Are interventions supporting separated parents father inclusive? Insights and challenges from a review of programme implementation and impact

This paper reviews divorce-related parenting programmes, assessing the extent to which fathers are included and whether father inclusion influences outcomes. The paper also discusses limitations of the research evidence and implications for future intervention and evaluation design. Thirteen programmes met the criteria in the review period 2005–2012 but only four had been evaluated using randomized control trials or with independent measures from mothers and fathers. Analysis of these four programmes shows modest evidence of reduced couple-conflict, improved coparenting and some evidence of improved child outcomes. Key issues raised are the need for improving the quantity and quality of demographic data about fathers; the importance of incorporating analysis by gender of parent into evaluation design and the value of developing and routinely using father-related indicators to measure programme impact on men’s parenting, fathering and co-parental relationships

A Comparative Analysis of Mouse Imprinted and Random X-Chromosome Inactivation

The mammalian sexes are distinguished by the X and Y chromosomes. Whereas males harbor one X and one Y chromosome, females harbor two X chromosomes. To equalize X-linked gene expression between the sexes, therian mammals have evolved X-chromosome inactivation as a dosage compensation mechanism. During X-inactivation, most genes on one of the two X chromosomes in females are transcriptionally silenced, thus equalizing X-linked gene expression between the sexes. Two forms of X-inactivation characterize eutherian mammals, imprinted and random. Imprinted X-inactivation is defined by the exclusive inactivation of the paternal X chromosome in all cells, whereas random X-inactivation results in the silencing of genes on either the paternal or maternal X chromosome in individual cells. Both forms of X-inactivation have been studied intensively in the mouse model system, which undergoes both imprinted and random X-inactivation early in embryonic development. Stable imprinted and random X-inactivation requires the induction of the Xist long non-coding RNA. Following its induction, Xist RNA recruits proteins and complexes that silence genes on the inactive-X. In this review, we present a current understanding of the mechanisms of Xist RNA induction, and, separately, the establishment and maintenance of gene silencing on the inactive-X by Xist RNA during imprinted and random X-inactivation

Integrated Primary Care: Why You Should Care and How to Get Started

Many mental health practitioners who are interested in primary care may not know how to get involved. Integrated Primary Care (IPC) is a model that normalizes mental and behavioral health issues in primary care with the goal of improved health outcomes; it shows promise for addressing mental health care disparities. Recognizing that mental and physical health problems are interwoven, utilizing the primary care system of medical health delivery offers an opportunity for patients to have greater access to behavioral services. Recent movements have increased the demand for integration of physical and behavioral health. This article reviews research on access issues, adherence, and the effectiveness of IPC with particular attention to newer studies and those examining culturally diverse groups. Finally, it offers suggestions for counselors seeking to integrate their practice with the primary care setting in a culturally sensitive way.</jats:p