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Jarape Forense "EVIDENCIA TRAZA"

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ANALYSIS

  • A comparison of thresholding methods for forensic reconstruction studies using fluorescent powder proxies for trace materials (Emma Levin et al) [J. Forensic Sci, 2018]
  • Bayesian integration of isotope ratio for geographic sourcing of castor beans (Bobbie Jo Webb et al) J. Biomedicine and Biotechnology (2012)
  • Particle combination analysis for predictive source attribution: Tracing a shipment of contraband ivory (David Stoney et al) {JASTEE, 2011}
  • Persistence of polydimethylsiloxane condom lubricants (Leah Tottey et al) [J Forensic Sciences, 2018]
  • Resident and nonresident fingernail isotopes reveal diet and travel patterns (Christy Mancuso y James Ehleringer) [J. Forensic Sciences, 2018]
  • Traveling there and back again: A fingernail's tale (Chisty Mancuso y James Ehleringer) [J. Forensic Sciences, 2018]

ARTICULOS / PAPERS

  • A beginner's primer on the investigation of forensic evidence (Kim Kruglick)
  • A forensic science analysis of "The lost tomb of Jesus" documentary (Steven J. Cox)
  • A pilot study of the measurement and control of deep dust, surface dust, and lead in 10 old carpets using the 3-Spot test while vacuuming (J. W. Roberts et al) {Arch. Envirn. Contam. Toxicol., 2004}
  • Admissibility of trace evidence: A wholelistic approach despite Daubert (Kenneth E. Melson)
  • Alternative interpretations (Louise McKenna)
  • Analysis of rubber samples by PY-GC/MS for forensic purposes (Tomasz Lachowicz et al) {Problems of Forensic Sciences, 2012}
  • Application of combined u-raman and u-XRF spectrometer in examination of criminalistic traces (Janina Zieba-Palus et al)
  • Bibliography ABC trace evidence examinations [ABC]
  • Condom trace evidence: A new factor in sexual assault investigations (Robert D. Blackledge)
  • Crime scene investigations: Forensic evidence in a vehicle (Katherine Steck-Flynn)
  • Detection of trace materials with fourier transform infrared spectroscopy using a multi-channel detector (K. L. Andrew y Sergei G. Kazarian)
  • Education and research perspectives (Jose Almirall)
  • Education and research perspectives: Needs and opportunities in trace evidence examination (Lois Tully)
  • Enhanced trace-fiber color discrimination by electrospray ionization mass spectrometry: A quantitative and qualitative tool for the analysis of dyes extracted from sub-millimeter nylon fibers (Albert A. Tuinman et al)
  • Evaluation of blood deposition on fabrics: Spatter and transfer stains (Misty Holbrook)
  • Evidence history, the new trace evidence, and rumblings in the future of proof (Robert P. Mosteller)
  • Fibres, metal buttons, welding fume particles and paint chip as incriminating evidence in solving two homicides committed by the same person - Paper (Raili Sulkava et al)
  • Fibres, metal buttons, welding fume particles and paint chip as incriminating evidence in solving two homicides committed by the same person- Presentation (Raili Sulkava et al)
  • Forensic discrimination of lead-tin solder based on the trace impurity analysis by ICP-AES (Yasuhiro Suzuki et al)
  • Forensic evidence analysis. Collection & analysis [Sirchie]
  • Forensic microanalysis
  • Forensic science courses in the UK and Europe - Problems and solutions in course design, content and quality management (Mike Cole)
  • Forensic science in the 21st century - Will trace evidence ever reach the next level? (Claude Roux et al)
  • Glitter as forensic evidence - Paper (Bob Blackledge)
  • Glitter as forensic evidence - Presentation (Bob Blackledge)
  • Holographic glitter (Kurt Gaenzle et al)
  • ICP-MS trace-element analysis as a forensic tool (Andrea Ulrich et al)
  • Identification of plant trace evidence using molecular techniques (Robert Bever et al)
  • 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)
  • Material evidence (Martin Salter y Ken Wiggins)
  • Nondestructive analysis of silver in gold foil using synchrotron radiation X-ray fluorescence spectrometry (Masaaki Kasamatsu et al)
  • O.J. unmasked (M. L. Rantala)
  • Osteons as an age determinant (Rai Balwant et al)
  • Physics and forensics (T. J. Wilkinson et al)
  • Purge-and-trap GC-MS for the analysis of carboxylic acids by esterification (Yasushi Ehara y Kazuhiko Sakamoto)
  • Size is no object (Robin H. Keeley)
  • Statistics and trace evidence: The tyranny of numbers (Max M. Houck)
  • Summer of terror - Trace evidence in a series of hate crimes (Faye A. Springer)
  • The current state of affairs and trends in the crime laboratory (Troy Hamlin)
  • The current state of affairs and trends in the crime laboratory - Developments in the last ten years - New issues facing the trace examiner - Australia & New Zealand perspectives (Claude Roux)
  • The O. J. Simpson case - A trace evidence case prosecuted as a "DNA" case (Greg Matheson et al)
  • The role of surface analysis in forensic science [Ceram]
  • The shroud of Turin: Genuine artifact or manufactured relic? (Jack Kilmon)
  • Trace evidence
  • Trace evidence (Katherine Ramsland)
  • Trace evidence (Paul Giannelli)
  • Trace evidence proficiency testing guidelines (SWGMAT)
  • Trace evidence quality assurance guidelines [SWGMAT]
  • Trace evidence recovery guidelines [SWGMAT]
  • Trace evidence symposium (Sandra Koch)
  • Trace evidence symposium Clearwater Beach 2007
  • Trace evidence tools advance (Zoe A. Grosser y Thomas P. Byron)
  • Trace evidence: A european perspective - Paper (Stefan Becker)
  • Trace evidence: A european perspective - Presentation (Stefan Becker)
  • Trace testimonials (Lynne D. Herold)
  • Use of statistics in evaluation of trace evidence (Robert D. Koons)
  • UV-Visible-NIR microspectroscopy of trace evidence (Paul Martin)
  • Virginia Department of Forensic Science Trace Evidence manuals
  • Without a trace? Advances in detecting trace evidence [NIJ]

