Supporting interdisciplinary case studies: development and implementation of a joint learning environment for students in forensic science and criminal law

Scientific reporting and communication is a challenging topic for which traditional study programs do not offer structured learning activities on a regular basis. This paper reports on the development and implementation of a web application and associated learning activities that intend to raise the awareness of reporting and communication issues among students in forensic science and law. The project covers interdisciplinary case studies based on a library of written reports about forensic examinations. Special features of the web framework, in particular a report annotation tool, support the design of various individual and group learning activities that focus on the development of knowledge and competence in dealing with reporting and communication challenges in the students' future areas of professional activity.

Iowa Law Enforcement Academy Performance Report, FY2004

Agency Performance Report

Iowa Law Enforcement Academy Performance Report, FY2005

Agency Performance Report

Iowa Law Enforcement Academy Performance Report, FY2006

Agency Performance Report

Iowa Law Enforcement Academy Performance Report, FY2007

Agency Performance Report

Iowa Law Enforcement Academy Performance Report, FY2008

Agency Performance Report

Iowa Law Enforcement Academy Performance Report, FY2009

Agency Performance Report

Iowa Law Enforcement Academy Performance Report, FY2010

Agency Performance Report

Iowa Law Enforcement Academy Performance Report, FY2011

Agency Performance Report

Iowa Law Enforcement Academy Performance Report, FY2014

Annual Report Created by Academy Director E.A. (Penny) Westfall

Iowa Law Enforcement Academy, Strategic Plan, 2012-2015

This report outlines the strategic plan for Iowa Law Enforcement Academy, goals and mission.

Law enforcement opportunities for minorities,2009

This brochure gives information about the Iowa Department of Public Safety and describes available career opportunities in the department.

Chemodiversity and molecular plasticity: recognition processes as explored by property spaces.

In the last few years, a need to account for molecular flexibility in drug-design methodologies has emerged, even if the dynamic behavior of molecular properties is seldom made explicit. For a flexible molecule, it is indeed possible to compute different values for a given conformation-dependent property and the ensemble of such values defines a property space that can be used to describe its molecular variability; a most representative case is the lipophilicity space. In this review, a number of applications of lipophilicity space and other property spaces are presented, showing that this concept can be fruitfully exploited: to investigate the constraints exerted by media of different levels of structural organization, to examine processes of molecular recognition and binding at an atomic level, to derive informative descriptors to be included in quantitative structure--activity relationships and to analyze protein simulations extracting the relevant information. Much molecular information is neglected in the descriptors used by medicinal chemists, while the concept of property space can fill this gap by accounting for the often-disregarded dynamic behavior of both small ligands and biomacromolecules. Property space also introduces some innovative concepts such as molecular sensitivity and plasticity, which appear best suited to explore the ability of a molecule to adapt itself to the environment variously modulating its property and conformational profiles. Globally, such concepts can enhance our understanding of biological phenomena providing fruitful descriptors in drug-design and pharmaceutical sciences.