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Jarape Forense "GENETICA"

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ALLELE RELATED - ALELOS

  • A study of the DYS390 system in a population sample from South-East Poland (Dorota Monies et al) {Problems of Forensic Sciences. 2000}
  • Allele frecuency distributions of nine loci STRS in panamanian "mestizos" (Mélida Núñez et al) {Revista Aragonesa de Medicina Legal, 2010}
  • Allele frequencies for 70 autosomal SNP loci with U.S. caucacian, african-american, and hispanic samples (Peter M. Vallone et al)
  • Allele frequencies for Penta C in caucacian, african american, american indian, asian and hispanic population (George C. Maha y James R. Fuller) {Profiles in DNA. 2011}
  • Allele frequency of 15 short tandem repeats (Strs) in a Buganda population (Central Uganda): Forensic utility and parentage testing ( Jane Nabwowe et al) {Journal of Forensic Research, 2014)
  • Distribution of HINF I restriction fragments in three hypervariable regions: D7S21, D12S11, and D5s110 in the population of Central Poland (Renata Jacewicz et al) {Problems of Forensic Sciences. 2001}
  • Genetic data on nine complex STR systems in the population of South-eastern Poland and their usefulness in paternity testing (Piotr Koziol et al) {Problems of Forensic Sciences. 2001}
  • Heptaplex SNP - An allele frequencies database of the south-west Poland population (Magdalena Sekowska et al) {Problems of Forensic Sciences 2010}
  • Polymorphism of the STR loci: TH01, TPOX and CSF1PO in the population of upper Silesia; their usefulness in disputed paternity testing (Ewa Raczek et al) {Problems of Forensic Sciences. 2001}
  • Population genetics for 15 STR loci of Liaoning Han in Northeastern China (Yongji Zhang) {J. Forensic Research. 2011. Audio available}
  • Y-STR polymorphism among Khandayat community of Odisha, India (Nayak Khajuria et al) {Research Journal of Forensic Sciences, 2013}

ANIMAL GENETICS - GENÉTICA ANIMAL

  • A guide for mitochondrial DNA analysis in non-human forensic investigations (Filipe Pereira et al) {The Open Forensic Science Journal, 2010}
  • A panel of microsatellites to individually identify leopards and its application to leopard monitoring in human dominated landscapes (Mondol Samrat et al) {BMC Genetics, 2009)
  • DNA wildlife forensics: Present and future (Sandeep Kumar Gupta) {Journal of Forensic Research, 2012}
  • Development and application of a rapid and simple method for extracting nucleid acids from microbes (Yohei Kurosaki et al) [JAFST, 2010] (en japonés)
  • Development of a high-throughput microsatellite typing approach for forensic and population genetic analysis of wild and domestic African Bovini. (B. J. Greyling et al)
  • Forensic wildlife parts and their product identification and individualization using DNA barcoding (Raju Panday et al) {The Open Forensic Science Journal, 2014}
  • Geographic differences in mitochondrial DNA (mtDNA) distribution among United States (US) domestic dog populations (Briana B. Smalling et al) {The Open Forensic Science Journal, 2010}
  • High mutation rates in canine tetranucleotide microsatellites: Too much risk for genetic compatibility purposes? (David Parra et al) {The Open Forensic Science Journal, 2010}
  • Identification of galliformes through forensically informative nucleotide sequencing (FINS) and its implication in wildlife forensics (Mukesh Thakur et al) {Journal of Forensic Research, 2012}
  • Impact of allogrooming in domestic cats (Felis silvestris catus) on mitochondrial DNA profiling of shed hairs (Robert Grahn et al) {The Open Forensic Science Journal, 2013}
  • State-of-the-art and future prospects of canine STR-based genotyping (Barbara van Asch y Filipe Pereira) {The Open Forensic Science Journal, 2010}

CASES - CASOS

  • Cold case homicide with paternity as an investigative lead (People of state of New York v. Robert Symonds, Jr (Kayla Baylor y Heather Miller Coyle) {Journal of Forensic Research and Criminal Studies, 2014}
  • Forensic DNA test results on 'Starchild ET' skull (Lloyd Pye) [Sightings 1999]
  • Identification, of four crewmembers of the Douglas DC-3 79001 Hugin by DNA analysis, 52 years post mortem (Grunilla Holmlund et al) [Scandinavian Journal of Forensic Science, 2008]
  • Oldest forensic DNA sample obtained (Elie Dolgin) {The Scientist, 2008}

CONTROVERSY - CONTROVERSIA

  • [DNA Fingerprinting: A Review of the Controversy]: Comment: The Use of DNA Profiles in Forensic Contexts (R. C. Lewontin)
  • Cutting edges and weaving threads in the gene editing (Я)evolution: reconciling scientific progress with legal, ethical, and social concerns (Ana Nordberg et al) [Journal of Law and the Biosciences, 2017]
  • DTC-genetics and individualized genomics: Emerging challenges of bringing forensic science and clinical tests for the general population (Edgardo Castro Pérez y Vijayasaradhi Setaluri) [J. Criminology and Forensic Studies, 2018]
  • Fit for purpose? The review of low template DNA (Allan Jamieson y Rhonda Wheate)
  • Forensics specialist discusses a discipline in crisis (Daniel Cressey) Nature, 2015
  • LCN DNA (Allan Jamieson)
  • The dilemma and debate over confession evidence strategies (Jason Jensen) {Journal of Forensic Research and Criminal Studies, 2014}
  • When good DNA goes bad (Mark Perlin) [Journal of Forensic Research, 2012]

DATABASES - BASES DE DATOS

  • Forensic DNA databases - Ethical and legal standards: A global review (H. Wallace et al) {Egyptian Journal of Forensic Sciences, 2014}
  • US Y-STR Database (NCFS)