ATOMIC SPECTROSCOPY

  • Minimization of sample volume with air-segmented sample injection and the simultaneous determination of trace elements by ICP-MS (Osamu Noguchi et al)

CASES - CASOS

  • Calvin & Hobbes chase the murder: Atypical solution to a case of trace evidence in a laboratory. Case report (Jairo Peláez Rincón) [bdigital UN. 2015]
  • Trace evidence crack a suicide proved homicide: A case study (B. S. Khajja et al) {J. Forensic Research. 2010. Audio available}

COSMETICS - COSMÉTICOS

  • A history of cosmetics from ancient times [Cosmetics Info]
  • A textbook of cosmetic formulations (Gaurav Kumar Sharma et al) [Research Gate, 2018]
  • Concentrations and potential health risks of metals in lip products (Sa Liu et al) [Environmental Health Perspectives, 2013]
  • Cosmetics chemistry: Beauty ingredients and their purposes (Gwendolen Fairfax) [More Beauty]
  • Differentiation between lip cosmetics using raman spectroscopy (P. Gardner et al) [ASTEE, 2015]
  • Exposures add up - Survey results [EWG's Skin Deep]
  • Forensic analysis of lipsticks by ATR FT-IR microspectroscopy (Prapimpan Supmuang y Sanong Ekgasit)
  • Forensic discrimination of lipstick by TLC and GC-MS (Ahmad Fahmi Lim Bin Abdullah et al) {Malaysian Journal of Forensic Sciences, 2011}
  • Forensic discrimination of lipsticks using visible and attenuated total reflectance infrared spectroscopy (Justina Wong et al) [Forensic Sci International, 2019]
  • Forensic science and cosmetics (Perry Romanowski)
  • Glitter as a source of trace evidence (Susan Gross et al) [JASTEE, 2010]
  • How cosmetic chemists can help forensic science (Perry) {Chemists Corner}
  • How lipstick works (Shanna Freeman) [How Stuff Works]
  • Infrared and raman studies of skin and hair: A review of cosmetic spectroscopy (Kathleen Martin) {IJVS}
  • Lipstick and cosmetic analysis {WHRHSForensic Spring 2010}
  • Modern lipstick trends in America: You better work (Shanna Freeman) [How Stuff Works]
  • Nanoemulsiones y sus aplicaciones en cosmética (Loreto González González) [MoleQla, 2016]
  • New forensic technique for analyzing lipstick traces {Science Daily, 2013}
  • Quantitative analysis of virgin coconut oil in cream cosmetics preparations using FTIR spectroscopy (A. Rohman et al) {Pak. J. Pharm. Sci. 2009}
  • The chemistry of cosmetics (Oliver Jones y Ben Selinger) [Australian Academy of Sciences]
  • The in-situ analysis of lipsticks by surface enhanced resonance Raman scattering (C. Rodger et al) {Analyst, 1998}
  • The science and marketing of cosmetics (Maria Labedzka) [RSC, 2011]
  • Trends in the forensic analysis of cosmetic evidence (Rito Chophi et al) [Forensic Chemistry, 2019]
  • What's in lipstick? and how is it made (Shanna Freeman) [How Stuff Works]
  • Women wear 500 chemicals daily [The Sydney Morning Herald, 2009]
  • X-ray diffraction analysis of lipstick and gunpowder samples (Raheem Balogun et al)

