Using Therapeutic Jurisprudence to Bridge the Juvenile Justice and Mental Health Systems

The article reviews the concept of therapeutic jurisprudence, integrating mental health principles into the juvenile justice system and the sentencing of juveniles. It discusses reasons why mental health and juvenile justice systems have not worked well together in the United States. The author describes current theories of juvenile justice and community health that would allow these systems to work better together, such as Balanced and Restorative Justice and the Child and Adolescent Service System Program. He explains how these theories can be better integrated into the juvenile justice system and argues that the best hope for therapeutic jurisprudence lies in the use of community based programs for mentally ill juvenile offenders

Using Therapeutic Jurisprudence to Bridge the Juvenile Justice and Mental Health Systems

The article reviews the concept of therapeutic jurisprudence, integrating mental health principles into the juvenile justice system and the sentencing of juveniles. It discusses reasons why mental health and juvenile justice systems have not worked well together in the United States. The author describes current theories of juvenile justice and community health that would allow these systems to work better together, such as Balanced and Restorative Justice and the Child and Adolescent Service System Program. He explains how these theories can be better integrated into the juvenile justice system and argues that the best hope for therapeutic jurisprudence lies in the use of community based programs for mentally ill juvenile offenders

Characteristics and Costs of Operation of North Dakota's Farm Trucks

Farm Management,

Mental Health Assessment of Minors in the Juvenile Justice System

Recent reports recognize that children and adolescents with undiagnosed mental illnesses make up a significant proportion of youth in the juvenile justice system. In determining how to rehabilitate youth in the juvenile justice system, judges, lawyers, and probation officers are starting to look at mental health problems as one element contributing to delinquent behavior. It is becoming more common for attorneys to request “mental health assessments” for their juvenile clients. Problems arise, however, in determining what specifically constitutes such an assessment, and in deciding what to do with this information once it is obtained. In 2001, the Illinois Cook County Juvenile Court convened the interdisciplinary Juvenile Justice Committee on Mental Health Assessments to address this issue. Specifically, the committee attempted to define the components and protocol for mental health assessments, how to handle the results of such assessments, and, ultimately, what to do with the youth. The following summarizes the committee’s findings, and outlines its relevance to interdisciplinary clinical legal education

Clinical and Forensic Outcomes from the Illinois Mental Health Juvenile Justice Initiative

To address the mental health needs of youths who are arrested and detained in Illinois, an initiative was designed and implemented that identified youths with psychotic or affective disorders, linked them to community services, and monitored their cases. This study assessed whether such linkage is possible and whether it improves clinical and forensic outcomes. METHODS: Under the initiative, court staff refer youths who may have a mental illness to a clinical liaison. If the youth is eligible for the program, the liaison works with the family to develop a community-based action plan. For the analysis presented here, the Child and Adolescent Needs and Strengths-Mental Health Scale (CANS-MH) and the Child and Adolescent Functional Assessment Scale (CAFAS) were used to assess outcomes among 314 youths who had completed the program at the time of the study. School and forensic outcomes were also monitored. RESULTS: Seventy-five percent of the youths were successfully linked to at least one mental health or community service. A comparison of average CANS-MH dimension scores at enrollment and program completion indicated that youths\u27 emotional problems decreased considerably within three months of referral. CAFAS scores six months after enrollment improved across nearly all dimensions. Home, community, and school functioning were significantly improved from baseline. Only 42 percent of the youths were rearrested, compared with a statewide rate of 72 percent of detained youths. CONCLUSIONS: By linking youths with significant mental health needs to existing community-based services, it appears possible both to ameliorate psychopathology and to reduce delinquency

Intravenous Inoculation of a Bat-Associated Rabies Virus Causes Lethal Encephalopathy in Mice through Invasion of the Brain via Neurosecretory Hypothalamic Fibers

