One-Stop Shops Reform in China as Sequencing： A Case of Chuzhou City

The article describes the action trajectory and the value concept of e-government service innovation in Chuzhou City, Anhui Province during 2006-2012. The background, value orientation, innovation, and reconstruction results as well as implementation strategy of the sequence of four rounds of reorganizing a one-stop shop structure are analyzed. From the perspective of overall efficiency of government services, some recommendations are put forward to break fragmented services of local government. At the level of central government, ideas and future directions have been discussed. In this respect, the Chuzhou City Government has been a pace-setter. Last year, it launched a new round of government reorganization. The aims are to realize every ordinary matter by applying one examination and approval and one review exercise; further increase the rate of on-spot handling; and try to ensure that for every complex matter, the three steps of reception, examination, and approval procedure should be completed in five days.     

Administrative Reform: Changing Leadership Roles?

Three interwoven change elements characterize New Public Management: substantial horizontal and vertical specialization, substituting an integrated sector model for a fragmented functional model, and extensive use of contracts as part of a "make the manager manage" kind of incentive system. This article discusses the effects and implications of these reform elements on political-democratic processes in general, and on political, administrative, and public enterprise leadership roles more specifically. Examples from Norway and New Zealand illustrate the discussion.     

Physical matches of bone, shell and tooth fragments: a validation study

The following study examines the reliability of physically matching fragments of bone and other mineral-based biological materials such as shells and teeth. Participants with varying education, training, and experience were asked to complete a matching exercise consisting of intentionally fragmented specimens. Success rates were very high; the positive association (correct match) rate was 0.925, while the nonassociation (overlooked match) rate was 0.075, and negative associations (incorrect matches) occurred at a rate of just 0.001. Results also indicate that those with more education and related experience tended to have higher positive association rates, although not significant statistically. Experienced osteologists, however, completed the matching exercise in significantly less time. Low error rates among both experienced and inexperienced individuals support the reliability and validity of performing physical matches of these materials, and suggest that performance may also be related to an individual's aptitude for spatial tasks or other factors.     

Diagnosing post-mortem treatments which inhibit DNA amplification from US MIAs buried at the Punchbowl

The US military is committed to recovering and identifying the remains of unknown military service members. Casualties of the Korean War were exhumed from the National Memorial Cemetery of the Pacific, or Punchbowl, and submitted to the Armed Forces DNA Identification Laboratory (AFDIL) for mtDNA sequencing. Contrary to AFDIL's experience on other samples from this era, most failed to yield amplifiable DNA. Suspicion fell on mortuary practices that may have been applied to the remains, evidenced by a white powder found with the bones, and general records suggesting the use of formaldehyde-based stablizing agents. To improve the chances of successful identification of the unknown individuals, we looked for the causes underlying this failure. We did this by examining the state of the collagen, the most abundant biomolecule in bone, by using differential scanning calorimetry (DSC) and transmission electron microscopy (TEM). The DSC analyses showed collagens with a range of different thermal stabilities. When these results were compared with the DNA amplification results, a clear correlation between elevated thermal stability and amplification failure was evident. TEM analysis revealed that fibril integrity was maintained after thermal and acid treatments in the samples which failed amplification. Together these two approaches implicate a stabilization agent as the cause of problems with DNA analysis, presumably due to excessive cross-linking. Following the initial study, the ability of DSC to rapidly identify problem samples was tested in a blind study of 14 samples, the method successfully identifying all the problematic samples from Punchbowl. Within this unusual context, DSC analysis is a useful method to assess the likelihood of successful DNA extraction and amplification.