DNA - ADN

  • A simple and robust method for sexing ancient bovine bones (F. Gabbianelli et al) {The Open Forensic Science Journal, 2012}
  • A simple method of generating complex DNA profiles utilizing Alu-based markers with applications in forensics, paternity, genetic mapping, population studies, and ancestry (Davis H Kass) [Journal of Forensic Research]
  • A statistical package to analyze the distribution and polymorphism of CODIS STR loci in a heterogeneus population (Nuzhat Akram y Shakeel Farooqi) {Journal of Forensic Research, 2012}
  • Alternative silver stain detection protocol for the GenePrint STR System applied to mestizo population from Jalisco (West Mexico) (H. Rangel Villalobos et al) {J. Forensic Research. 2010. Audio available}
  • An enzymatic method to process decomposed non-human bone for forensic DNA analysis (L. Richard et al) {Journal of Forensic Research, 2014}
  • An overview of crimes, terrorism and DNA forensics in Pakistan (Mian Sahib Zar) [Journal of Forensic Research, 2013]
  • Application of forensic DNA identification to human cell line authentication (Kaori Shintani-Ishida) {Journal of Forensic Research, 2012}
  • Assessment of the potential investigative value of a decentralised rapid DNA workflow for reference DNA samples (Robert Morgan et al) [Forensic Sci. International, 2019]
  • Concordance study between the AmpFlSTR® SGM Plus™ and PowerPlex® 16 System human identification kits in bangladeshi population (Shafiul Alam et al) {J. Forensic Research. 2011. Audio available}
  • Crime investigation through DNA methylation analysis: methods and applications in forensics (Ajay Kumar Rana) [Egyptian Journal of Forensic Sciences, 2018]
  • Discovery of three newly described single nucleotide polymorphisms in mitochondrial DNA hypervariable region I (HVI) and estimation of variants and haplotypes encompassing nucleotide positions 16024-16365 (H Imad et al) {Journal of Forensic Research, 2013}
  • DNA evidence and miscarriages of justice (P. Gill) [Forensic Sci. International, 2019]
  • DNA phenotyping: current application in forensic science (Leonardo Arduino Marano y Cintia Fridman) [Research and Reports in Forensic Medical Science, 2019]
  • DNA profiles from fingerprint lifts—enhancing the evidential value of fingermarks through successful DNA typing (Zuhaib Subhani et al) [J Forensic Sciences, 2018]
  • DNA: It's everywhere you want to be (Ted Yeshion)
  • Effect of DNA profile size, reference population database, and parents availability on parentage testing in consanguineous and endogamous populations: The lebanese case (Ansar El Andari et al) [J. Forensic Research, 2019]
  • Evaluation of low trace DNA recovery techniques from ridged surfaces (Graham Williams) [Journal of Forensic Research, 2013]
  • Forensic DNA profiling: State of the art (Adrian Linacre y Jennifer El Templeton) {Research and Reports in Forensic Medical Sciences, 2014}
  • Forensic DNA typing of old skeletal remains using AmpFISTR Identifiler PCR amplification kit (Mian Sahib Zar et al) {Journal of Forensic Research, 2013}
  • Forensic genetics as a tool for peace and justice: An overview on DNA quantitation (Claudia Vieira da Silva et al) [Journal of Forensic Research, 2012]
  • Forensic parameters and genetic variation of 15 autosomal STR loci in mexican mestizo populations from the states of Yucatán and Nayarit (Lizbeth González Herrera et al) {The Open Forensic Science Journal, 2010}
  • Generating human DNA profile(s) from cell phones for forensic investigation (Khalid Mahmud Lodhi et al) Journal of Forensic Research, 2015
  • Generating rapid DNA profiles from crime scene samples commonly encountered in the United Arab Emirates (Aamer Alshehhi y Reena Roy) {J. Forensic Research, 2015}
  • Human identification analysis using PCR from the root portion of dental elements under different conditions of temperature and exposure time (Ricardo Henrique Alves da Silva et al) {RSBO, 2012}
  • Implications of targeted next generation sequencing in forensic science (Sobiah R. et al) {J. Forensic Research, 2018}
  • Intra‐ and inter‐element variability in mitochondrial and nuclear DNA from fresh and environmentally exposed skeletal remains (Timothy Antinick y David Foran) [J. Forensic Sciences, 2018]
  • Introduction of new DNA marker sets in australian forensic laboratories (Linzi Wilson Wilde) {Journal of Forensic Research, 2012}
  • Isolation and quantification of DNA from epithelial cells obtained from acrylic removable partial denture for sex identification (T. Sreenivasa Bharath et al) [Egyptian Journal of Forensic Sciences, 2019]
  • Low template DNA: Tad, touch and traces (Jack Evans y Sibte Hadi) [J. Forensic Pathology, 2018]
  • Modeling 3D facial shape from DNA (Peter Claes et al) PLOS 2014
  • New control DNA for PowerPlex® Systems (Rohaizan James) {Profiles in DNA. 2011}
  • Persistence of biological traces in gun barrels—an approach to an experimental model (Cornelius Courts et al) {Int J Legal Med. 2011}
  • Population differentiation and the value of DNA evidence (Paulina Wolanska-Nowak) {Problems of Forensic Sciences. 1999}
  • Quantifiler Duo DNA quantification kit: A guiding tool for STR genotyping of forensic samples (Maura Barbisin et al) {Journal of Forensic Research, 2011}
  • Re-examination of biological traces in sexual assault case by fragmental DNA profiling: a practical approach (Aleksandar Apostolov) [Journal of Forensic Research, 2013]
  • Recent advances in forensic DNA analysis (JM Romeika et al) {Journal of Forensic Research, 2014}
  • Reunification by Y-chromosome lineage analysis of an ashkenazi jewish family with a rare surname who were spatially and temporally separated (Jamie Wilson et al) Journal of Forensic Research, 2015
  • Role of hair keratin phenotypes in the establishment of individuality & determination of inheritance; A comparative study among the distinct indian stratums (Amit Chauhan) [Mathews Journal of Forensic Research, 2018]
  • Salivary DNA analysis: A proof of evidence (N.P. Bhale et al) [J. Forensic Research, 2019]
  • Sequencing of mtDNA in shed hairs: A retrospective analysis of material from forensic cases and a pre-screening method (Martina Nilsson et al) {The Open Forensic Science Journal, 2012}
  • Source od DNA contamination and decontamination procedures in the forensic laboratory (Mado Vandewoestyne et al)
  • Species DNA-based identification for detection of processed meat adulteration: is there a role of human short tandem repeats (STRs)? (Ghada Ali Omran et al) [Egyptian Journal of Forensic Sciences, 2019]
  • STR analysis of human DNA samplas after dry-state ambient temperature storage in GenPlates (Richard Somiari et al) {The Open Forensic Science Journal, 2011}
  • STR-Typing of vitreous humor DNA for forensic case (K. Kraitongsook et al) {ForensicAsia, 2009}
  • Successful generation of DNA profiles using direct PCR (Yuvaneswari Swaran y Lindsey Welch) {Malaysian Journal of Forensic Sciences, 2011}
  • Técnicas de análisis del ADN en genética forense (Carmen Entrala) {Universidad de Granada, 2000}
  • The affecting factors of touch DNA (Salem K. Alketbi) {j. Forensic Research, 2018}
  • The comparison of paraffin dewaxing using methyl tert-butyl ether and xylene in DNA extraction from autopsy specimens (Danuta Piniewska et al) {Journal of Forensic Research, 2013}
  • The other DNA (Rachel Ehrenberg)
  • The tightness of the cotton swabs meshing influences the chances of getting conclusive DNA profiles (Mariève Rocque et al) {J. Forensic Research, 2014}
  • Tooth pulp: A foundation for DNA analysis (Sunit Kumar Jurel) {Journal of Forensic Research, 2012}
  • Use of DNA technology in forensic dentistry (Shambulingappa Soheyl et al) {Journal of Forensic Research, 2012}
  • Yield of male contact DNA evidence in an assault simulation model (Sree Kanthaswamy) {Journal of Forensic Research, 2013}
  • Yield of male touch DNA from fabrics in an assault model (Vishi Sethi et al) {Journal of Forensic Research, 2013}

Ethics - Ética

  • Marking the fine line: Ethics and the regulation of innovative technologies in human reproduction (Anne Drapkin Lyerly) [Minnesota Journal of Law, Science & Technology, 2010]

EVIDENCE - EVIDENCIA

  • DNA and fingerprint recovery from an arson scene (Andrew O'Hagan y Rebecca Calder) [Forensic Research & Criminology International Journal, 2020]
  • Effect of different preservatives on the human soft tissues stored at different temperatures and intervals of time for the isolation of DNA for DNA fingerprinting (Anupuma Raina et al) {IIJFMT, 2006}
  • Just lip prints? No: There could be something eslse (Ana Castelló et al) {The FASEB Journal, 2004}
  • Pre-assessment of evidential value of evidences - examples from forensic expert practice (Paulina Wolanska-Nowak)
  • Recovery of DNA for forensic analysis from lip cosmetics (Lawrence G. Webb et al) {J Forensic Sci 2001}
  • Success rate of a forensic tape-lift method for DNA recovery (Johan Gunnarsson et al) [Problems of Forensic Science, 2010]

GENERAL

  • Application of GenePrint® PowerPlex™ 16 system in analysing of forensic mix stains (Paulina Wolanska et al) {Problems of Forensic Sciences. 2001}
  • Biotechnology in forensic science: The revolution continues (Vijay Vasudev Pillay et al)
  • Evaluating information content of SNPs for sample-tagging in re-sequencing projects (Hao Hu et al) Nature, 2015
  • Evaluation of the Agilent 2100 bioanalyzer as a tool for DNA analysis in forensic genetics (Marta Gorzkiewicz et al)
  • Forensic DNA profiles crossing borders in Europe (Implementation of the Treaty of Prüm) (C. P. (Kees) van der Beek) {Forensic DNA Profiles. 2011}
  • Nuevas aplicaciones en identificación genética (M. Álvarez et al) {Cuad Med Forense. 2010}
  • PCR analysis of DNA from skeletal remains in crime investigation case (Katja Drobnic) {Problems of Forensic Sciences. 2001}
  • Polymerase chain reaction (PCR) [cls.umc.edu]
  • Prediction model validation: Normal human pigmentation variation (Robert Valenzuela et al) {Journal of Forensic Research, 2011}
  • Problemas y retos de futuro de la genética forense en el siglo XXI (A. Carracedo et al) {Cuad Med Forense. 2010}
  • STR analysis for random Delhi-NCR population sample using AmpFISTR Identifiler Plus PCR amplification kit (Monika Chakravarty et al) [Anil Aggrawal's Internet Journal of Forensic Medicine and Toxicology, 2018]
  • STR profiling of human cell lines: Challenges and possible solutions to the growing problem (Rixun Fang et al) {Journal of Forensic Research, 2011}
  • The future of forensic human identification tools (Ricky Ansell y Wojciech Branicki)
  • The judicial use of DNA evidence and forensic testimony in the Criminal Justice System (Richard S. Gunasekera et al) {J. Forensic Research. 2010. Audio available}

GUIDELINES - GUÍAS

  • Action protocols in DNA identification of isolated populations (Maria Saiz et al) {Journal of Forensic Research, 2014)
  • Guidelines for mitochondrial DNA (mtDNA) nucleotide sequence interpretation [SWGDAM]

Law - Ley

  • "Knowing where you come from": The rights of donor-conceived individuals and the meaning of genetic relatedness (Vardit Ravitsky) [Minnesota Journal of Law, Science & Technology, 2010]
  • Disparate impacts and GINA: Congress's unfinished business (Jennifer Wagner) [Journal of Law and the Biosciences, 2018]
  • GINA at 10 years: the battle over ‘genetic information’ continues in court (Sonia Sutter) [Journal of Law and the Biosciences, 2018]
  • Legal aspects of the National DNA Database in Poland (Józef Wójcikiewicz) {Problems of Forensic Sciences. 2000}
  • Political economy, stakeholder voices, and saliency: lessons from international policies regulating insurer use of genetic information (Anya Prince) [Journal of Law and the Biosciences, 2018]
  • The judicial use of DNA evidence and forensic expert testimony in the Criminal Justice System (Richard Gunasekera et al) {Journal of Forensic Research, 2010}

MICROBIOLOGICAL GENETICS - GENÉTICA MICROBIOLÓGICA

  • Endemis versus dispersion: Contribution of microbial genetics for forensic evidences (Ricardo Araujo) {The Open Forensic Science Journal, 2010}
  • Microbial genotyping as a tool in forensic case work. The "banana" case (Inge Morild et al) [Scandinavian Journal of Forensic Science, 2008]
  • Molecular forensic approaches to the taxonomic assessment of bacteria in a commercial cosortia (Luke Masson et al) {Journal of Forensic Research, 2011}
  • Molecular typing of staphylococcus aureus: Understanding controlling epidemic spread (Sima Tokajian) {Journal of Forensic Research, 2012}
  • Scalable SNP analyses of 100+ bacterial or viral genomes (Shea N. Gardner y Tom Slezak) {J. Forensic Research. 2010. Audio available}
  • Strain-specific single-nucleotide polymorphism assays for the bacillus anthracis ames strain (Matthew van Ert et al) [J. Clin. Microbiology, 2007]

