COMMENTARY ON WARSHAK'S "BLANKET RESTRICTIONS: OVERNIGHT CONTACT BETWEEN PARENTS AND YOUNG CHILDREN"

In a previous issue of this journal, Richard A. Warshak provided a summary of the developmental literature as it bears on overnight restrictions during custody arrangements. Here, the authors comment on points of agreement and disagreement with Warshak based on their reading of the theoretical and empirical literature on development. Particular reference is made to Warshak's interpretation of attachment theory and research. Points of agreement include the importance of fathers and all caregivers in the infant/young child's life as well as the overstatement in the literature of the significance of separation experiences and a "sensitive period" for attachment. Points of clear disagreement include what the author contends is an erroneous review of the empirical literature on overnights with other caregivers. Based on their review of the data on overnight visitation, the authors conclude on a more cautious note.     

A rapid wire-based sampling method for DNA profiling

Abstract: This paper reports the results of a commission to develop a field deployable rapid short tandem repeat (STR)‐based DNA profiling system to enable discrimination between tissues derived from a small number of individuals. Speed was achieved by truncation of sample preparation and field deployability by use of an Agilent 2100 Bioanalyser^TM. Human blood and tissues were stabbed with heated stainless steel wire and the resulting sample dehydrated with isopropanol prior to direct addition to a PCR. Choice of a polymerase tolerant of tissue residues and cycles of amplification appropriate for the amount of template expected yielded useful profiles with a custom‐designed quintuplex primer set suitable for use with the Bioanalyser^TM. Samples stored on wires remained amplifiable for months, allowing their transportation unrefrigerated from remote locations to a laboratory for analysis using AmpFlSTR^® Profiler Plus^® without further processing. The field system meets the requirements for discrimination of samples from small sets and retains access to full STR profiling when required.