posterior septum ascended toward the posterior extent of the interatrial septum and usually joined it posterior to the coronary sinus (fig. lb). The gap between the two septa was filled by that segment of the membranous septum which intervened between the morphological left atrium (left-sided) and the morphological left ventricle (right-sided). (fig. lc and d). When traced anteriorly, the interatrial and in-Circulation, Volume 50, November 1.974 916 at University of Hawaii--Manoa on June 16, 2015 http://circ.ahajournals.org/ Downloaded from transposition).

No abstract

This paper analyzes the association between race and the presence of advance care plan documents (living wills, do not resuscitate (DNR) orders, and do not hospitalize (DNH) orders) in nursing home residents. We conducted secondary analysis of publicly available survey data from the 1996 Medical Expenditure Panel Survey-Nursing Home Component, a nationally representative survey of nursing home residents in the United States. There were 3,747 participants in the survey, weighted to represent 1.56 million nursing home residents in the United States. We found that 20% of U.S. nursing home residents in 1996 had documentation of living wills, 48% had DNR orders, and 4% had DNH orders. African Americans are about one-third as likely as Caucasians to have living wills and one-fifth as likely as Caucasians to have DNR orders; Hispanics are about one-third as likely as Caucasians to have DNR orders and just as likely as Caucasians to have living wills. In conclusion, we found that the presence of advance care plans is related to race, even after controlling for health and other demographic factors. These findings call attention to an area where further research is needed to determine whether residents' (and their families') preferences are being elicited and documented.

No abstract

Congenital cardiac malformations which include isomerism of the atrial appendages are amongst the most challenging of problems for diagnosis and also for medical and surgical management. The nomenclature for pathological description is controversial, but difficulties can be overcome by the use of a segmental approach. Such an approach sets out the morphology and the topology of the chambers of the heart, together with the types and modes of the atrioventricular, ventriculo-arterial, and venous connections. We have applied this method to a study of 35 hearts known to have isomerism of the atrial appendages. We have already published accounts of 27 of these cases, but these were reviewed for this study in the light of our increased awareness of the implications of isomerism, and 8 new cases were added. After examining, or re-examining, the morphology of every heart in detail, we grouped them together according to their ventricular topology and modes of atrioventricular connection. Then we studied the course of the specialised conduction system, by the use of the light microscope, first in each individual case, and then together in their groups. We conclude that the pathways for atrioventricular conduction in hearts with isomerism of the atrial appendages are conditioned both by ventricular topology, and by the atrioventricular connections. Based on our experience, we have been able to establish guidelines that direct the clinician to the likely location of the conduction tissues.