FEATHERS - PLUMAS

  • Microscopy of feathers: A practical guide for forensic feather identification (Carla J. Dove y Sandra L. Koch) [JASTEE, 2010]

GENERAL

  • Identification of general unknowns (Andrew M. Bowen) [JASTEE, 2010]
  • Microanalysis with a polycapillary in a vacuum chamber (Christina Streli et al) [The Rigaku Journal, 2003]
  • Preliminary evaluation of the field and laboratory emission cell (FLEC) for sampling attribution signatures from building materials (Scott Harvey et al) {Journal of Forensic Research, 2012}
  • Scientific Working Group for Materials Analysis - SWGMAT. 2010 update (Maureen C. Bottrell)
  • Seeing the invisible - Criminalistic microtraces (Janina Zieba-Palus) {Problems of Forensic Sciences, 2014}
  • Toward chemical signature analysis of forensic evidences (Harvey Hou) {Journal of Forensic Research, 2013}
  • Trace evidence - Small samples, big problems (Brian Caddy) {Problems of Forensic Sciences. 2001)
  • Trace evidence (John F. Williams) [Criminal Law and Criminology, 1958]

GUIDELINES - GUÍAS

  • A simplified guide to trace evidence (NFSTC)
  • Expert reporting guideline (SWGMAT. 2009)
  • Forensic evidence handling guidelines [Orchid Cellmark]
  • Trace evidence procedures manual {Virginia Department of Forensic Science}
  • Trace evidence proficiency testing guidelines (SWGMAT)
  • Trace evidence quality assurance guidelines (SWGMAT. 1999)
  • Trace evidence recovery guidelines [SWGMAT. 1998]

MICROSCOPY - MICROSCOPÍA

  • Distinguishing coal, coke and other black particles (J. R. Millette et al) [JASTEE, 2010]
  • Evaluation of corrosion exposure of metal using the SEM (Lourdes Dabu) {The Seminar, 1994}
  • Microanalysis and examination of trace evidence (Thomas Kubic y Nicholas Petraco)

ODORS AND FRAGANCES - OLORES Y FRAGANCIAS

  • Comparison between human scent compounds collected on cotton and cotton blend materials for SPME-GC/MS analysis (Davia T. Hudson-Holness y Kenneth Furton) {J. Forensic Research. 2010. Audio available}

RESOURCES - RECURSOS

  • Bibliography - ABC trace evidence examinations

SAMPLING - MUESTREO

  • Differential sampling of contact surfaces of footwear to separate fractions of loosely, moderately and tightly held particles (David A. Stoney and Paul L. Stoney) JASTEE, march 2017. Vol 7, Issue 1, pp 4-9
  • Microtome glass knives employed for micro-FTIR preparation (Thomas Hopen) {IAMA Newsletter, 2003}
  • Preparation and use of needles and micropipets for handling very small particles (Anna Teetsov) {IAMA Newsletter, 2002}

VIBRATIONAL SPECTROSCOPY - ESPECTROSCOPIA VIBRACIONAL

  • FTIR spectral imaging applications in trace evidence (Mark Tahtouh et al)

