Jasmonate and salicylate as global signals for defense gene expression.

Remarkably, only a few low molecular mass signals, including jasmonic acid, ethylene and salicylic acid, upregulate the expression of scores of defense-related genes. Using these regulators, the plant fine-tunes its defense gene expression against aggressors which, in some cases, may be able to disrupt or amplify plant defense signal pathways to their own ends.

Arret de la cour de Parlement contenant defense d'imprimer et vendre certains livres defendus

[Acte. 1565-07-04]

Report of Recommendations to the Iowa Department of Public Defense, June 30, 2004

State Audit Reports

Differential contribution of transcription factors to Arabidopsis thaliana defense against Spodoptera littoralis

In response to insect herbivory, Arabidopsis plants activate the synthesis of the phytohor- mone jasmonate-isoleucine, which binds to a complex consisting of the receptor COI1 and JAZ repressors. Upon proteasome-mediated JAZ degradation, basic helix-loop-helix tran- scription factors (TFs) MYC2, MYC3, and MYC4 become activated and this results in the expression of defense genes. Although the jasmonate (JA) pathway is known to be essen- tial for the massive transcriptional reprogramming that follows herbivory, there is however little information on other TFs that are required for defense against herbivores and whether they contribute significantly to JA-dependent defense gene expression. By transcriptome profiling, we identified 41TFs that were induced in response to herbivory by the generalist Spodoptera littoralis. Among them, nine genes, including WRKY18, WRKY40, ANAC019, ANAC055, ZAT10, ZAT12, AZF2, ERF13, and RRTF1, were found to play a significant role in resistance to S. littoralis herbivory. Compared to the triple mutant myc234 that is as sensitive as coi1-1 to herbivory, knockout lines of these nine TFs were only partially more sensitive to S. littoralis but, however, some displayed distinct gene expression changes at the whole-genome level. Data thus reveal that MYC2, MYC3, and MYC4 are master regu- lators of Arabidopsis resistance to a generalist herbivore and identify new genes involved in insect defense.

Bidirectional shifts in colony queen number in a socially polymorphic ant population.

The breeding system of social organisms affects many important aspects of social life. Some species vary greatly in the number of breeders per group, but the mechanisms and selective pressures contributing to the maintenance of this polymorphism in social structure remain poorly understood. Here, we take advantage of a genetic dataset that spans 15 years to investigate the dynamics of colony queen number within a socially polymorphic ant species. Our study population of Formica selysi has single- and multiple-queen colonies. We found that the social structure of this species is somewhat flexible: on average, each year 3.2% of the single-queen colonies became polygynous, and conversely 1.4% of the multiple-queen colonies became monogynous. The annualized queen replacement rates were 10.3% and 11.9% for single- and multiple-queen colonies, respectively. New queens were often but not always related to previous colony members. At the population level, the social polymorphism appeared stable. There was no genetic differentiation between single- and multiple-queen colonies at eight microsatellite loci, suggesting ongoing gene flow between social forms. Overall, the regular and bidirectional changes in queen number indicate that social structure is a labile trait in F. selysi, with neither form being favored within a time-frame of 15 years.

Report of Recommendations to the Iowa Department of Public Defense, June 30, 2005

State Audit Reports

Molecular basis for changes in behavioral state in ant social behaviors.

A hallmark of behavior is that animals respond to environmental change by switching from one behavioral state to another. However, information on the molecular underpinnings of these behavioral shifts and how they are mediated by the environment is lacking. The ant Pheidole pallidula with its morphologically and behaviorally distinct major and minor workers is an ideal system to investigate behavioral shifts. The physically larger majors are predisposed to defend the ant nest, whereas the smaller minors are the foragers. Despite this predisposition, majors are able to shift to foraging according to the needs of the colony. We show that the ant foraging (ppfor) gene, which encodes a cGMP-dependent protein kinase (PKG), mediates this shift. Majors have higher brain PKG activities than minors, and the spatial distribution of the PPFOR protein differs in these workers. Specifically, majors express the PPFOR protein in 5 cells in the anterior face of the ant brain, whereas minors do not. Environmental manipulations show that PKG is lower in the presence of a foraging stimulus and higher when defense is required. Finally, pharmacological activation of PKG increases defense and reduces foraging behavior. Thus, PKG signaling plays a critical role in P. pallidula behavioral shifts.

Department Public Defense Performance Report, FY 2007

Agency Performance Report

Audit report on the Iowa Department of Public Defense for the year ended June 30, 2006

Audit report on the Iowa Department of Public Defense for the year ended June 30, 2006

Wireless E911 Emergency Communications Fund Iowa Homeland Security and Emergency Management Division of the Iowa Department of Public Defense independent auditor's reports, basic financial statements and supplementary information, June 30, 2006.

Audit report on the Wireless E911 Emergency Communication Fund of the Iowa Homeland Security and Emergency Management Division of the Iowa Department of Public Defense for the year ended June 30, 2006

Wireless E911 Emergency Communications Fund Iowa Homeland Security and Emergency Management Division of the Iowa Department of Public Defense independent auditor's reports, basic financial statements and supplementary information, June 30, 2007.

Audit report on the Wireless E911 Emergency Communication Fund of the Iowa Homeland Security and Emergency Management Division of the Iowa Department of Public Defense for the year ended June 30, 2007

Psychothérapie et mécanismes de défense = Psychotherapy and defense mechanisms

Dans cet article, les auteurs mettent en dialogue deux facettes des mécanismes de défense en situation psychothérapeutique : la psychopathologie et le changement. Pour commencer, les instruments de mesure les plus utilisés sont présentés, avec un accent sur les échelles d'évaluation par un juge externe. Les conceptions de Vaillant et de Perry sont présentées et discutées. L'article se continue avec une synthèse des travaux empiriques de recherche en psychothérapie se focalisant sur les changements des mécanismes de défense au cours des psychothérapies, principalement d'orientation psychanalytique. Une réflexion autour du lien avec le concept d'alliance thérapeutique, ainsi qu'avec celui du coping complète cette synthèse. Des travaux récents concernant des psychothérapies de courte et de longue durée sont ensuite abordés. Les défenses sont également discutées du point de vue de la psychopathologie, à travers deux exemples d'études empiriques mettant en évidence des spécificités dans des troubles psychiatriques. Les retombées de ces résultats de recherche pour la pratique psychanalytique sont mentionnées tout au long de cet article de synthèse. With the present article, we aim to develop a dialogue between two aspects of defense mechanisms in psychotherapy : psychopathology and change. First, the most frequently used instruments will be presented, with a particular focus on observer-rated scales, and Vaillant's and Perry's models are sketched and discussed. Then, we review empirical research on changes in defense mechanisms over the course of psychotherapy, mainly psychoanalytic. An elaboration on the links with the concept of therapeutic alliance and the concept of coping completes this overview. Recent studies on change in short- and long-term psychotherapy are then discussed. Defense mechanisms are then examined from a psychopathology point of view, using two examples of empirical studies pointing to distinctive characteristics of mental disorders. Clinical implications for psychoanalytic practice are discussed throughout the article.

Report on the Iowa Department of Public Defense for the year ended June 30, 2007

Report on the Iowa Department of Public Defense for the year ended June 30, 2007

Iowa Department of Public Defense Performance Plan, FY 2009

Agency Performance Plan, Iowa Department of Public Defense