PEOPLE - GENTE

  • Interview with Beth Ordeman, forensic DNA analyst and CODIS co-administrator [UF Forensic Science Online]
  • Interview with Karen J. Griest [Anil Aggrawal Internet Journal of Forensic Medicine and Toxicology, 2010]

POPULATION STUDIES - ESTUDIOS POBLACIONALES

  • Alternative silver stain detection protocol for the GenePrint STR System applied to mestizo population from Jalisco (West of Mexico) (H. Rangel V. et al) {Journal of Forensic Research, 2010}
  • Concordance study between the AmpFISTR SGM Plus and PowerPlex 16 system human identification kits in Bangladesh Population (Shafiul Alam et al) {Journal of Forensic Research, 2011}
  • Effects of reference population and number of STR markers on positive evidence in paternity testing (Rossana Moroni et al) {Journal of Forensic Research, 2011}
  • Forensic parameters and genetic variation fo 15 autosomal STR Loci in mexican mestizo populations from the states of Yucatán and Nayarit (Lizbeth González et al) {The Open Forensic Science Journal, 2010}
  • Genetic Architecture of Southeast-coastal Indian tribal populations: A Y-chromosomal phylogenetic analysis (Arjun Rao Isukapatla et al)
  • Genetic polymorphism analysis of 30 InDels in chinese Xibe ethnic group and its population genetic differentiations with other groups (Hao-Tian Meng et al) Nature, 2014
  • Genetic variability and phylogenetic analysis of Han population from Guanzhong region of China based on 21 non-CODIS STR Loci (Yu-Dang Zhang et al) Nature, 2015
  • Population genetics for 15 STR loci of Liaoning Han in northeastern China (Yongji Zhang) {Journal of Forensic Research, 2011}
  • Population study of locus DYS19 in a population sample from South-east Poland (Roman Madro et al) {Problems of Forensic Science. 1999}
  • Study of consanguinity of the population of northern Morocco (Ossmani HE et al) {J. Forensic Research, 2018}
  • The allelic distribution of the Y chromosomal STR loci in an stonian population sample (Anu Aaspollu et al) {Problems of Forensic Sciences)

QUALITY CONTROL - CONTROL DE CALIDAD

  • Evolution of the quality assurance documents for DNA laboratories (Karen Cormier et al)
  • Internal validation of the non Codis Ministr NC01 and NC02 for use in forensic casework (Paulo Eduardo Raimann et al) [J. Criminology and Forensic Studies, 2018]
  • Quality assurance standards for forensic DNA testing laboratories and for convicted offender DNA databasing laboratories [DNA Advisory Board]

MATH - MATEMATICAS

  • DNA based familial searching and related statistical issues (Jianye Ge) {Journal of Forensic Research, 2012}
  • Probabilistic expert systems for handling artifacts in complex DNA mixtures (R. G. Cowell et al) {Universiteit Leiden,2009}
  • Programming scripts for simple and complex paternity testing based on open-source programming language from the R project (Masataka Takamiya et al) {J. Forensic Sci. & Criminology, 2014}
  • The probabilistic genotyping software STRmix: Utility and evidence for its validity (John Buckleton et al) [J. Forensic Sci, 2018]

RNA - ARN

  • mRNA profiling in identification of biological fluids in forensic genetics (Joanna Jakubowska et al) {Problems of Forensic Sciences. 2011}
  • XIST and RPS4Y1 long non-coding RNA transcriptome as sex biomarkers in different body fluids (Fatma Mohamed Hassan et al) [Egyptian Journal of Forensic Sciences, 2019]

SAMPLE PREPARATION - PREPARACIÓN DE MUESTRAS

  • Concentration of genomic DNA for forensic analysis using Amicon Ultra-4 100K centrifugal devices [Millipore, Technical note]
  • Preparing samples for forensic identification analysis with Microcon centrifugal filters [Millipore, Technical note]

VEGETAL GENETICS - GENÉTICA VEGETAL

  • Cannabis sativa identification by analysis of trnL region of chloroplast DNA (Tomonori Muro et al) [JAFST] (en japonés)
  • Development of a quantitative real-time polymerase chain reaction (RTPCR) assay for plant species (Heather Miller Coyle) {Journal of Forensic Research and Crime Studies, 2014}
  • Discrimination of grass hay samples by DNA analysis (Hitomi Kikkawa et al) [JAFST, 2010] (en japonés)

