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ECTS: details. Course unit organization.

Prerequisites: No preliminary knowledge is expected from the student Target skills and knowledge: The aim of this course is to show the possible applications of chemistry in a forensic context. The introduction to the legislation regarding expert testimony will allow the student to understand the peculiar aspects of the activity of the forensic chemist under an operative point of view and also under the aspect of the interpretation of the experimental results.

Forensic Analysis

Examination methods: Written essay. Ten questions on the key concepts of the course.


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Assessment criteria: The exam will verify the comprehension of the concepts discussed in the course. Course unit contents: Introduction to the Italian law system Forensic chemistry in civil and criminal cases The interpretation of chemical data in forensic science The exploitation of chemical data in Court Drugs of abuse and poisons DNA Contact traces fibers, paints, glass, polymers, etc,.

Forensic Document Examination Fire investigation Explosives Planned learning activities and teaching methods: Lectures Additional notes about suggested reading: Class notes. The slides shown in class will be made available to the students.

Textbooks and references will be occasionally suggested for specific topics. Textbooks and optional supplementary readings Causin V. Forensic Analysis of Polymeric Trace Evidence. To apply for the programme, see the DIT website.

Forensic Analysis : Microtrace

This module in part, aims to provide students with a foundation in the basic principles of molecular biology and its practical applications for basic forensic analysis. Emphasis will be placed on the structure of DNA, its molecular functions and how DNA can be isolated from different sources at a potential crime scene for basic analysis.

Further emphasis will be placed on the analysis of RNA, proteins and chromosomes as additional molecular laboratory tools to generate useful biological information.

This information is to prepare students for a subsequent module, 'DNA Profiling and Criminalistics', in Stage 4 of the programme. The module will also introduce the students to both synthetic and natural polymer chemistry.

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The module aims to familiarise the student with polymer molecular weight and structure, polymer structure-property relationships, polymer synthesis and polymerisation mechanisms. The module will then introduce students to polymers in forensic trace evidence. In this regard, the techniques used in the analysis of natural and synthetic polymers, such as fibres, DNA, and paint, will be explored.

The structure of the nucleic acids DNA and RNA in detail to understand basic genetic codes particularly from online molecular databases.

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The role of these nucleic acids in the molecular processes of replication, transcription and translation 2. Define between base DNA, genes and chromosomes in the Eukaryotic genome organisation and the practical applications of analysing DNA compared to chromosomes for forensic analysis. Medical polymers and biomaterial. The role of these nucleic acids in the molecular processes of replication, transcription and translation 5.

A selection of appropriate laboratories will be drawn from the second year laboratory manual for molecular biology from the school of Biological Sciences Section B: Forensics and Polymers Introduction to raw materials. Classification of polymers.


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