Salafi and Islamist Londoners: Stigmatised minority faith communities countering al-Qaida

The paper highlights the paradoxical position of certain Salafi and Islamist communities in London who have consistently demonstrated skill, courage and commitment in countering al-Qaida propaganda and recruitment activity while simultaneously facing ill-founded criticism from other Muslim communities and secular political lobbyists for creating the conditions that gave rise to the al-Qaida phenomena. In doing so the paper compares the experience of Salafi and Islamist communities living in London during an ongoing terrorist campaign by al-Qaida with Jewish and Irish Catholic communities living in London during earlier terrorist campaigns against the UK’s capital city. In each instance community policing is shown to have a crucial role to play in terms of reassurance for minority faith communities and the prevention of terrorism. However, the intersection between policing and counter-terrorism is shown to produce tensions that may weaken minority community confidence in policing and thereby reduce proactive community support for counter-terrorism measures. At this intersection a London policing initiative is shown to have developed proactive counter-terrorism partnerships with Salafi and Islamist community groups of a pioneering nature. In consequence the same critics who conflate Salafis and Islamists with an urgent terrorist threat to London have accused this policing initiative of appeasing extremism.     

Really Responsive Regulation

Really Responsive Regulation seeks to add to current theories of enforcement by stressing the case for regulators to be responsive not only to the attitude of the regulated firm but also to the operating and cognitive frameworks of firms; the institutional environment and performance of the regulatory regime; the different logics of regulatory tools and strategies; and to changes in each of these elements. The approach pervades all the different tasks of enforcement activity: detecting undesirable or non-compliant behaviour; developing tools and strategies for responding to that behaviour; enforcing those tools and strategies; assessing their success or failure; and modifying them accordingly. The value of the approach is shown by outlining its potential application to UK environmental and fisheries controls. Putting the system into effect is itself challenging but failing to regulate really responsively can constitute an expensive process of shooting in the dark.     

Development and usage of a NIST standard reference material for real time PCR quantitation of human DNA

National Institute of Standards and Technology SRM 2372 human DNA quantitation standard has been produced to support the need for a human-specific DNA quantitation standard in forensic casework and calibration of new quantitative polymerase chain reaction (qPCR) assays. The conventional DNA concentration has been assigned with one of the U.S. National Reference UV/Visible Spectrophotometers, assuming an absorbance of 1.0 at 260 nm equals 50 ng/μL of double stranded DNA. In addition, an interlaboratory study has been conducted, to verify that the SRM 2372 materials perform well in currently used DNA quantitation assays by the forensic DNA community. Each unit of SRM 2372 consists of three well-characterized DNA extracts. Component A is a single-source human male material derived from blood. Component B is a multiple-source human female material derived from blood. Component C was purchased as a purified unsheared genomic human DNA (Sigma-Aldrich Co., St. Louis, MO) obtained as a lyophilized human genomic extract and has both male and female donors. SRM 2372 is intended to enable the comparison of DNA concentration measurements across time and place. Manufacturers can use SRM 2372 to validate the values assigned to their own reference materials. Individual forensic laboratories can use SRM 2372 to validate DNA quantitation methods and to verify the assigned concentration of in-house or commercial DNA calibration standards.     

Identification of shed or plucked origin of Indian peafowl (Pavo cristatus) tail feathers: preliminary findings

Indian Peafowl (Pavo cristatus) tail covert feathers were studied to investigate the difference between shed and plucked feathers in the context of wildlife offence cases involving the killing of the Indian national bird for the purpose of plucking feathers. Plucked feathers were distinguished from shed feathers by examining their roots under low magnification of a stereoscopic microscope. A chemical test to show the presence of blood on the roots of plucked feathers was used to corroborate the plucked origin of feathers.     

Book Reviews

Book Reviews in This Article:
America's Health Care Revolution. Who Lives? Who Dies? Who Pays? By Joseph A. Califano, Jr.
American Medicine: The Power Shift . By Eli Ginzberg
Health Services in the United States, 2d ed. By Florence A. Wilson and Duncan Neuhauser
The U.S. Health Care System. A Look to the 19905 . Edited by Eli Ginzberg.
Handbook of Health Care Risk Management . By Glenn T. Troyer and Steven L. Salman
Health Care Risk Management: Organization and Claims Administration . By Gary P. Kraus
Medicolegal Aspects of Critical Care . Edited by Katherine Benesch, Norman S. Abramson, Ake Grenvik, and Alan Meisel
Ethics and Critical Care Medicine . Edited by John C. MosLop and Loretta Kopelnian
The mentally disabled and the Law , 3d ed. By Samuel Jan Brakel, John Parry, and Barbaa A.     

Population data of 8 X-STRs in South Italy (Calabria) using the Mentype Argus X-8 PCR Amplification Kit (Biotype)

X-STRs have been proven to be useful in case of deficiency paternity testing and in effective mother-son kinship and father-daughter testing.In the present study, we investigated the distribution of 8 X-STRs loci DXS8378, HPRTB, DXS7423, DXS7132, DXS10134, DXS10074, DXS10101, DXS10135 in an Italian population sample, using the Mentype^® Argus X-8 PCR Amplification Kit (Biotype).Samples for the study were obtained form 200 unrelated healthy individuals belonging to Calabria (South Italy) population since at least 3 generations.