ARTICULOS / PAPERS

  • A bayesian mixture model for differential gene expression (Kim-Anh Do et al)
  • A birthday problem solution for nonuniform birth frequencies (Thomas S. Nunnikhoven)
  • A call for mtDNA data quality control in forensic science (Young-Gang Yao et al)
  • A discussion of automation for forensic DNA laboratory (Cris Cowan)
  • A duplex real-time qPCR assay for the quantitation of human nuclear and mitochondrial DNA in forensic samples: Implications for quantifying DNA in degraded samples (Mark D. Timken et al)
  • A low profile (Stephen T. Jones)
  • A mistaken DNA identification? What does it mean? (Andre A. Moenssens)
  • A new approach for the extraction of DNA from postage stamps (Christiane Lauk y Jorg Schaaf)
  • A new DNA typing method of D 1S80 marker by capillary electrophoresis of ABI 310 Genetic Analyzer (Koji Fujii et al)
  • A new method for forensic DNA analysis of the blood meal in chagas disease vectors demonstrated using triatoma infestans from Chuquisaca, Bolivia (Juan Carlos Pizarro y Lori Stevens)
  • A new method to extract dental pulp DNA: Application to universal detection of bacteria (Lam Tran-Hung et al)
  • A review of the science of low template DNA analysis (Brian Caddy et al)
  • A simple automated instrument for DNA extraction in forensic casework (Shawn A. Montpetit et al)
  • A study of the effects of degradation and template concentration on the amplification efficiency of the STR Miniplex primer sets (Denise T. Chung et al)
  • A systematic analysis of secondary DNA transfer (Carll Ladd et al)
  • ABO genotyping by Loop-mediated isothermal amplification (LAMP) (Jin Tanaka) [en japones]
  • Accepted practices by the forensic DNA community supported by NRC II Report (Bruce Budowle y Keith L. Monson)
  • Addressing DNA that implicates your client (Michael N. Burt)
  • ADN en la prueba de filiación (Celeste Cecilia Mels Siningen)
  • Advanced and emerging DNA techniques and technologies. A course by the President´s DNA Iniciative
  • Advanced topics in DNA training workshop for the New Jersey State Police DNA Laboratory (John M. Butler)
  • Advances in the biochemistry of DNA fingerprinting analysis (John M. Butler)
  • Amplified DNA product separation for forensic analysts. A course by the President´s DNA Iniciative
  • An assessment of whether SNPs will replace STRs in national DNA databases - Joint considerations of the DNA working group of the ENFSI and the SWGDAM (Peter Gill et al)
  • An evaluation of the Hardy-Weinberg equilibrium (HWE) at three hypervariable loci: D7S21, D12S11, D5S110 in the population of Central Poland (Renata Jacewicz et al)
  • An examination by TaqMan PCR method with a specific probe on ABO blood typing (Saeko Ogata) [en japonés]
  • An interview with DNA forensics authority Dr. Bruce Weir (William Neal)
  • An ultra-high discrimination Y chromosome short tandem repeat multiplex DNA typing system (Erin K. Hanson y Jack Ballantyne)
  • Analysis of Alu insertion polymorphism in South Morocco (Souss): Use of markers in forensic science (Smail Chadli et al)
  • Analysis of dog mitochondrial DNA for forensic identification purposes (Wojciech Branicki et al)
  • Analysis of polymorphism of three human Y-chromosome STR loci: DYS390 and DYS393 in the population of northern Poland (Zrzysztof Rebala et al)
  • Another surprise from the mitochondrial genome (R. Sanders Williams)
  • Análisis de 2.758 casos de paternidad resueltos con polimorfismo STR-PCR en Ecuador (Fabricio González Andrade et al)
  • Análisis de la variación en las secuencias del ADNMT humano en individuos residentes de la región cundi-boyacense (Carlos Arturo Mora)
  • Análisis de las regiones hipervariables del ADN mitocondrial en 99 individuos originarios del departamento de Antioquia. Aspectos genéticos poblacionales (César Augusto Arévalo y Andrea Carolina Romero)
  • Análisis molecular de valoración de polimorfismos STR autosómicos y de cromosoma "Y" en grupos etnicos de Ecuador (Fabricio González Andrade)
  • Aporte de la genética y antropología molecular a los derechos de los indígenas argentinos por la posesión de tierras (Néstor Oscar Bianchi y Verónica Lucrecia Martín)
  • Application of bayesian networks in forensic genetics and criminalistics (Grzegorz Zadora y Paulina Wolanska-Nowak)
  • Application of biorobot M48 to DNA extraction from biological specimens analysed in forensic investigations (Agnieszka Parys-Proszek et al)
  • Application of low copy number DNA profiling (Peter Gill)
  • Application of STR analysis to the profiling of biological traces containing low DNA amounts (Agnieszka Parys-Proszek)
  • Application of the BioMek 2000 laboratory automation workstation and the DNA IQ System to the extraction of forensic casework samples (Susan A. Greenspoon et al)
  • Application of the mentype argus X-8 kit to forensic casework (Wojciech Branicki et al)
  • Application of the Y-STR typing kit Power Plex Y System to forensic samples (Toshio Morikawa et al) [en japonés]
  • Application of X-STR loci in forensic genetics (Maciej Jedrzejczyk et al) {Problems of Forensic Sciences 2010}
  • Applying revolutionary technologies to DNA extraction for forensic studies (Michael Rechsteiner)
  • Arresting developments in DNA typing (Phillip B. C. Jones)
  • Assessing ancient DNA studies (M. Thomas P. Gilbert et al)
  • Assessing the implications for close relatives in the event of similar but nonmatching DNA profiles (David R. Paoletti et al)
  • Automated STR data analysis: Validation studies (Mark W. Perlin et al)
  • Automating the forensic analysis of nuclear DNA: The FBI´s research and development initiative [FBI]
  • Avoiding ascertainment bias by testing additional loci (Larry Mueller)
  • Background noise in STR testing (Travis Doom)
  • Basic overview of forensic DNA and STR Data [Forensic Bioinformatics]
  • Bayesian approach to "cold hit" DNA evidence (David Balding)
  • Biotechnology in forensic science: The revolution continues (Vijay Vasudev Pillay et al)
  • Breve curso sobre el genoma humano [AGHU]
  • Bylaws of the Scientific Working Group on DNA analysis methods {SWGDAM}
  • Capillary electrophoresis instrumentation and available STR kits (John M. Butler)
  • Capillary electrophoresis sizing precision of multiplex short tandem repeat systems using differential internal size standards and matrix types (Ryszard Pawlowski y Agnieszka Maciejewska)
  • Challenges in explaining DNA evidence to jurors: A defense attorney's point of view (Edward J. Ungarsky)
  • Changes in dry state hemoglobin over time do not increase the potential for oxidative DNA damage in dried blood (April Marrone y Jack Ballantyne)
  • Characterisation of new tatranucleotide polymorphism of the STR D5S1462 locus (Dorota Monies et al)
  • Characteristics and tendencies of pull-up peaks (Carrie Rowland)
  • Characterization and validation studies of PowerPlex 2.1, a nine-locus short tandem repeat (STR) multiplex system and penta D monoplex (Eleni N. Levedakou et al)
  • Characterization of human DNA in environmental samples (Mary H. Toothman et al)
  • Characterization of new miniSTR loci to aid analysis of degraded DNA (Michael D. Coble y John M. Butler)
  • Characterizing spikes (Jason Gilder)
  • Chemometrics in metabonomics and metabolonics (Johan Trygg)
  • Clarification of additional issues regarding statistics and population substructure effects on forensic DNA profile frequency estimates (B. Budowle y K. L. Monson)
  • Codis - Combined DNA Index System
  • Codis and database searches (Larry Mueller y Keith Inman)
  • Cold hit statistics. NRC I (Larry Mueller)
  • Cold hit statistics: United States v. Jenkins (Edward J. Ungvarsky)
  • Cold hits (and family searches) (Dan Krane)
  • Cold hits vs hard facts (Michael Strutt)
  • Cold hits: The bayesian perspective (S. L. Zabell)
  • Comparison of buccal cell collection kits for STR typing (Koji Fujii et al) [en japones]
  • Comparison of five DNA quantitation methods (Karsten Nielsen et al)
  • Comparisons of likelihood and machine learning methods of individual classification (B. Guinand et al)
  • Considerations by the European DNA profiling (EDNAP) group on the working practices, nomenclature and interpretation of mitochondrial DNA profiles (G. Tully et al)
  • Control de calidad 2004/2005 de la Sociedad Latinoamericana de Genética Forense (G. Penacino et al)
  • Convicted by juries, exonarated by science: Case studies in the use of DNA evidence to establish innocence after trial (Edward Connors et al)
  • Convicted offender DNA collection [Washington State Patrol Crime Lab]
  • Correlation of microscopic and mitochondrial DNA hair comparisons (Max M. Houck y Bruce Budowle)
  • Create a DNA fingerprint (Rick Groleau)
  • Crime scene and DNA basics for forensic analysts course [President´s DNA Iniciative]
  • Criminal histories of sex offenders identified through DNA "cold hits" (Colleen McCue et al)
  • Cromosoma Y: Vertedero de ADN (Teodora Zamudio)
  • Cromosomas [Bioetica.org]
  • Códigos de vida y la genética forense (Andrea Mizdraji y Anabela Iacomini)
  • Cómo se obtienen los resultados de los tests genéticos? (Gabriela T. Pérez Schweiger)
  • Database limitations on the evidentiary value of forensic mitochondrial DNA evidence (Frederika A. Kaestle et al)
  • Database searches (Larry Mueller)
  • Deconvolution of mixed DNA samples (Michael L. Raymer)
  • Detecting errors in mtDNA data by phylogenetic analysis (H. J. Bandelt et al)
  • Detection of mitochondrial single nucleotide polymorphisms using a primer elongation reaction on oligonucleotide microarrays (Fikret Erdogan et al)
  • Determinación de filiación por análisis del ADN (Fingerprinting) (Celia Iudica)
  • Determination of nuclear DNA concentration using real-time PCR technique (Agnieszka Mirowska y Ryszard Pawlowski)
  • Development of a BK virus DNA chip for geographical identification of unidentified cadavers (Hiroshi Ikegaya et al) [en japonés]
  • Development of a novel, fluorescent, two-primer approach to quantitative PCR (Benjamin E. Krenke et al)
  • Development of an Alu-based, real-time PCR method for quantification of human DNA in forensic samples (Janice A. Nicklas y Eric Buel)
  • Development of multiplexed SNP assays from mitochondrial and Y chromosome DNA for human identity testing (Peter M. Vallone)
  • Developmental validation of a real-time PCR assay for the simultaneous quantitation of total human and male DNA (Benjamin E. Krenke et al)
  • Developmental validation of a single-tube amplification of the 13 CODIS STR loci, D2S1338, D19S433 y amelogenin: The AmpFesTR identifier PCR amplification kit (Patrick J. Collins et al)
  • Developmental validation of the Quantifiler real-time PCR kits for the quantification of human nuclear DNA samples (Robert L. Green et al)
  • Distilling artificial recombinants from large sets of complete mtDNA genomes (Qing-Peng Kong et al)
