Family Factors in the Ego Development of Adolescent Girls

Thirty-nine adolescent girls, 16–19 years, were observed together with their 2 parents at a family discourse about moral and family issues on which they disagreed, to study interaction and conflict handling in families with daughters at different levels of ego development. Family interactions were coded by the Constraining and Enabling Coding System, ego development by the Washington University Sentence Completion Test and handling of internal conflict by Bond Defense Style Questionaire. Daughters' ego development was predicted by parental cognitive and affective enabling, but not by constraining communications. Fathers' cognitive and affective enabling transactions and mothers' affective enabling transactions contributed to the explained variance in the adolescents' ego development when daughters' age, parents' SES and ego development were controlled for in hierarchical regression analyses. Parents' ego levels were related to their enabling transactions, which also predicted daughters' ego levels, suggesting that especially enabling parenting behavior may play a mediating role. Mothers' challenging behavior toward daughters and parental autonomy from responding in kind to daughters' communications were also related to high ego levels in daughters.     

Degradation of biomolecules in artificially and naturally aged teeth: implications for age estimation based on aspartic acid racemization and DNA analysis

Postmortem teeth are the most stable structures, and can be used to gain different information (age estimation, genetic data). Over long postmortem intervals (PMI), degradation processes may alter the molecular integrity and thus affect the reliability of applied molecular methods. Whereas some knowledge on the degradation of biomolecules in bone during the PMI exists, data for teeth are lacking. In particular, the impact of degradation processes in dentine on age estimation based on aspartic acid racemization (AAR) cannot be estimated yet. Hence, the molecular stability of both collagen and DNA was analyzed systematically, and their impact on the reliability of age estimation based on AAR and genetic analyses was checked. Two hundred and ten human and 59 porcine teeth were heated (90 degrees C in water) to simulate collagen and DNA diagenesis; 14 naturally aged teeth (PMI: 3 days to 1700 years) were analyzed comparatively. Peptide patterns of cyanogen bromide (CNBr)-cleaved collagen were employed as a new approach to check the collagen integrity. In the same samples, collagen yields, amino acid compositions, AAR in different protein fractions, and DNA integrity were analyzed. In heated human and porcine teeth the collagen content declined during the heating experiment. The amino acid composition in human samples was collagen-like until 12 days of heating. In naturally aged teeth, the collagen yielded from 9.5 to 15%, and no discrepancy of amino acid composition to that of modern collagen was observed. Electrophoresis of CNBr-peptides showed an altered pattern in experimentally degraded samples from day 10 on; naturally aged collagen displayed the typical collagen pattern. AAR increased in all protein fractions with increasing duration of the heating experiment; naturally aged samples displayed a slow accumulation of AAR. DNA degraded progressively, and after 32 h of heat exposure no more DNA was detectable, whereas the amplification of nuclear and mitochondrial DNA was successful up to 48 h. STR typing was reliable up to 16 h, and sex determination up to 40 h of heat exposure. In naturally aged samples of DNA quality, yield and typing success did not correlate with PMI. The data highlight a remarkable stability of collagen dental proteins. Within relevant forensic periods a postmortem rise of AAR under normal conditions is negligible, and analyses of dental DNA has a high chance to be successful. However, after large PMI and/or extreme postmortem conditions age estimation based on AAR and genetic analyses lose their reliability.     

Outlining the Shadow of the Axe—On Restorative Justice and the Use of Trial and Punishment

Most proponents of restorative justice admit to the need to find a well defined place for the use of traditional trial and punishment alongside restorative justice processes. Concrete answers have, however, been wanting more often than not. John Braithwaite is arguably the one who has come the closest, and here I systematically reconstruct and critically discuss the rules or principles suggested by him for referring cases back and forth between restorative justice and traditional trial and punishment. I show that we should be sceptical about at least some of the answers provided by Braithwaite, and, thus, that the necessary use of traditional punishment continues to pose a serious challenge to restorative justice, even at its current theoretical best.

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Proportionality in the philosophy of punishment: From “why punish?” to “how much?”

This article is a substantially revised version of a paper originally prepared for the International Conference on Justice in Punishment, Jerusalem, Israel, March 27–31, 1988.     

Contrasting Strategies within the War Crimes Trials of Kesselring and Wolff

This article compares the different ways in which, during the post-war decades, the Allied war crimes trials programme responded to the war criminality of two prominent German officials: Field Marshal Albert Kesselring and SS General Karl Wolff. It explores the question of why Wolff, whose complicity was arguably much greater than that of Kesselring, received more favourable treatment, and the role of various political and geo-political factors, including those influencing the interventions of US intelligence officials, as explanations for this apparent legal discrepancy. Dr. Kerstin von Lingen is a researcher at the Centre for Studies on Experiences in War (SFB 437 “Kriegserfahrungen”) at Tubingen University, Germany; Dr. Michael Salter is Professor of Law at The Law School, University of Central Lancashire, United Kingdom.