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Use of a non-volatile agent to stabilize severely incinerated dental remains
13 references·0 citing·41 second hop
Use of a non-volatile agent to stabilize severely incinerated dental remains (2015)Use of a non-volatile agent to stabilize …Forensic Cremation Recovery and Analysis (2007)Forensic Cremation Recovery a…Dental identification after two mass disasters in Croatia. (2001)Dental identification after t…A Critical Look at Methods for Recovering, Evaluating, and Interpreting Cremated Human Remains (2001)A Critical Look at Methods fo…The challenge of identification following the tragedy of the Solar Temple (Cheiry/Salvan, Switzerland) (2000)The challenge of identificati…The application of dental methods of identification to human burn victims in a mass disaster (2000)The application of dental met…Rapid, Efficient Dental Identification of 92% of 13 Train Passengers Carbonized During a Collision With a Petrol Tanker (1998)Rapid, Efficient Dental Ident…Anatomical reconstruction of fragments of burned human bones: a necessary means for forensic identification (1998)Anatomical reconstruction of …The dental identification of victims of an aircraft accident in Malaysia (1997)The dental identification of …Posttraumatic stress symptoms following forensic dental identification: Mt. Carmel, Waco, Texas (1996)Posttraumatic stress symptoms…The ?Scandinavian Star? ferry disaster 1990 -a challenge to forensic odontology (1992)The ?Scandinavian Star? ferry…Dental identification after the Dash 7 aircraft accident at Torghatten, Northern Norway, May 6th, 1988. (1992)Dental identification after t…Methods for Physical Stabilization of Ashed Teeth in Incinerated Remains (1990)Methods for Physical Stabiliz…Dental identification of the Victorian bushfire victims (1984)Dental identification of the …Impact of Event Scale: A Measure of Subjective Stress (1979)The Brief Symptom Inventory: an introductory report (1983)Psychosocial research in traumatic stress: An update (1994)Daily Stress and Concept of Self in Swedish Ambulance Personnel (2004)Acute stress disorder, depression, and tobacco use in disaster workers following 9/11. (2010)Engagement and Vicarious Traumatization in rescue workers (2010)Tooth formation age estimated on a few selected teeth. 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(1994)Identification in the Lockerbie Air Disaster (1994)Sexual Dimorphism in Mesiodistal and Bucolingual Tooth Dimensions in Chilean People (2008)Role of Forensic Odontology in the World's Major Mass Disasters : Facts and Figures (2009)Maximizing postmortem oral-facial data to assist identification following severe incineration (2013)Dental root translucency as an indicator of age (1989)Odontological identification of fire victims ?potentialities and limitations (1995)Age Estimation by Occlusal Tooth Wear (2000)Identification process in mass graves from the Spanish Civil War II (2012)Bone fragment size and weights of bone from modern British cremations and the implications for the interpretation of archaeological cremations (1993)Standardization Model for Describing the Extent of Burn Injury to Human Remains (1996)Human Skeletal Remains: Excavation, Analysis, Interpretation (1999)Cremation under fire: a review of bioarchaeological approaches from 1995 to 2015 (2016)Chemosteometric regression models of heat exposed human bones to determine their pre‐burnt metric dimensions (2020)Collection of post mortem data: DVI protocols and quality assurance (2006)Radiographic Recognition of Dental Implants as an Aid to Identifying the Deceased (2009)Teeth in forensics: A review (2019)A brief history of forensic odontology and disaster victim identification practices in Australia. (2009)Rugae pattern in a sample of population of Meerut - An institutional study (2014)Influence of Heating Regimes on Dimensional and Colorimetric Changes of Teeth (2015)Introduction to Forensic Anthropology (2010)The role of forensic anthropology in Disaster Victim Identification (DVI) (2010)The application of histomorphometry and Fourier Transform Infrared Spectroscopy to the analysis of early Anglo-Saxon burned bone (2011)Macroscopic and microscopic changes in incinerated deciduous teeth. (2009)Stabilisation of dental structures of severely incinerated victims at disaster scenes to facilitate human identification (2017)
this work references cited by second hop

References

  • 2007Forensic Cremation Recovery and Analysis172 cited
  • 2000The application of dental methods of identification to human burn victims in a mass disaster141 cited
  • 1996Posttraumatic stress symptoms following forensic dental identification: Mt. Carmel, Waco, Texas87 cited
  • 1992The ?Scandinavian Star? ferry disaster 1990 -a challenge to forensic odontology81 cited
  • 1998Anatomical reconstruction of fragments of burned human bones: a necessary means for forensic identification73 cited
  • 2001Dental identification after two mass disasters in Croatia.50 cited
  • 2001A Critical Look at Methods for Recovering, Evaluating, and Interpreting Cremated Human Remains46 cited
  • 1997The dental identification of victims of an aircraft accident in Malaysia42 cited
  • 1984Dental identification of the Victorian bushfire victims22 cited
  • 1990Methods for Physical Stabilization of Ashed Teeth in Incinerated Remains20 cited
  • 1992Dental identification after the Dash 7 aircraft accident at Torghatten, Northern Norway, May 6th, 1988.20 cited
  • 1998Rapid, Efficient Dental Identification of 92% of 13 Train Passengers Carbonized During a Collision With a Petrol Tanker18 cited
  • 2000The challenge of identification following the tragedy of the Solar Temple (Cheiry/Salvan, Switzerland)11 cited

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