  • Distribution of chromosome X STR markers DXS10135, DXS10074, DXS10101 and DXS10134 and their usefulness in forensic genetics (Maciej Jedrzejczyk et al)
  • Diversity and heterogeneity in mitochondrial DNA of North American populations (Terry Melton et al)
  • DNA "fingerprints" and their statistical analysis in human populations (A. Marie Phillips)
  • DNA amplification for forensic analysts. A course by the President´s DNA Iniciative
  • DNA and forensic science (Micah A. Luftig y Stephen Richey)
  • DNA as evidence
  • DNA barcoding in the cycadales: Testing the potential of proposed barcoding markers for species identification of cycads (Chodon Sass et al)
  • DNA Commision of the International Society of Forensic Genetics (ISFG): An update of the recommendations on the use of Y-STRs in forensic analysis (L. Gusmao et al)
  • DNA Commission of the International Society for Forensic Genetics: Guidelines for mitochondrial DNA typing (A. Carracedo et al)
  • DNA databases (Kenneth Jost)
  • DNA evidence and issues [National Center for Women & Policing]
  • DNA evidence policy considerations for the prosecutor (Lisa R. Kreeger y Danielle M. Weiss)
  • DNA evidence proves rape accusation was a lie [The Forensic Examiner]
  • DNA extraction and quantitation for forensic analysts - A course by the President´s DNA Iniciative
  • DNA extraction from forensic samples by use of QIAamp DNA mini kit (Gotaro Watanabe) [en japonés]
  • DNA extraction from sperm found in mixed stains of seminal fluid and vaginal secretion using DNase I (Taketo Uchiyama et al) [en japonés]
  • DNA fingerprinting from single cells (R. Frazier y A. Urquhart)
  • DNA fingerprinting loci Do show population differences: Comments on Budowle et al (Stanley Sawyer et al)
  • DNA fingerprints from fingerprints (Roland A. H. van Oorschot y Maxwell K. Jones)
  • DNA Forensics: Expanding uses and information sharing (W. Mark Dale et al)
  • DNA from a computer keyboard (Ana Castello et al)
  • DNA from the beginning [Cold Harbor Laboratory]
  • DNA glossary (Norah Rudin y Keith Inman)
  • DNA identification in mass fatality incidents [KADAP]
  • DNA identification in the Criminal Justice System [Australian Institute of Criminology]
  • DNA in the courtroom
  • DNA match and profile probabilities: Comment on Budowle et al (2000) and Fung and Hu (2000) (Bruce S. Weir)
  • DNA not just for hunters anymore (Richard Willings)
  • DNA profiling (Michael Baden)
  • DNA recovery from semen swabs with the DNA IQ System (María Fernanda Lazzarino et al)
  • DNA structure: Yet another avatar? (Manju Bansal)
  • DNA testing: An introduction for non-scientists. An illustrated explanation (Donald E. Riley)
  • DNA typing in Colombia - Previous experiences and future outlook (Juan J. Yunis y Emilio Yunis)
  • DNA typing in forensic medicine and in criminal investigations: a current survey (Mark Benecke)
  • DNA, the next generation technology is here! (Mike Byrd)
  • DNAPrint announces forensic eye color results at Amsterdam Forensic Meeting; Worl's first genomics-derived test for forensics investigation with predictive capabilities [Forensic Focus]
  • Effect of rare alleles on DNA profile frequency in SGM plus studies (Ireneusz Soltyszewski et al)
  • Effect on paternity index of substituting a brother for the true father (Jaroslaw Berent et al)
  • Effects of latent print technology on PCR DNA analysis (Colleen Walls)
  • Efficiency of forensic mtDNA analysis. Case examples demonstrating the identification of traces (Reinhard Szibor et al)
  • El DNA en la investigación criminal (Grace Alexandra Terreros)
  • El estudio de polimorfismos de ADN a partir de restos óseos y dientes y sus aplicaciones en la identificación de desaparecidos (Fabricio González Andrade et al)
  • El mestizaje genético en Ecuador y su aplicación médico forense (Fabricio González Andrade et al)
  • Electrochemical interrogation of interactions between surface-confined DNA and methylene blue (Dun Pan et al)
  • Empirical analysis of the STR profiles resulting from conceptual mixtures (David R. Paoletti et al)
  • Empirical bayes analysis of microarray experiment (Bradley Efron et al)
  • Empirical studies of the genetic algorithm with non-coding segments (Annie S. Wu y Robert K. Lindsay)
  • Encoded evidence: DNA in forensic analysis (Mark A. Jobling y Peter Gill)
  • Error reports threaten to unravel databases of mitochondrial DNA (Carina Dennis)
  • Error reports threaten to unravel databases of mitochondrial DNA (Carina Dennis)
  • Errors and misunderstandings in the second NRC report (David J. Balding)
  • Errors happen (W. C. Thompson et al)
  • Essential elements of a defense-review of DNA testing results (Dan E. Krane)
  • Establishing an mtDNA forensic laboratory (Mitchell M. Holland)
  • Estimating haplotype frequency and coverage of databases (Thore Egeland y Antonio Salas)
  • Estimating odds ratios in genome scans: An approximate conditional likelihood approach (Arpita Ghosh et al)
  • Estándares básicos para los laboratorios de pruebas de paternidad en Colombia, 2005 (Alejandro Giraldo et al)
  • Evaluating DNA profile evidence when the suspect is identified through a database search (David J. Balding y Peter Donnelly)
  • Evaluating expert systems for forensic DNA laboratories (Rhonda K. Roby y John Paul Jones)
  • Evaluating forensic DNA evidence: Essential elements of a competent defense review (William C. Thomson et al)
  • Evaluating forensic DNA evidence: Essential elements of a competent defense review. Part 2 (William C. Thomson et al)
  • Evaluating mixed DNA profiles with the presence of relatives: Theory, method, and computer software (Yue-Qing Hu et al)
  • Evaluation and validation of the ABI 3700, ABI 3100, and the MegaBace 1000 capillary array electrophoresis instruments for use with short tandem repeat microsatellite typing in a forensic environment (Pieris Koumi et al)
  • Evaluation of (CA)n dinucleotide markers in paternity analysis (Anitha A. Moinak Banerjee)
  • Evaluation of a decontamination protocol for hair shafts before mtDNA sequencing (Els Jehaes et al)
  • Evaluation of a multicapillary electrophoresis instrument for mitochondrial DNA typing (John E. B. Stewart et al)
  • Evaluations of DNA quantification methods for forensic biological samples (Hiroaki Nakahara et al) [en japonés]
  • Evidence of authentic DNA from danish viking age skeletons untouched by humans for 1000 years (Linea Melchior et al)
  • Evolution of forensic DNA laboratories and the challenges they face (Dennis J. Reeder et al)
  • Examination of chloroplast and nuclear microsatellite DNA sequences for individual identification of coniferous trees (Artur Dzialuk y Jaroslaw Burczyk)
  • Examination of the primeres for allele-specific PCR amplification (gotaro Watanabe y Kazuo Umetsu) [en japonés]
  • Examiner bias in forensic RFLP analysis (William C. Thompson)
  • Examiner bias in forensic RFLP analysis (William C. Thompson)
  • Examiner bias in forensic RFLP analysis (William C. Thompson)
  • Exclusions and attributions of patternity: Practical experiences of forensic genetics and statistics (Jack Valentin)
  • Exonerated by DNA, guilty in official´s eyes (Maurice Possley)
  • Extremely high levels of human mitochondrial DNA heteroplasmy in single hair roots (Tomasz Grzybowski)
  • Family searches (What constitutes probable cause when a database search finds someone similar to but different from an evidence sample?) (Dan Krane)
  • Family ties: The use of DNA offender databases to catch offenders (Henry T. Greely et al)
  • Feline forensics (Judy Holmes)
  • Finding criminals through DNA of their relatives (Frederick R. Bieber et al)
  • Forensic application of a rapid test for red hair colour prediction and sex determination (Wojciech Branicki et al)
  • Forensic applications of laser capture microdissection: Use in DNA-based parentage testing and platform validation (Zoran M. Budimlija ey al)
  • Forensic aspects of mass disasters: Strategic considerations for DNA-based human identification (Bruce Budowle et al)
  • Forensic casework analysis using the HVI/HVII mtDNA linear array assay (Anna-Maria Divne et al)
  • Forensic DNA identification and standards development (Margaret Kline)
  • Forensic DNA identification of animal-derived trace evidence: Tools for linking victims and suspects (Joy L. Halverson y Christopher Basten)
  • Forensic DNA projects at NIST (John M. Butler)
  • Forensic DNA technology and the genocide dynamic (Chris Asplen)
  • Forensic evaluation and population data of 11 Y-STRs in Moroccan immigrants in Belgium (G. Mertens et al)
  • Forensic evidence and international courts and tribunals (Apa (Ton) Broeders)
  • Forensic identification of sixteen species of Chesapeake Bay Sportfishes using mitochondrial DNA restriction fragment-length polymorphism (RFLP) analysis ( Jan F. Cordes et al)
  • Forensic mitochondrial DNA analysis: Two years of commercial casework experience in the United States (Terry Melton y Kimberlyn Nelson)
  • Forensic statistics (John V. Planz)
  • Foundations for bayesian updating (Eran Shmaya y Leeat Yariv)
  • Frequency of occurrence of special combinations of STR alleles in human Y chromosomes classified into haplogroup I (Marcin Wozniak et al)
  • Further discussion of the consistent treatment of length variants in the human mitochondrial DNA control region (Mark R. Wilson et al)
  • Gene concepts, gene talk, and gene patents (Andrew Torrance)
  • General and medical genetics [Colorado State University]
  • Genes y etnias (Nicholas Wade)
  • Genetic analysis from ancient DNA (Svante Paabo et al)
  • Genetic data on 9 polymorphic Y-STR loci in a population sample from south-east Poland (Dorota Monies et al)
  • Genetic differences at four DNA typing loci in finnish, italian, and mixed caucasian populations (Dan E. Krane et al)
  • Genetic polymorphism of cytochrome P450-2d6*4 in cannabis smokers (M. Attalla Sohayla et al)
  • Genetic prediction of pigmentary traits in forensic studies (Wojciech Branicki et al)
  • Genetic variability in a portion of coding region of mitochondrial DNA encompassing nucleotide positions 9995-10995 (Wojciech Branicki et al)
  • Genetic witness: Forensic uses of DNA tests [U.S. Congress, Office of Technology Assessment]
  • Genetic witness: Through the lens of a social scientist (Norah Rudin y Keith Inman)
  • Genomic DNA from forensic samples. User manual [NucleoSpin 8 Trace]
  • GenoStat. Forensic DNA statistic software suite [Forensic Bioinformatics]
  • Genotype profiles for five population groups at the tandem repeat loci D2S1338 and D19S433 (Bruce Budowle)
  • Genética forense. La ciencia al servicio de la justicia (José Antonio Lorente Acosta et al)
  • Geographical affinities of the HapMap samples (Miao He et al)
