Annual Meeting Abstract: imedipjmtcm (5)
Author(s): Dr. Rakhi Khanna
Annual Meeting Abstract: imedipjmtcm (4)
Delving into the Mind of Indian Serial Killers-A Retrospective Review Study
Author(s): Purnima Radesh
Annual Meeting Abstract: imedipjmtcm (3)
Accident Analysis and reconstruction
Author(s): Mukesh Sharma
Past Webinar Report of Forensic Toxicology
Author(s): J Forensic Med
Editorial: imedipjmtcm (1)
Announcement 2021 of Forensic Science
Author(s): J Forensic Med
Abstract: ipjmtcm (1)
Author(s): Mohammad Athar
Abstract: ipjmtcm (1)
Author(s): Tanatswa X N Gara
Abstract: JMTCFM (2)
Author(s): Aditi Mishra
Abstract: JMTCFM (5)
Methanol Poisoning - An autopsy based study at tertiary care centre of Uttarakhand, India
Author(s): Vikas Vaibhav
Abstract: JMTCFM (6)
Author(s): Jibrin
Abstract: ipjmtcm (1)
Implement Artificial Intelligence AddIn to execute Digital Forensics Investigation Software.
Author(s): Shaikha Hassan
Abstract: ipjmtcm (1)
Author(s): A. Barbaro , G. Falcone
Abstract: ipjmtcm (1)
Investigation of Accidental Propoxur Exposure: Clinical and Forensic Toxicology
Author(s): Rakhi Agarwal
Abstract: ipjmtcm (1)
Physical Evidences and their forensic interpretation
Author(s): Mukesh Sharma
Abstract: ipton (2)
Author(s): Viacheslav V.Sushko
Abstract: ipjmtcm (1)
Detection of Biogenic Amines from soil samples using Field Asymmetrical Ion Mobility Sectrometry
Author(s): Complex compounds that are released during the active stage of decomposition such as Volatile Organic Compounds (VOC’s) can aid in estimating the time of death, especially in cases of homicide, missing persons and mass disasters. In this paper, a new equipment, Field Asymmetrical Ion Mobility Spectrometry (FAIMS) was used to identify and study these biogenic compounds. Field Asymmetrical Ion Mobility Spectrometry, a variation of the ion mobility spectrometry, is used to detect compounds at sensitivity as low as 10 ppb and with different proton affinities. Over 96 soil samples from three pig carcasses were collected and weighed into vials. These were analysed using FAIMS and compared to blank samples. Due to competitive ionisations, it was difficult to differentiate between cadaverine and putrescine; however, the peaks of the biogenic amines were distinctly different from the blank samples. The results showed that the differences between blank samples and those with biogenic amines were highly distinguishable. The discussion covers the outcomes of the experiment and the various problems faced as this study has not been conducted before. This is a preliminary study in to the use of FAIMS in the detection of biogenic amines for the estimation of time of death and the future scope is vast, particularly in quantification of biogenic amines detected and understanding the effects of various soil types and conditions. The goal of this study was to prove that biogenic amines can be detected from soil samples using a unique equipment, the Owlstone Lonestar with the FAIMS chip. The purpose is to shed light on this field of death studies to estimate time since death and illustrate the importance of soil samples in such investigations. This can support Human Remain.
Editorial: ipjmtcm (2)
Past Conference Report on Forensic-Toxicology.
Author(s): Tanatswa X N Gara
Market Analysis: ipjmtcm (4)
Medical Toxicology and Clinical Forensic Medicine
Author(s): Nishelle Dsouza
Editorial: ipjmtcm (1)
Webinar on Forensic Research & Technology
Author(s): Barbaro , G. Falcone, Studio Indagini Mediche E Forensi, Italy ï?· Rakhi Agarwal, Gujarat Forensic Sciences University, India ï?· Shaikha Saleh Hassan, Private Sector, UAE ï?· Mohammed Naji, United Arab Emirates University, UAE ï?· Amarnath Mishra , Amity University, India ï?· Mukesh Sharma, State Forensic Science Laboratory, India ï?· Sanchita Santosh Aher, Institute of Forensic Science, India
Abstract: ipjmtcm (1)
Author(s): Aditi Mishra
Abstract: ipjmtcm (1)
Author(s): Alireza H
Abstract: ipjmtcm (1)
Implement Artificial Intelligence Add-In to execute Digital Forensics Investigation Software.
Author(s): Shaikha Hassan
Abstract: ipjmtcm (1)
Author(s): Parmar Vinendra M
Abstract: ipjmtcm (1)
Author(s): Walter Dalence