Traumatic and chemical asphyxiation, part 2
Traumatic and chemical asphyxiation, part 2
- Series Title(s):
- Clinical pathology series. Forensic medicine outlines
- Contributor(s):
- Helpern, Milton, 1902-1977
Emory University. School of Medicine.
National Medical Audiovisual Center. - Publication:
- [Atlanta] : The School ; [for loan by National Medical Audiovisual Center ; Washington : for sale by National Audiovisual Center], 1970, made 1969
- Language(s):
- English
- Format:
- Moving image
- Subject(s):
- Asphyxia -- etiology
Autopsy
Coroners and Medical Examiners
Diagnosis, Differential
Forensic Medicine
Homicide
Time Factors - Abstract:
- This program discusses various types of traumatic asphyxiation including strangulation, suffocation and hanging, whereas part 1 deals with chemical asphyxiation. The program stresses the use of postmortem examination and autopsy as a means to differentiate the causes of traumatic asphyxiation. Pathological findings characteristic of manual strangulation as distinct from ligature strangulation are described. They include abrasive strangulation marks and localized evidence of hemorrhage on the neck in addition to possible cartilage fractures of the throat organs. Ligature strangulation is noted to produce compression rather than fracture of the larynx. An actual case of manual strangulation is presented. A woman's death initially reported to be due to bronchial asthma is later found by the medical examiner's office to be caused by strangulation. Another case of homicidal smothering is presented to illustrate the importance of immediate postmortem examination of the body in the undisturbed state due to the fact that anatomical evidence of suffocation may disappear in time.
- Copyright:
- The National Library of Medicine believes this item to be in the public domain. (More information)
- Extent:
- 027 min.
- Color:
- Black and white
- Sound:
- Sound
- Technique:
- Live action
- NLM Unique ID:
- 7600587A (See catalog record)
- OCLC no.:
- 276694435
- Permanent Link:
- http://resource.nlm.nih.gov/7600587A
