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Researches

The research plan of the Department of Forensic Medicine and Clinical Toxicology aims to:

  1. Improving the quality of scientific research presented by the faculty members by discussing the research plan in order to know what benefits it can propose before starting the research. Moreover, increasing publishing distinguished and specialized national periodicals.
  2. Rationalizing the spending of the scientific research budget to ensure making the best use of it in the distinguished researches in order to encourage competitiveness.
  3. Giving attention to research and scientific theses that are concerned with environmental problems and community service, in cooperation with various academic and clinical departments such as diagnosing and treating poisoning cases of various kinds (environmental and clinical).

The priority of the scientific missions shall be given to the following areas:

  • Clinical Toxicology
  • Forensic Genetics
  • Postmortem detection and redistribution of Poisons
  • Forensic pathology.
  • Stem cell and tissue culture in Toxicology
  • Genetic Toxicology
  • Experimental toxicology

As for the field of scientific research and theses, the priority is given to the following fields:

  • Forensic Traumatology.
  • Assessment of health hazards of environmental, biochemical, developmental, immunological, genetic and animal poisons.
  • Screening and detection of drugs of abuse.
  • Designing of some new regimens or measures to decrease the effect of toxins (clinical and experimental studies).
  • Studying medical malpractice problems and find preventive measures.
  • Studying the pattern and distribution of some medicolegal community problems such as domestic violence, e.g. child abuse and women abuse), infanticide and sexual crimes.
  • Forensic psychiatry and forensic Odontology.
  • Forensic anthropology, Forensic radiology and Forensic Thanatology.
  • Teratogenicity and Carcinogenicity.

We aim to maximize the impact of the national and international researches; for example:

  • Adding summaries of the department's thesis and research in the department's library.
  • Serving the community via developing a consultative center to discuss all forensic issues, including issues related to DNA and medical responsibility.
  • Developing a clinical toxicology laboratory and forensic medical chemistry as a prelude to establishing a poison treatment center at Assiut University, such as addiction materials, heavy metals and pesticides.
  • Development of the DNA and diagnostic laboratory.
  • Encouraging students to participate in scientific research in the department for the clinical toxicology laboratory and the DNA laboratory, with updating the curricula for the fourth year.

For, more information about our researches, kindly download the following files:

Research Plan

# Title Research Year
261 The effect of repeated morphine administration on the structure of lung in albino mice: A light and scanning electron microscopic study. 1990
262 Sex Identification and Pregnancy Determination from Blood Stains by Radio-immunoassay of Sex Hormones 1989
263 Association of serum fentanyl concentration and oxygen desaturation with oversedation in neonates
264 Clinical pattern of synthetic cannabinoids users in Upper Egypt: cross-sectional study
265 Cytotoxicity associated with acute and chronic administration of synthetic cannabinoids “Strox” in the brain, liver, heart, and testes of male albino rats: histological and immunohistochemical study
266 Development of a physiologically based pharmacokinetic model of fentanyl for preventing central toxicity in neonate patients on respiratory support
267 Development of Physiologically Based Pharmacokinetic Model of Risperidone and Extrapolation to Different Ethnic Groups and Special Population
268 Ethical and Professional Challenges of Telemedicine Usage in Providing Health Care Services during COVID-19 Pandemic
269 Possible Efficacy of Agarose Powder Compared with Activated Charcoal in Treatment of Acute Valproic Acid Overdose in Rats.
270 The emerging therapeutic role of some pharmacological antidotes in management of COVID-19