  • Global genetic variation at nine short tandem repeat loci and implications on forensic genetics (Guangyun Sun et al)
  • Guerra civil española (1936-1939): Identificación de restos humanos procedentes de fosas comunes en Cataluña mediante análisis de ADN mitocondrial. A propósito de un caso (M. Crespillo et al)
  • Guidelines for mitochondrial DNA (mtDNA) nucleotide sequence interpretation [SWGDAM]
  • High levels of mitochondrial DNA heteroplasmy in human hairs by Budowle et al (Peter D'Eustachio)
  • High-throughput genotyping of forensic STRs and SNPs using time-of-flight mass spectrometry (John M. Butler y Christopher H. Becker)
  • How many clones need to be sequenced from a single forensic or ancient DNA sample in order to determine a reliable consensus sequence? (Mim A. Bower et al)
  • How many replicons make a module? (Xavier Perret y William Broughton)
  • How the probability of a false positive affects the value of DNA evidence (William C. Thompson et al)
  • Human and apes... What's the (DNA) difference? (David McCord)
  • Human and insect mitochondrial DNA analysis from maggots (Jeffrey d. Wells et al)
  • Human nuclear and and male Y-chromosome DNA quantification by real-time PCR assay (Agnieszka Mirowska y Ryszard Pawlowski)
  • HVI mitochondrial DNA data in a population sample from south-east Poland (Dorota Monies et al)
  • Identidad y genes (Teodora Zamudio)
  • Identificaciòn humana mediante análisis de ADN en Argentina (Daniel Corach et al)
  • Identificación del sexo mediante análisis molecular del gen de la amelogenina (Jesús Salvador Velarde Félix et al)
  • Identification of forensic samples by using an infrared-based automatic DNA sequencer (Ugo Ricci et al)
  • Identifying degraded DNA (Leonard Klevan y Lisa Schade)
  • Identifying the manipulation of DNA testing results through review of electronic data (Simon Ford)
  • Important DNA testing terminology [Bioforensics.com]
  • Improper use of forensic science in the first 200 post-conviction DNA exonarations (Brandon L. Garret y Peter Neufeld)
  • Improved analysis of DNA short tandem repeats with time-of-flight mass spectrometry (John M. Butler y Christopher H. Becker)
  • Improved DNA analysis through real-time PCR analysis (Curtis Knox y Benjamin Krenke)
  • Improving forensic DNA laboratory throughput: Enhanced data analysis and expert systems capability (Roger Frappier et al)
  • In your blood forensic DNA databases [Irish Council for Bioethics]
  • Inclusiveness, effectiveness and intrusiveness: Issues in the developing uses of DNA profiling in support of criminal investigations (Robin Williams y Paul Johnson)
  • Inferences Using DNA Profiling in Forensic Identification and Paternity Cases (Donald A. Berry)
  • Inquiry into forensic sampling and DNA databases [The Victoria Forensic Science Centre]
  • Inside the DNA labs (Timothy W. Maier)
  • Insights into race from DNA profiles (Mac Taylor)
  • Interim plan for the release of information in the event of a "partial match" at NDIS [CODIS Bulletin]
  • Interlaboratory study on bone extraction for mitochondrial DNA analysos [SWGDNA]
  • International impact of forensic DNA technology (Ed Huffine)
  • International symposium on forensic DNA technologies - 19-20 Sept 2003, Munster
  • Interpol handbook on DNA data exchange and practice
  • Interpretation of complex forensic DNA mixtures (Carll Ladd et al)
  • Interpretation of sequence data: From data collection through databasing and statistics (Jason Eshleman)
  • Interpreting anonymous DNA samples from mass disasters - Probabilistic forensic inference using genetic markers (Tien-ho Lin et al)
  • Introduction to the DNA Advisory Board (DAB) Standards (Robyn Ragsdale y John M. Butler)
  • Investigación genética en adultos (Gisela Pérez Scweiger et al)
  • Is DNA a silver bullet? (Chris Asplen)
  • JC virus genotyping can be used to narrow down the native place of persons from urine stains (Koichi Sakurada et al)
  • Judging innocence (Brandon L. Garrett)
  • Juror comprehension and the hard case - Making forensic evidence simpler (Mark Findlay)
  • Juror understanding of random match probabilities (Dale A. Nance)
  • Jury understanding of DNA evidence: An empirical assessment of presentation formats for trace evidence with a relatively small random match probability (Dale A. Nance y Scott B. Morris)
  • La huella genética en medicina legal. ADN con fines forenses (Ricardo Rodríguez Jorge y José Alberto Borges López)
  • La medicina clínica ante los indicios criminales biológicos y la identificación genética (Miguel Lorente Acosta et al)
  • La tecnología del ADN en Medicina Forense: Importancia del indicio y del lugar de los hechos (M. Lorente Acosta et al)
  • La utilización de la prueba de ácido desoxirribonucleico (ADN) para la aplicación de la justicia en México (Ernesto García Marín y Juana Leonor Hernández Marín)
  • Leyes de Mendel (Lourdes Luengo)
  • Maintaining integrity of DNA samples through national standards (Karen Cormier et al)
  • Mathemathics in forensic genetics (Charles H. Brenner)
  • Messenger RNA regulations: To translate or to degrade (Ann-Bin Shyu et al)
  • Methods for rapid forensic analysis of mitochondrial DNA and characterization of mitochondrial DNA heteroplasmy - Patent (David Ecker et al)
  • Microchip technology for genome analysis: application to DNA identification and scientific criminal investigation (Tomo Osafune y Yoshinobu Baba) [en japonés]
  • Mini-popule developed to maximize DNA recovery for robotic forensic analysis (Chris Collopy)
  • Mitochondrial DNA analysis at the FBI laboratory (Alice R. Isenberg y Jodi M. Moore)
  • Mitochondrial DNA examination of cold case crime scene hairs (Terry Melton)
  • Mitochondrial DNA genome sequencing and SNP assay development for increased power of discrimination (Thomas J. Parsons)
  • Mitochondrial DNA sequence variation and phylogenetic analysis in japanese individuals from Miyazaki prefecture (Taketo Uchiyama et al)
  • Mitochondrial DNA typing screens with control region and coding region SNPs (Margaret C. Kline et al)
  • Mixture resolution (Jason Gilder)
  • Molecular, forensic and haplotypic inconsistencies regarding the identity of the Ekaterinburg remains (A. Knight et al)
  • Most Wanted: Answers to facility issues. DNA and evolving facilities (Ken Mohr)
  • Motion to exclude DNA evidence [Superior Court of the State of California for the county of Los Angeles]
  • mtDNA mutations in tumors of the central nervous system reflect the neutral evolution of mtDNA in populations (Ana Vega et al)
  • Mutation rate in human microsatellites: Influence of the structure and length of the tandem repeat (Bernd Brinkmann et al)
  • Mystery solved: The identification of two missing Romanov children using DNA analysis (Michael D. Coble et al)
  • Naive bayes models for probability estimation (Daniel Lowd y Pedro Domingos)
  • National forensic DNA study report - Final Report (Nicholas P. Lovrich et al)
  • New biology & criminal investigation (R. K. Abichandi)
  • New population and phylogenetic features of the internal variation within mitochondrial DNA macro-haplogroup Ro (Vanesa Álvarez Iglesias et al)
  • New service seeks to accelerate DNA testing methods and technologies [Applied Biosystems]
  • Nociones de identificación forense en la tipificación de DNA (Segundo Germán Arrieta)
  • Non-STR DNA markers: SNPs, Y-STRs, LCN and mtDNA. A course by the President´s DNA Iniciative
  • Nonhuman DNA testing increases DNA's power to identify and convict criminals (Arianne Day)
  • Nuevas técnicas en inmunohematología forense (Francisco javier Pachón Pavón)
  • Nullomers: Really a matter of natural selection? (Claudia Acquisti et al)
  • Object-oriented bayesian networks for complex forensic DNA profiling problems (A. P. Dawid et al)
  • Objective characterization by automation (Jason R. Gilder)
  • On the subtle southern polish population subdivision (Paulina Wolanska-Nowak)
  • Optimized DNA extraction to improve reproducibility of short tandem repeat genotyping with highly degraded DNA as target (Wera M. Schmerer et al)
  • Other stuff about DNA profile evidence (David Balding)
  • Overview and history of DNA typing
  • Paternal inheritance of mitochondrial DNA (Marianne Schwartz y John Vissing)
  • Peak height ratios in forensic STR analyses: Pattern of occurrence & effects of concentration [Forensic Bioinformatics]
  • Perfíl genómico de la población paraguaya (Marta Oviedo et al)
  • Personal identification based on nuclear DNA extracted from bones of deceased individuals (Ewa Kapinska y Zofia Szczerkowska)
  • Peternidad y genética (Valeria Villalba Fernández)
  • Phylogeny and antiquity of M macrohaplogroup inferred from complete mt DNA sequence on indian specific lineages (Revathi Rajkumar et al)
  • Pitfalls in the analysis of mitochondrial DNA from ancient specimens and the consequences for forensic DNA analysis: the historical case of the putative heart of Louis XVII (E. Jehaes et al)
  • Polimorfismes de l'ADN i procediments antropométrics en la identificació humana (M. Luna et al)
  • Polymorphism of STR systems (D9S304, D1S533, D7S820, FGA) in population samples of South-East Poland (Piotr Koziol et al)
  • Polymorphism of the SLC45A2 gene and prospects for application in forensic science (Jolanta Draus-Barini et al)
  • Polymorphism of VNTR loci: D2S44, D10S28, D17S59 and D17S26 in the Pomerania-Kujawi region of Poland (Jakub Czarny)
  • Polymorphism of X-chromosome STR loci: DXS8378, DXS7132, HPRTB, DXS7423 in a polulation of central Poland (Maciej Jedrzejczyk et al)
  • Population data on the STR loci D2S1338 and D19S433 (Bruce Budowle et al)
  • Population genetics and statistics. A course by the President´s DNA Iniciative
  • Population genetics in the forensic DNA debate (B. S. Weir)
  • Population genetics of 17 microsatellite loci in three major groups of Andhra Pradesh, India (G. Hima Bindu et al)
  • Population Studies Data Center [Canada]
  • Position of the DAB regarding DNA database "cold hits" (Michael L. Raymer)
  • Postconviction DNA testing: Recommendations for handling requests [NIJ]
  • Predisposición genética en el consumo de alcohol: el caso de la alcohol deshidrogenasa 1C (F. Francés et al)
  • Primer on molecular genetics from the U. S. Department of Energy (Denise Casey)
  • Problemática práctica de l'ús del polimorfismes de l'ADN en la perícia médico-legal (E. Huguet et al)
  • Protocol for the mtSNP 11-plex primer extension assay on the ABI 3100 CE (Peter vallone)
  • Quality assurance audit for forensic DNA and convicted offender DNA databasing laboratories [FBI]
  • Quality control of DNA break metabolism: in the "end", its a good thing (Roland Kanaar et al)
  • Quantitation of DNA typing by qPCR (Mark D. Timken et al)
  • Questioning evidence for recombination in human mitochondrial DNA (Thomas Kivisild y Richard Villems)
