Juniper Publishers Journal of Reproductive Medicine

 Journal of Forensic Sciences & Criminal Investigation  Authored by: Mukesh Sharma   Introduction Various kinds of forensic evidential samples have been controlled by criminal laws and could not be destroyed carelessly, even if any analytical examinations should be needed on the samples, while those samples should be examined rapidly on the basis of the human rights of the concerned suspects or victims. Those evidential samples have been observed and have been examined by many forensic experts [1]. Such samples have thus needed to be analyzed for elemental composition, in turn leads to the investigating agency to know the type and origin of the clue material to reach the criminal or victim. X-ray Fluorescence (XRF) spectroscopy is a non-destructive technique of analysis widely used in forensic science for the identification of elements in pigments, metal alloys, and other materials of evidential clues recovered from the scenes of crime [2,3]. In this paper, we h

 Journal of Forensic Sciences & Criminal Investigation  Authored by: *Robert Bruce-Chwatt Research Article Initial Blood Sugar Levels in Allegedly Diabetic Police Detainees in South London over a 4 Year Period *Robert Bruce-Chwatt Senior FME to Metropolitan Police, London Submission: March 08, 2016; Published: April 20, 2016 *Corresponding author: Robert Bruce-Chwatt MBBS, MFTM DFFP, (pt1 DMJ), Senior FME to Metropolitan Police, London, Tel: 0044-0-208-940-9781; Email:: Robert@bruce-chwatt.fsnet.co.uk How to cite this article: Robert B-C. Initial Blood Sugar Levels in Allegedly Diabetic Police Detainees in South London over a 4 Year Period. J Forensic Sci & Criminal Inves. 2016; 1(1): 555554. DOI: 10.19080/JFSCI.2016.01.555554 Abstract When questioned as part of the routine risk assessment by the custody sergeant, when prisoners are bought to a police station, some may then falsel

  Journal of Forensic Sciences & Criminal Investigation Opinion The name Albert Einstein is synonymous with taking a step in another direction. When viewing the hand prints of Dr. Einstein, we should look at them from a different perspective. In this view, I shall focus on the element of chance rather than replication in recording of the dermal ridge arrangements. It is understood that when taking impressions, it is not possible to achieve two or more identical copies of the dermal ridge configurations. This is due to the constraining force used to reproduce the ridge formations. Notwithstanding, all impressions taken from the hand will display differences in contour and contrast with regard to the ridges and furrows. We do not know for certain the number of times impressions had been taken from the hands of Dr. Einstein. If there are additional documents available, we could examine one specimen next to the other. Nor can we say that every record taken would display the same chance