Search PubMed⌕ Search

SEARCH · Search PubMed

Results for “Forensic Pathology”

Search indexed PubMed citations on genomics, clinical trials, systematic reviews and public health. Explore titles, authors and supplied subject terms, then open the PubMed record.

Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.

At least 19 recordsLinked to original sources
PubMed1998

Epidemiologic aspects of forensic pathology.

Forensic pathologists have made great contributions to epidemiologic research and will undoubtedly continue to do so by providing information that can help to describe, explain, predict, and control the occurrence of specific disorders. Greater funding is needed, however, to realize the potential applications of forensic pathology to epidemiologic research. Public health officials have only recently recognized what forensic pathologists have known for a long time and what Hirsch has recently stated: the public health aspects of forensic pathology, which include epidemiologic research, exemplify "forensic pathology at its best."

Autopsy↗
PubMed1996

Computer-assisted systems for forensic pathology and forensic toxicology.

A computer software, RättsBASE (RB), was developed for all forensic pathology units in Sweden and introduced in 1992. Simultaneously, a corresponding software, ToxBASE (TB), was developed for the Department of Forensic Toxicology, where all forensic toxicology in Sweden is managed. Both of the databases were created using dBASE IV, and the programming was carried out according to specifications from the staff at the forensic toxicology and forensic pathology units. since the development or RB and TB was coordinated, the systems can run together smoothly. The purpose of both systems was to automate the offices and to enable compilation of detailed statistics. Installation of Novell Netware and ISDN-connections (Integrated Service Digital Network) has enabled rapid communication between the units and easy compilation of nationwide statistics of forensic pathology and forensic toxicology. the systems offer a wide spectrum of reports and include a simple module for evaluation of the importance of the forensic efforts for th whole death investigation. The configuration of the softwares has also enabled processing of a large amount of related toxicological and autopsy data that in turn has yielded a base for compilation of toxicology interpretation lists. This article includes a summary of the features of the software and a discussion of its benefits and limitations.

Autopsy↗
PubMed1998

Practice guideline for forensic pathology. Members of the Forensic Pathology Committee, College of American Pathologists.

The guideline for forensic pathology was prepared by the Forensic Pathology Committee of the College of American Pathologists. The definitional criteria for forensic pathology included in this guideline have been approved both by the House of Delegates and the Board of Governors of the College of American Pathologists. The guideline presents an overview of forensic pathology and an approach to the forensic autopsy and medicolegal death investigation. Emphasis is placed on the role of forensic pathology in maintaining public health, welfare, and safety. The guideline is intended to serve as an educational tool, and its use should be determined by the individual circumstances and settings of specific cases.

Autopsy↗
PubMed1979

Forensic pathology--the hidden specialty: A survey of forensic pathology training available to medical students and residents.

It is no wonder that some people refer to forensic pathology as the "hidden specialty." This paper shows evidence that the only exposure given to most medical students is a brief, all-too-explicit demonstration ("horror show") of interesting cases that can only attract the bizarre of mind into the field. It is further pointed out that even residents in pathology receive scanty, if any, formal training in most medical school residency programs, in spite of the fact that two thirds of the medical schools responding have one or more forensic pathologists on their faculty. The obvious answer is a change in the curriculum if this increasingly important subspecialty is to be saved.

Curriculum↗
PubMed2004

Research issues in forensic pathology: a survey of academic institutions employing forensic pathologists.

In an effort to characterize research efforts in forensic pathology, a questionnaire was sent to a representative of each of the 14 academic medical centers that employ full-time faculty forensic pathologists. Responses were received from all 14 (100%) of the institutions queried, representing a total of 39 forensic pathology faculty positions; 21 positions were tenure track and 18 positions were clinical or other tracks. Of the 39 positions, 25 positions (64%) at 10 institutions required some degree of research or scholarly output. Of the 25 forensic pathologists with a research imperative, only 3 (12%) were principal investigators or co-investigators on funded forensic pathology-based projects. The major limitation cited by respondents on the performance of forensic pathology research was the lack of protected time from service responsibilities. Fellowship training in forensic pathology was available at 6 of the 14 respondent institutions. Of these institutions, 4 (67%) had a research requirement for trainees, and 4 (67%) provided research training. In conclusion, very few US medical schools currently employ full-time faculty forensic pathologists. Of these, only a small number of institutions prioritize research by these faculty members. Scant federal funds are available to support research in forensic pathology. Few forensic pathology fellowship programs provide research training. To achieve a robust research agenda in forensic pathology that is sufficient to support the needs of the criminal justice and public health systems will require a paradigm shift in the medicolegal death investigative system and investment by federal agencies.

