फोरेंसिक रिसर्च जर्नल

The occurrence of perioperative stroke related to noncardiac, nonaortic surgery is frequently less expected than cardiovascular related one. Splenectomy could be one of these situations. The advent of post-splenectomy stroke following trauma involving third party, whether accidental or intentional, can arise several questions and be particulary challenging from legal point of view. Aim of this manuscript is to report a case of post splenectomy stroke following a traffic accident and to discuss both imputabilities of the stroke to the splenectomy and the stroke to the traffic accident. A 40-year-old male, without past medical history, was a victim of a traffic accident. Body-scan showed a Haemoperitoneum of medium abundance, a ruptured spleen and a fracture of the right humerus. An emergent splenectomy was performed. The postoperative examination revealed a Glasgow scale of 9 with anosocoria, hypotension and tachycardia. He was reanimated. A computed tomography (CT) scan, performed 6 hours after surgery, showed brain ischemia in the territory of the left middle cerebral artery (MCA) suggestive of thrombembolism with deviation of the median line and sub-falcoral engagement. Few hours later, he was declared deceased.

In the present study, samples of pugmark of Artiodactyla animals’ species were collected from different areas. The collection was done through photography method. After the collection of each and every pugmark samples of animal species then it was individually examined for the comparison of fore and hind foot of the specific animal species pugmark. Comparison of fore foot and hind foot was done on the bases of physical analysis such as shape, size, dimension, dew mark, claw mark and specific feature. From the observation, it is interpreted that fore foot and hind foot of same animal species showed different characteristics which were not same. Through pugmark we can not only identify the specific species but also identify weather it is fore foot or hind foot of the specific animal. Pugmark signifies identity.

Primarily, this paper shall present the efficacy of forensic linguistic tools in establishing the identity of the person of interest by the unique multicultural determinants in the commission of the crime. Secondly, this will also highlight the practical description and analysis of forensic linguistics, more particularly on linguistic dialectology, which refers to the study of dialects in a methodological manner based on anthropological information. It shall elaborate on authentic case crime transcripts in assessing the tone, diction, and other linguistic features unique in a multicultural setting more particularly in assessing threat in establishing leads in identifying persons of interest by law enforcements. Lastly, the synthesis of the unique multicultural construct that the court may consider to be a determining evidence of a crime. In the Philippine context, the term Person of interest is commonly used by law enforcement to identify someone involved in a criminal investigation that has not been arrested or formally accused of a crime. It is used as equivalent for suspect. In a wider perspective, forensic linguistics covers these persons of interest by establishing proven facts as required by law in presenting compelling evidence.

The biological diversity of vertebrates is uniquely significant to the concept of phylogeny. Phylogeny is a branch of evolutionary biology that studies the evolutionary relationships between certain organisms. Reptiles and mammals are said to share the same evolutionary ancestry called the amniotic-egged ancestor. This ancestor is divided into two groups; sauropsids (reptiles) and the synapsids (mammals). According to some authors, the broadest group of the reptilian family is the sub-class Squamata. Examples of animals within this sub-class include, lizards, crocodiles, snakes and amphisbaenians. However, man (Homo sapiens) belonging to the primate class, are the most intelligent and complex of all mammals.

Identification of individual based on fingerprints is well established and widely used for both security and forensic purposes. In a forensic scenario, when a fingerprint is found at a scene of crime, it is sought to compare with the fingerprints from a set of suspects. Sex Identification may be considered as first level of identification. In this study, potential of ridge density has been explored for sex identification within wide age groups. A database of fingerprints collected from 190(95 Male and 95 Female) people of various age groups ranging from 1-70 year from Marathwada population has been prepared. Analysis of the fingerprints shows ridge density as an efficient sex marker except for the kids less than 10 years of age. The present study was aimed to explore the potential of ridge density in sex identification. The variability due to well defined area for the calculation of ridge density was also explored. The study revealed that there is no significant difference in ridge density due to selected region. As far as variability due to age is concerned, it has been found that there is stability in ridge density once the age crosses 10 years. As far as identification of sex is concerned, there is a difference of 1-2 ridges when ridge density of male vs. female is calculated, which may be due to average over a small databas.