  • Rapid electronic detection of DNA and nonnatural DNA analogos for molecular marking applications (Arica A. Lubin et al)
  • Rapid isolation of genomic DNA from human samples: Forensics and molecular diagnostics applications (Dan Kephart)
  • Recent progress in forensic DNA profiling - A review: 2001 to 2004 (Peter Gill)
  • Recent progress in processing biological evidence and forensic DNA profiling - A review: 2004 to 2007 (Ronald M. Fourney et al)
  • Regulación jurídica de las biotecnologías - Curso (Teodora Zamudio)
  • Reply to weir (2001) (Bruce Budowle et al)
  • Report on the current activities of the Scientific Working Group on DNA analysis methods Y-STR Subcommittee
  • Report to the attorney general on delays in forensic DNA analysis [NIJ]
  • Reproducibility of mtDNA analysis between laboratories: a report of the European DNA profiling group (EDNAP) (A. Carracedo et al)
  • Resistance of degraded hair shafts to contaminant DNA (M. Thomas P. Gilbert et al)
  • Results from the NIST 2004 DNA quantitation study (Margaret C. Kline et al)
  • Results of the 1999-2000 collaborative excercise and proficiency testing program on mitochondrial DNA of the GEP-ISFG: An inter-laboratory study of the observed variability in the heteroplasmy level of hair from the same donor (Antonio Alonso et al)
  • Revelado de manchas latentes: efectividad del luminol y evaluación de su efecto sobre el estudio del DNA (A. Castelló Ponce et al)
  • Review of transfer articles (Martin F. Murphy)
  • Revised validation guidelines [SWGDAM]
  • Revision sobre la extracción de ADN a partir de huesos humanos (Gerardo Jiménez Arce y Bernal Morera Brenes)
  • Robert Lee Vaughn, Appellant vs State of Georgia Appellee. Application for interlocutory appeal Record excerpts. 2005 (vol I)
  • Robert Lee Vaughn, Appellant Vs. State of Georgia, Appellee. 2005 (vol II)
  • Robotic extraction of mock sexual assault samples using the Biomek 2000 and the DNA IQ system (Susan Greenspoon y Jeff Ban)
  • Run-specific limits of detection and quantitation for STR-based DNA testing (Jason R. Gilder et al)
  • Run-specific limits of quantitation and detection (An alternative to minimum peak height thresholds) (Dan E. Krane)
  • Scientific heat about cold hits (Keith Devlin)
  • Screening: a new tool for forensic labs (Erin McCombs)
  • Sensitive forensic DNA analysis. Application of pyrosequencing and real-time PCR quantification (Hanna Andréasson)
  • Sequence variation in the control region of mitochondrial DNA within a population sample of domestic cats felis catus linnaeus - Implications for domestic and wild cats differentiation (Wojciech Branicki et al)
  • Short tandem repeat (STR) interpretation guidelines [SWGDAM]
  • Should DNA samples be collected from arrestees and included in law enforcement databases? (Howard Safir y Barry Steinhardt)
  • Small police department forensics and DNA (Ralph A. Barfield)
  • SNPs and MALDI-TOF MS: Tools for DNA typing in forensic paternity testing and anthropology (Elizabet Petrovski et al)
  • Some properties of similar pairs (Gunnar Blom y Lars Holst)
  • Source attribution of a forensic DNA profile (Bruce Budowle)
  • State legislation for DNA database expansion moves forward (Lisa Hurst)
  • State screening laboratories and forensic DNA banks
  • Statistical and population genetics issues affecting the evaluation of the frequency of occurence of DNA profiles calculated from pertinent population database(s) [Forensic Science Communications]
  • Statistical evaluation of haploid genetic evidence (T. Egeland y A. Salas)
  • Statistical evaluation of mixed DNA stains (Yan-tsun Choy)
  • Statistical weight of a DNA match in cold-hit cases (Ranajit Chakraborty y Jianye Ge)
  • STR data analysis and interpretation for forensic analysts. A course by the President´s DNA Iniciative
  • Studies on predicting pigmentation phenotype for forensic purposes (Wojciech Branicki)
  • Summary of the findings of a quality review of the scientific working group on DNA analysis methods mitochondrial DNA database (Deborah Polanskey y Bruce Budowle)
  • Summary report of the Virginia Scientific Advisory Committee's Subcommittee on Family Searches
  • Survey of DNA Crime Laboratories, 1998 [US Department of Justice]
  • SWGDAM recommendations to the FBI Director on the "Interim Plan for the Release of Information in the Event of a ´Partial Match´at NDIS" (SWGDAM)
  • SWGDAM validation study of the Profiler Plus Kit for forensic casework analysis (Agnieszka Maciejewska y Ryszard Pawlowski)
  • Synthetic DNA and biology - Nobel lecture (Michael Smith)
  • Systematic analysis of stutter percentages and allele peak height and peak area ratios at heterozygous STR loci for forensic casework and database samples (Benoit Leclair et al)
  • Systematic differences in electropherogram peak heights reported by different versions of the GeneScan software (Jason R. Gilder et al)
  • Tarnish on the "Gold Standard": Understanding recent problems in forensic DNA testing (William C. Thompson)
  • The 1998-1999 collaborative excercises and proficiency testing program on DNA typing od the Spanish and Portuguese Working Group of the International Society of Forensic Genetics (GEP-ISFG) (Josefina Gómez y Angel Carracedo)
  • The african diaspora: Mitochondrial DNA and the atlantic slave trade (Antonio Salas et al)
  • The axiomatics of DNA privacy (Sheldon Krimsky)
  • The birthday problem and database searches: The implications of relatives in offender databases (Jason R. Gilder)
  • The case of degraded DNA: mtDNA ancient analysis to the rescue (Terry Melton y Kimberlyn Nelson)
  • The coming paradigm shift in forensic identification science (Michael J. Saks y Jonathan J. Koehler)
  • The database dilemma (Chris Asplen)
  • The dawn of human matrilineal diversity (Doron M. Behar et al)
  • The DNA advisory board's two-number approach to cold hit statistics (Dan E. Krane)
  • The DNA connection. The federal reauthorization of DNA funding (Chris Asplen)
  • The DNA connection: Finally it's here! (Chris Asplen)
  • The DNA database search controversy (David J. Balding)
  • The evaluation of forensic DNA evidence
  • The FBI DNA laboratory: A review of protocol and practice vulnerabilities [U.S. Department of Justice]
  • The FBI's DNA & databasing initiatives [FBI]
  • The future of DNA (Trevor H. Howitt)
  • The future of DNA testing. Predictions of the research and development working group [NIJ]
  • The heteroplasmy of mitochondrial DNA polymorphism of mother-child of sibling (Gotaro Watanabe y Kazuo Umetsu) [en japonés]
  • The hidden benefits of real-time PCR: Assessing and addressing qualitative challenges (Daniel E. Katz)
  • The impact of whole genome amplification on forensic testing (Helge Lubenow et al)
  • The manipulation of DNA profiles using PCR amplicons (Rebecca Dent et al)
  • The Maxwell 16 Low Elution Volume System for forensic casework (Paraj Mandrekar et al)
  • The MeowPlex: A new DNA test using tetranucleotide STR markers for the domestic cat (John M. Butler et al)
  • The mtDNA Population Database: An integrated software and database resource for forensic comparison (Keith L. Monson et al)
  • The NAS study - We should begin at the beginning (Chris Asplen)
  • The next DNA forensic challenge (Ko Endo y Randy Nagy)
  • The PCR method - a DNA copyng machine [Nobelprize.org]
  • The plexor analysis software (Benjamin E. Krenke)
  • The polymerase chain reaction - Nobel lecture (Kary B. Mullis)
  • The potential of HUMACTBP2 (SE33) as a DNA screening locus (Kira Snyder et al)
  • The present and future of DNA database in Poland (Mieczyslaw Goc y Halina Dabrowska)
  • The relationship between postmortem interval and DNA degradation (Mona El-Harouny et al)
  • The search for genetic height markers for forensic purposes (Magdalena Marcinska y Wojciech Branicki)
  • The statistical analysis of mitochondrial DNA polymorphisms: X2 and the problem of small samples (Derek A. Roff y Paul Bentzen)
  • The unrealized potential of DNA testing (Victor Walter Weedn y John W. Hicks)
  • The use of DNA typing in forensic science (Laurence D. Mueller)
  • The use of real-time PCR for forensic stain identification (Trisha L. Noreault-Conti y Eric Buel)
  • Toward increased utility of mtDNA in forensic identifications (Rebecca S. Just et al)
  • Trace evidence scrapings: A valuable source of DNA? (Stacy L. Stouder et al)
  • Turning a blind eye to misleading scientific testimony: Failure of procedural safeguards in a capital case (William C. Thompson y Rachel Dioso-Villa)
  • TWGDAM validation of AmpFlSTR PCR amplification kits for forensic DNA casework (Cydne L. Holt et al)
  • Técnicas de estudio de los polimorfismos del ADN
  • Understanding DNA evidence: A guide for victim service providers (Kathryn M. Turman)
  • Unresolved issues in the forensic use of DNA profiling (Ronald Ostrowski y Dan E. Krane)
  • Untapped potential: Funds shortages prevent extensive use of forensic DNA (Joe Donohue)
  • Use of alternative primers for gender discrimination in human forensic genotyping (Doris M. Kupfer et al)
  • Use of low copy number (LCN) DNA in forensic inference (C. Murray et al)
  • Using a relative's DNA to catch criminals (Scott Michels)
  • Using DNA to solve cold cases [NIJ]
  • Using HLA mitochondrial DNA polymorphisms to identify geographic/ethnic origins: The Mammoth Lakes case (Henry Erlich y Cassandra D. Calloway)
  • Validation guide for the Plexor HY System [Promega]
  • Validation information to aid forensic DNA laboratories (John Butler)
  • Validation of a 16-locus fluorescent multiplex system (Benjamin E. Krenke et al)
  • Validation of a male-specific, 12-locus fluorescent short tandem repeat (STR) multiplex (Benjamin E. Krenke et al)
  • Validation of AmpFISTR Yfiler PCR amplification kit for forensic applications (Natsuko Mizuno et al) [en japonés]
  • Validation of the AMPflSTR SGM Plus system for use in forensic casework (E. A. Cotton et al)
  • Validation study of the TrueAllele automated data review system (Kristy Kadash et al)
  • Variation of 25 SNP polymorphism in the lower silesian population (South-west Poland) (Iwona Chromik et al)
  • Was the shawnee war chief Blue Jacket a caucacian? (Carolyn D. Rowland et al)
  • What cremation effaced, DNA analysis could have surfaced (Luv K. Sharma et al)
  • What every law enforcement officer should know about DNA evidence [NIJ]
  • What jurors hear when DNA experts testify: Results from controlled experiments (Jonathan J. Koehler)
  • Why the Y (Meaghan Roche y Rebekah Hull)
  • Y-chromosome STR system, Y-PLEX 12, for forensic casework: Development and validation (Jaiprakash G. Shawale et al)
  • Y-SNP typing of U.S african american and caucacian samples using allele-specific hybridization and primer extension (Peter M. Vallone y John M. Butler)
  • Y-STRs- The proof is in the results (Jennifer Clay)

