modeling
Keywords: مخلوط های DNA; DNA mixtures; Flow cytometry; Cell separation; Probabilistic modeling; TrueAllele;
The information gain from peak height data in DNA mixtures
Keywords: مخلوط های DNA; DNA mixtures; Weight of evidence;
Determination of the possible number of genotypes which can contribute to DNA mixtures: Non-computer assisted deconvolution should not be attempted for greater than two person mixtures
Keywords: مخلوط های DNA; DNA mixtures; Number of contributing genotype possibilities; Mixture deconvolution;
Computation of marginal distributions of peak-heights in electropherograms for analysing single source and mixture STR DNA samples
Keywords: مخلوط های DNA; Peak height distribution; Electropherogram; Probability generating function; Discrete Fourier transform; DNA mixtures;
Contributors are a nuisance (parameter) for DNA mixture evidence evaluation
Keywords: مخلوط های DNA; DNA mixtures; Number of contributors; Weight of evidence; Nuisance parameters;
A fully continuous system of DNA profile evidence evaluation that can utilise STR profile data produced under different conditions within a single analysis
Keywords: مخلوط های DNA; Multiple DNA profiling kits; Continuous DNA interpretation; STRmix; Modelling; DNA mixtures;
Identifying common donors in DNA mixtures, with applications to database searches
Keywords: مخلوط های DNA; DNA mixtures; Dropout; Deconvolution; DNA database search; Likelihood ratio distributions;
PACE: Probabilistic Assessment for Contributor Estimation- A machine learning-based assessment of the number of contributors in DNA mixtures
Keywords: مخلوط های DNA; DNA mixtures; Number of contributors; Probabilistic; Machine learning;
Accurate assessment of the weight of evidence for DNA mixtures by integrating the likelihood ratio
Keywords: مخلوط های DNA; Likelihood ratios; DNA mixtures; Semi-continuous model; Allelic dropout; Low template DNA; Deconvolution; Weight of evidence;
Combining allele frequency uncertainty and population substructure corrections in forensic DNA calculations
Keywords: مخلوط های DNA; Genotype probabilities; Uncertain allele frequency; Population substructure; DNA mixtures;
Familial searching on DNA mixtures with dropout
Keywords: مخلوط های DNA; Familial Searching; DNA mixtures; Dropout; DNA databases; Likelihood ratio distributions;
Paternity testing that involves a DNA mixture
Keywords: مخلوط های DNA; Disputed paternity; DNA mixtures; Deconvolution; Dropout allele; Likelihood ratio; Mutation;
Distinguishing between donors and their relatives in complex DNA mixtures with binary models
Keywords: مخلوط های DNA; DNA mixtures; Likelihood ratios; Kinship analysis;
Developmental validation of STRmixâ¢, expert software for the interpretation of forensic DNA profiles
Keywords: مخلوط های DNA; DNA mixtures; Probabilistic genotyping; Continuous method; Validation; STRmix;
Characterizing the genetic structure of a forensic DNA database using a latent variable approach
Keywords: مخلوط های DNA; DNA database; Subpopulations; Familial searching; DNA mixtures;
A novel set of DIP-STR markers for improved analysis of challenging DNA mixtures
Keywords: مخلوط های DNA; Compound genetic marker; DNA mixtures; Insertion/deletion; Allele-specific PCR; Touch DNA;
The Qiagen Investigator® Quantiplex HYres as an alternative kit for DNA quantification
Keywords: مخلوط های DNA; Forensic science; Casework; Dual DNA quantification; Scorpion primer probe; DNA mixtures; Inhibition studies; “Direct to DNA” approach for sexual assault cases;
Separation of Y-chromosomal haplotypes from male DNA mixtures via multiplex haplotype-specific extraction
Keywords: مخلوط های DNA; Haplotype specific extraction; HSE; DNA mixtures;
Choice of population database for forensic DNA profile analysis
Keywords: مخلوط های DNA; WoE; Weight of Evidence; Q; Queried contributor; X; Alternate contributor that replaces Q in defence hypothesis; K; Contributor to the CSP whose reference profile is available; U; Unprofiled contributor to the CSP; Population database; DNA mixtures; Likel
Verifying likelihoods for low template DNA profiles using multiple replicates
Keywords: مخلوط های DNA; Low-template DNA; DNA mixtures; Likelihood ratio; Replicates; Forensic; likeLTD;
Evaluating forensic DNA profiles using peak heights, allowing for multiple donors, allelic dropout and stutters
Keywords: مخلوط های DNA; DNA; Likelihood ratio; Peak heights; Allelic dropout; Stutters; DNA mixtures;
DNA mixture genotyping by probabilistic computer interpretation of binomially-sampled laser captured cell populations: Combining quantitative data for greater identification information
Keywords: مخلوط های DNA; LCM; DNA mixtures; TrueAllele® system; Binomial sampling; Probabilistic genotype; Joint likelihood
Joint Bayesian analysis of forensic mixtures
Keywords: مخلوط های DNA; DNA mixtures; Genotype assignment; Joint Bayesian analysis; Series of results in mixtures; Potentially related traces; Residual ambiguity
The predictive value of the maximum likelihood estimator of the number of contributors to a DNA mixture
Keywords: مخلوط های DNA; DNA mixtures; Likelihood estimator; Traces; Body fluids; Predictive value; Bayes’ theorem
Probabilistic expert systems for handling artifacts in complex DNA mixtures
Keywords: مخلوط های DNA; Allelic dropout; Artifacts; Bayesian networks; DNA mixtures; Peak area; Probabilistic expert systems; silent alleles; STR marker; stutter bands