Child care proceedings in non-specialist courts: the experience in Ireland

It is widely accepted that court proceedings concerning child protection are a particularly sensitive type of court proceedings that warrant a different approach to other types of proceedings. Consequently, the use of specialized family or children’s judges or courts is commonplace across Europe and in common law jurisdictions. By contrast, in Ireland, proceedings under the Child Care Act 1991 are heard in the general courts system by judges who mostly do not specialize in child or family law. In principle, the Act itself and the associated case law accept that the vulnerability of the parties and the sensitivity of the issues involved are such that they need to be singled out for a different approach to other court proceedings. However, it is questionable whether this aspiration has been realized in a system where child care proceedings are mostly heard in a general District Court, using the same judges and the same physical facilities used for proceedings such as minor crime and traffic offences. This article draws on the first major qualitative analysis of professional perspectives on child care proceedings in the Irish District Court. It examines evidence from judges, lawyers, social workers, and guardians ad litem and asks whether non-specialist courts are an appropriate venue for proceedings on an issue as complex and sensitive as child protection, or whether the establishment of specialist family courts with dedicated staff and facilities provides a better solution.

The microbiome and the pathophysiology of asthma

Asthma is a chronic respiratory disease whose prevalence is increasing in the western world. Recently research has begun to focus on the role the microbiome plays in asthma pathogenesis in the hope of further understanding this respiratory disorder. Considered sterile until recently, the lungs have revealed themselves to contain a unique microbiota. A shift towards molecular methods for the quantification and sequencing of microbial DNA has revealed that the airways harbour a unique microbiota with apparent, reproducible differences present between healthy and diseased lungs. There is a hope that in classifying the microbial load of the asthmatic airway an insight may be afforded as to the possible role pulmonary microbes may have in propagating an asthmatic airway response. This could potentially pave the way for new therapeutic strategies for the treatment of chronic lung conditions such as asthma.