The majority of rabies virus (RV) infections are caused by bites or scratches from rabid carnivores or bats. Usually, RV utilizes the retrograde transport within the neuronal network to spread from the infection site to the central nervous system (CNS) where it replicates in neuronal somata and infects other neurons via trans-synaptic spread. We speculate that in addition to the neuronal transport of the virus, hematogenous spread from the site of infection directly to the brain after accidental spill over into the vascular system might represent an alternative way for RV to invade the CNS. So far, it is unknown whether hematogenous spread has any relevance in RV pathogenesis. To determine whether certain RV variants might have the capacity to invade the CNS from the periphery via hematogenous spread, we infected mice either intramuscularly (i.m.) or intravenously (i.v.) with the dog-associated RV DOG4 or the silver-haired bat-associated RV SB. In addition to monitoring the progression of clinical signs of rabies we used immunohistochemistry and quantitative reverse transcription polymerase chain reaction (qRT-PCR) to follow the spread of the virus from the infection site to the brain. In contrast to i.m. infection where both variants caused a lethal encephalopathy, only i.v. infection with SB resulted in the development of a lethal infection. While qRT-PCR did not reveal major differences in virus loads in spinal cord or brain at different times after i.m. or i.v. infection of SB, immunohistochemical analysis showed that only i.v. administered SB directly infected the forebrain. The earliest affected regions were those hypothalamic nuclei, which are connected by neurosecretory fibers to the circumventricular organs neurohypophysis and median eminence. Our data suggest that hematogenous spread of SB can lead to a fatal encephalopathy through direct retrograde invasion of the CNS at the neurovascular interface of the hypothalamus-hypophysis system. This alternative mode of virus spread has implications for the post exposure prophylaxis of rabies, particularly with silver-haired bat-associated RV

A next-generation sequencing method for overcoming the multiple gene copy problem in polyploid phylogenetics, applied to Poa grasses

<p>Abstract</p> <p>Background</p> <p>Polyploidy is important from a phylogenetic perspective because of its immense past impact on evolution and its potential future impact on diversification, survival and adaptation, especially in plants. Molecular population genetics studies of polyploid organisms have been difficult because of problems in sequencing multiple-copy nuclear genes using Sanger sequencing. This paper describes a method for sequencing a barcoded mixture of targeted gene regions using next-generation sequencing methods to overcome these problems.</p> <p>Results</p> <p>Using 64 3-bp barcodes, we successfully sequenced three chloroplast and two nuclear gene regions (each of which contained two gene copies with up to two alleles per individual) in a total of 60 individuals across 11 species of Australian <it>Poa </it>grasses. This method had high replicability, a low sequencing error rate (after appropriate quality control) and a low rate of missing data. Eighty-eight percent of the 320 gene/individual combinations produced sequence reads, and >80% of individuals produced sufficient reads to detect all four possible nuclear alleles of the homeologous nuclear loci with 95% probability.</p> <p>We applied this method to a group of sympatric Australian alpine <it>Poa </it>species, which we discovered to share an allopolyploid ancestor with a group of American <it>Poa </it>species. All markers revealed extensive allele sharing among the Australian species and so we recommend that the current taxonomy be re-examined. We also detected hypermutation in the <it>trn</it>H-<it>psb</it>A marker, suggesting it should not be used as a land plant barcode region. Some markers indicated differentiation between Tasmanian and mainland samples. Significant positive spatial genetic structure was detected at <100 km with chloroplast but not nuclear markers, which may be a result of restricted seed flow and long-distance pollen flow in this wind-pollinated group.</p> <p>Conclusions</p> <p>Our results demonstrate that 454 sequencing of barcoded amplicon mixtures can be used to reliably sample all alleles of homeologous loci in polyploid species and successfully investigate phylogenetic relationships among species, as well as to investigate phylogeographic hypotheses. This next-generation sequencing method is more affordable than and at least as reliable as bacterial cloning. It could be applied to any experiment involving sequencing of amplicon mixtures.</p