ARTICULOS POR SUBSCRIPCION

  • A graphical model for the evaluation of cross-transfer evidence in DNA (Colin Aitken et al)
  • A simple, valveless microfluidic sample preparation device for extraction and amplification of DNA from nanoliter-volume samples (Lindsay Legendre et al)
  • A study of PCR inhibition mechanisms using real time PCR (Kerry L. Opel et al)
  • Base composition profiling of human mitochondrial DNA using PCR and direct automated electrospray ionization MS (Thomas Hall et al)
  • Chitosan-coated silica as a solid phase for RNA purification in a microfluidic device (Kristin Hagan et al)
  • DNA microsatellite analysis using ion-pair RP-HPLC (Joseph Devaney et al)
  • DNA profiles from flip-open cell phones (Maghan McFadden et al)
  • Forensic science, crime and genetic fingerprinting (Evan Sycamnias)
  • Gamma irradiation as a biological decontaminant and its effect on common fingermark detection techniques and DNA profiling (Rebecca Hoile et al)
  • Integrated portable PCR-capillary electrophoresis microsystem for forensic rapid short tandem repeat typing (Peng Liu et al)
  • Integrated sample cleanup-capillary electrophoresis microchip for high-performance short tandem repeat genetic analysis (Stephanie Yeung et al)
  • Microchip-based solid-phase purification of RNA from biological samples (Kristin Hagan et al)
  • Multicolor real-time PCR genotyping of ABO system using displacing probes (Li Ruan et al)
  • MutS-mediated detection of DNA mismatches using atomic force microscopy (Hui Bin Sun y Hiroki Yokota)
  • New mitochondrial DNA profiling technique for forensics (Thomas Hayden)
  • Object-oriented bayesian networks for complex forensic DNA profiling problems (A. Dawid et al)
  • PCR amplification of DNA from aged blood stains: Quantitative evaluation of the "suitability for purpose" of four filter papers as archival media (Margaret Kline et al)
  • Probabilistic expert systems for forensic inference from genetic markers (A. P. Dawid et al)
  • Profiling 627 mitochondrial nucleotides via the analysis of a 23-plex PCR by LC-EI time-of-flight MS (Herbert Oberacher et al)
  • Recovery of DNA for forensic analysis from lip cosmetics (G. R. Turbett et al) {JOFS, 2001}
  • Reliability of genomic predictions across multiple populations (S. de Ross et al)
  • Sensitivity of inferences in forensic genetics to assumptions about founding genes (Peter Green y Julia Mortera)
  • Single quantum dot-based nanosensors for multiple DNA detection (Chun-yang Zhang y Juan Hu)
  • Study of the cytochrome b gene sequence in populations of Taiwan (Hsiao-Li Hwa et al)

Manuales / manuals

  • E.Z.N.A Forensic DNA Extraction Kit
  • Interpol Handbook on DNA Data Exchange and Practice. 2nd ed. (Lorraine Alleyne et al) Interpol, 2009
  • Laboratory manual for wildlife molecular forensics (Richard Bischof y Allen L. Szalanski) [University of Nebraka/Lincoln]
  • Plexor HY System for the Applied Biosystems 7500 and 7500 Fast Real-Time PCR Systems
  • Plexor HY System for the Bio-Rad iQ5 Real-Time PCR detection system
  • Plexor HY System for the Corbett Rotor-Gene 6000 series detection system
  • Plexor HY System for the Stratagene Mx3000P and MX3005P quantitative PCR systems

Validaciones - Validations

  • Alabama Department of Forensic Sciences Birmingham DNA. ABI Prism 7000 validation
  • Can the validation process in forensic DNA typing be standardized? (John M. Butler et al)
  • Debunking some urban legends surrounding validation within the forensic DNA community (John Butler)
  • Develomental validation of a single-tube amplification of the 13 CODIS STR loci, D2S1338, D19S433 and amelogenin: The AmpFlSTR identifiler PCR amplification kit (Patrick J. Collins et al)
  • Developmental validation of the Quantifiler real-time PCR kits for the quantification of human nuclear DNA samples (Robert L. Green et al)
  • Evolution of the Quality Assurance documents for DNA laboratories (Karen Cormier et al)
  • Internal validation of STR systems - Reference manual [Promega]
  • Peer review and the validity of the FBI's validation studies of P.C.R. amplification and automated sequencing of mitochondrial DNA for forensic use (William M. Shields)
  • Quality assurance standards for forensic DNA testing laboratories and for convicted offender DNA databasing laboratories [DNA Advisory Board]
  • Revised validation guidelines [SWGDAM]
  • Standards for forensic DNA testing labs [FBI]
  • Validación y resultados preliminares del kit de AmpFℓSTR® Minifiler™ en el Laboratorio de Genética Forense de la DIJIN, Policía Nacional de Colombia (M. Acevedo et al) {Cuad Med Forense. 2011}
  • Validation information to aid forensic DNA laboratories [NIST]
  • Validation of highly polymorphic fluorescent multiplex short tandem repeat systems using two generations of DNA sequencers (Chantal J. Frégeau et al)
  • Validation of the AMPF/STR SGM Plus system for use in forensic casework (E. A. Cotton et al)
  • Validation summary of methods for use of Identifiler with the ABI Prism 310 genetic analyzer
  • Validation: What it is, why does it matter, and how should it be done? (John M. Butler)

Interlaboratory reports - Reportes interlaboratoriales

  • DNA - Blood Test No. 09-583 Summary Report [CTS]
  • DNA - Blood Test No. 09-585 Summary Report [CTS]
  • DNA - Mixture Test No. 09-581 Summary Report [CTS]
  • DNA - Mixture Test No. 09-586 Summary Report [CTS]
  • DNA - Semen Test No. 09-582 Summary Report [CTS]
  • DNA - Semen Test No. 09-584 Summary Report [CTS]

PEOPLE - GENTE

  • Alec Jeffreys: The "father of DNA evidence" (Catherine de Lange) [New Scientist, 2009]
  • Interview with George Schiro, forensic scientist, Scales Biological Laboratory (Erin Kent) [eLearners]

REVISTAS / MAGAZINES

  • Egyptian Journal of Forensic Sciences
  • Forensic Bioinformatics
  • Forensic Chemistry
  • FSI Genetics
  • Journal of Forensic Research and Crime Studies
  • Mathews Journal of Forensic Research
  • Profiles in DNA
  • The Open Forensic Science Journal

LIBROS / BOOKS

  • An introduction to forensic genetics (William Goodwin et al)
  • Forensic DNA profiling protocols (Patrick J. Lincoln y Jim Thomson -Eds)
  • Forensic DNA typing (John Buttler)
  • Fundamental concepts in genetics (Darren Griffin y Martin Völker) [Bookboon - Free book]
  • RNA interference in practice (Ute Schepers)

SITIOS DE INTERES / INTERESTING SITES

  • AFDAA - Association of Forensic DNA Analysts and Administrators
  • AGHU - Asociación Genética Humana
  • ASHG - American Society of Human Genetics
  • CODIS - National DNA Index System
  • Forensic Mathematics
  • Forensic SNP Information
  • Human Genome Project Information
  • Laboratorio de Genética Humana. Universidad de Los Andes - Colombia
  • Mitochondrial DNA (mtDNA) Information (John Butler et al)
  • Principles of forensic DNA for officers of the court - A COURSE [President's DNA Initiative]
  • Springer Tag Forensic
  • Talking Glossary of Genetic Terms
  • YHRD

MUSIC - MÚSICA

  • DNA replication song
  • The DNA song
  • The Genetic Opera - Zydrate Anatomy
  • The PCR song - Bio Rad

Videos

  • Baking out DNA. Forensic scientists improve DNA analysis with mummy-inspired bone-baking [ScienceDaily]
  • Current SWGDAM guidelines (Michael Coble) [DNA Mix. Int. 2011]
  • DNA analysis - Solved
  • Genética forense [Daily Motion]
  • On the job: DNA scientist (Elayne Schwartz)
  • On the job: Detecting DNA [Elayne Schwartz]
  • Taxonomic identification of traces using non-human DNA (David Stoney) [Trace Evidence Symposium, 2011]