Academic Medical Centers↗
PubMed1990

Forensic pathology.

Explore the source record for details and available documents.

Forensic Medicine↗
PubMedDate not supplied

Applications of cytology to forensic pathology.

In the practice of forensic pathology, all of the disciplines of anatomic and clinical pathology, as well as other forensic sciences, are employed for the solution of medicolegal questions and cases. This is a brief review of the current applications of cytology to forensic pathology, presented for the benefit of both cytologists and other pathologists who may be involved in forensic work. Cytologic studies employing established methods of specimen collection and preparation are used for the determination of sex in both living and dead persons, for the determination of sex and for tissue identification in trace evidence and in the documentation of some disease processes occurring in the forensic setting. Correlation of the cytologic evidence with the investigative and clinical findings is mandatory. The application of cytology to forensic pathology is both proven and practical

Crime↗
PubMed2005

Integrating the Accreditation Council for Graduate Medical Education general competencies into forensic pathology fellowship training.

Since July 2004, forensic pathology fellowships have been required to provide training in 6 general competencies: patient care, medical knowledge, practice-based learning and improvement, interpersonal and communication skills, professionalism, and systems-based practice. In anticipation of this movement, beginning in 2002 the Office of the Medical Investigator (OMI) of the state of New Mexico began incorporating specific training in the general competencies into the fellowship program. Our experience has shown that the additional instruction and evaluation have proven to be valuable in preparing fellows for a successful forensic pathology career, did not detract from the more traditional aspects of forensic pathology training, and in many instances improved our training and assessment procedures.

Accreditation↗
PubMed1998

Image processing in forensic pathology.

Image processing applications in forensic pathology are becoming increasingly important. This article introduces basic concepts in image processing as applied to problems in forensic pathology in a non-mathematical context. Discussions of contrast enhancement, digital encoding, compression, deblurring, and other topics are presented.

Forensic Medicine↗
PubMed1988

The forensic pathology specialty certifications.

The subspecialty of pathology known as forensic pathology has been certified by the American Board of Pathology since 1959, when the first examinations were offered in New Orleans, Louisiana, U.S.A. This article provides information on those who have been certified since 1959 and also the requirements for this certification by the American Board of Pathology.

Certification↗
PubMed2001

[Application of immunohistochemistry for forensic pathological diagnosis: finding of human brain in forensic autopsy].

We researched the application of immunohistochemistry for the purpose of establishing forensic pathological diagnoses. In the present study, we examined the induction and expression of heat shock protein (HSP), oxygen regulated protein (ORP), inducible nitric oxide synthase (iNOS), excitatory amino acid transporter 2 (EAAT2) and apolipoprotein E (apo E) in the human brain using forensic autopsy cases as our subjects. Hypoxic/ischemic brain damage. In cases of longer survival and with a history of hypoxic attacks, the proteins HSP and ORP were found in the parieto-occipital lobe and hippocampus. And we are able to observe a weak stain for EAAT2 in almost all asphyxia deaths. Traumatic brain injury (TBI). In traumatic brain injury (TBI), the prolonged induction of iNOS was demonstrated in the neutrophils, microglia/macrophage, and vascular smooth muscle cells in the traumatized brain. Apo E was identified with neurons in the traumatized cortical hemisphere from only a two-hour survival case to long survival cases. To the contrary, there was no positive apo E staining in the contralateral cortical hemisphere at all. In one one-hour survival case, a weak stain for EAAT2 was observed, but intensive expression of EAAT2 was observed from brief to one-day survival cases. Sudden infant death (SID). Numerous ferritin-positive cells were observed in the brain in the cases of pneumonia or myocarditis that we examined. To the contrary, the numbers of ferritin-positive cells were obviously decreased in the cases of sudden infant death syndrome (SIDS). The transferrin-positive cells were in an inverse proportion to the ferritin positive cells in each SIDS case. Also, numerous ORP-150 positive cells were observed in the brain in cases of pneumonia and the SIDS group. In forensic practice, immunohistochemical investigation of these proteins can be a great value for diagnosing not only the cause of death but also the pathophysiological changes and the victims past history.

Autopsy↗