Patricia Commiskey

Breast Cancer Epidemiology in Blacks and Whites: Disparities in Incidence, Mortality, Survival Rates and Histology

BACKGROUND This study presents black-white breast cancer statistics, tumor histology and receptor status, and treatment patterns for all ages and by age groups (< 40, 40-49, and > or = 50). METHODS The study used data from the National Cancer Institute (NCI) Surveillance, Epidemiology and End Results (SEER) program for the time period 1995-2004. Age-adjusted incidence, mortality, relative survival rates, tumor grade, histology and receptor status, and treatment patterns for invasive breast cancer were calculated for nine SEER cancer registries for 1995-2004. RESULTS Invasive breast cancer age-adjusted incidence for black women age < 40 was significantly higher than those for white women (rate ratio = 1.16, 95% confidence interval: 1.10-1.23). Age-adjusted mortality rate for black women age < 40 was twice that for white women. Compared to white women, black women were significantly more likely to be diagnosed with regional or distant disease, have lower relative five-year survival rate and have higher likelihood of being diagnosed with tumors with poorer prognosis. Black women were less likely to receive breast cancer surgery as part of the treatment plan. CONCLUSIONS Race/ethnic disparities in invasive breast cancer epidemiology, prognostic indicators and treatment patterns exist between black and white women. The study findings support the need for innovative research, especially on the multifaceted determinants of the differential epidemiology of breast cancer. Equally important, there is a need for evidence-guided equal delivery of quality care to eliminate breast cancer disparities among black women.

Clinical Trials – The Art of Enrollment

OBJECTIVES Enrollment barriers and multidisciplinary approaches to increase cancer trials participation are presented. Recruitment barriers, research in Maryland, and a Best Practice for cancer trials are discussed. DATA SOURCES Journal and research articles, web sites. CONCLUSION Clinical trials have produced prevention and care advances for cancer and other diseases. Trial enrollment is lower for minorities and underserved communities. A comprehensive program for addressing enrollment barriers should incorporate research on barriers, multidisciplinary teams, and education and trial infrastructure in community settings. IMPLICATIONS FOR NURSING PRACTICE Health disparities training, including culturally appropriate enrollment approaches for education and retention of underserved communities, should incorporate community stakeholders and nurse/physician researchers.

Stroke: the critically neglected first year post-stroke

Purpose Stroke is a leading cause of death and disability in the USA and worldwide. While stroke care has evolved dramatically, many new acute approaches to therapy focus only on the first 3-12 hours. Significant treatment opportunities beyond the first 12 hours can play a major role in improving outcomes for stroke patients. The purpose of this paper is to highlight the issues that affect stroke care delivery for patients and caregivers and describe an integrated care model that can improve care across the continuum. Design/methodology/approach This paper details evidence-based research that documents current stroke care and efforts to improve care delivery. Further, an innovative integrated care model is described, and its novel application to stroke care is highlighted. Findings Stroke patients and caregivers face fragmented and poorly coordinated care systems as they move through specific stroke nodes of care, from acute emergency and in-hospital stay through recovery post-discharge at a care facility or at home, and can be addressed by applying a comprehensive, technology-enabled Integrated Stroke Practice Unit (ISPU) Model of Care. Originality/value This paper documents specific issues that impact stroke care and the utilization of integrated care delivery models to address them. Evidence-based research results document difficulties of current care delivery methods for stroke and the impact of that care delivery on patients and caregivers across each node of care. It offers an innovative ISPU model and highlights specific tenets of that model for readers.

Description of a novel telemedicine-enabled comprehensive system of care: drip and ship plus drip and keep within a system of stroke care delivery.

United States (US) and worldwide telestroke programs frequently focus only on emergency room hyper-acute stroke management. This article describes a comprehensive, telemedicine-enabled, stroke care delivery system that combines “drip and ship” and “drip and keep” models with a comprehensive stroke center primary hub at Ochsner Medical Center in New Orleans, advanced stroke-capable regional hubs, and geographically-aligned, “stroke-ready” spokes. The primary hub provides vascular neurology expertise via telemedicine and monitors care for patients remaining at regional hubs and spokes using a multidisciplinary team approach. By 2014, primary hub telestroke consults grew to ≈1000/year with 16 min average door to consult initiation and 20 min to completion, and 29% of ischemic stroke patients received recombinant tissue-type plasminogen activator (rtPA), increasing 275%. Most patients remained in hospitals close to home, but neurointensive care and interventional procedures were common reasons for primary hub transfer. Given the time sensitivity and expert consultation needed for complex acute stroke care delivery paradigms, telestroke programs are effective for fulfilling unmet care needs. Combining drip and ship and drip and keep management allows more patients to stay “local,” limiting primary hub transfer unless more advanced services are required. Post admission telestroke management at spokes increases personnel efficiency and can positively impact stroke outcomes.