XRD

  • X-ray diffraction analysis in the forensic science: The last resort in many criminal cases (Werner Kugler) [JCPDS, 2003]
  • X-ray diffraction in forensic science (David F. Rendle) [The Rigaku Journal, 2003]

XRF

  • High-definition X-ray fluorescence: Applications (Walter Gibson et al) {X-Ray Optics and Instrumentation, 2008}

NEWS - NOTICIAS

  • Química da a conocer novedoso sistema de evidencia criminal (Marisel Rodríguez)

ARTICULOS POR SUBSCRIPCION

  • Analysis of trace forensic evidence using raman microscopy (B. Leimer et al)
  • Buttons - Rarely seen pieces of evidence (Georg Jochem y Stefan Deck)
  • Comparison of minute smears of lipstick by microspectrophotometry analysis and SEM-EDS (M. Y. Choudhry) {JOFS, 1991}
  • Forensic analysis of lipsticks (Jan Andrasko) {Foren. Sci. Int. 1981}
  • Identification of lipstick smears by fluorescence observation and purge-and-trap gas chromatography (R. I. Khan et al) {F. Sci. Intern. 1998}
  • Neutron activation of lipsticks using gamma-ray spectrometry (G. Misra y V. K. Mittal) {J. Appl. Spec. 2004}
  • Quantitative analysis of synthetic dyes in lipstick by micellar electrokinetic capillary chromatography (Claudia Desiderio et al) {Electrophoresis, 2005}
  • The evidential value of cosmetic foundation smears in forensic casework (A. Gordon y S. Coulson) {J. Forensic Sci., 2004}

REVISTAS / JOURNALS

  • Forensic Chemistry
  • JASTEE - Journal of the American Asociation of Trace Evidence Examiners
  • Journal of Forensic Research

LIBROS / BOOKS

  • Beginning cosmetic chemistry (Randy Schueller y Perry Romanowski)
  • Forensic analysis on the cutting edge (Robert D. Blackledge, ed)
  • Mark and trace evidence (William Hunter)
  • Mute witnesses. Trace evidence analysis (Max M. Houck)
  • Trace Evidence (Elizabeth Becka)
  • Trace evidence (Max M. Houck)
  • Trace Evidence Analysis . More cases in mute witnesses (Max M. Houck)
  • Trace evidence. The search for the I-5 strangler (Bruce Henderson)

SITIOS DE INTERES / INTERESTING SITES

  • ASTEE - American Society of Trace Evidence Examiners
  • Chemist Corner - The cosmetic chemist's resource site
  • Household Products Database
  • McCrone Research Institute
  • MicrolabNW Photomicrograph Gallery
  • Microtrace
  • NIST Forensic Science - Trace Evidence / Chemistry
  • SWGMAT
  • Scent Evidence - Human scent as trace evidence
  • TEAF - Trace Evidence Analysis Facility [FIU-IFRI]

MUSIC - MÚSICA

  • All the small things - Blink-182
  • El microscópico bikini - Los Apson
  • I don't want to miss a thing - Aerosmith
  • It's a small world after all
  • One tiny thing - 8in8
  • True love leaves no traces - Dead Famous People
  • True love leaves no traces - Leonard Cohen

Videos

  • Contribution to the characterization, identification and comparison of polyurethane foam particles (Skip Palenik) [Trace Evidence Symposium, 2011]
  • GBI DOFS Trace evidence overview
  • Instrumental analysis (Deanna ODonnel) [Trace Evidence Symposium, 2011]
  • On parametric models for pairwise comparisons with applications to estimation of random match probabilities (Donald Gantz) {Trace Evidence Symposium, 2011]
  • Report writing (Marianne Stam) [Trace Evidence Symposium, 2011]
  • Report writing in the EU from the perspective of the European Fibres Group (Kornelia Nehse) [Trace Evidence Symposium, 2011]
  • The Green River kille (Skip Palenik) [Trace Evidence Symposium, 2011]
  • Trace evidence - Solved
  • Trace evidence Pt. 1 - EberlyScience
  • Trace evidence Pt.2 - EberlyScience
  • Trace materials on footware - Science or ichnomancy? (Ruth Morgan) [Trace Evidence Symposium, 2011]