Julie K. Atay
Brigham and Women's Hospital
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Julie K. Atay.
Journal of Heart and Lung Transplantation | 2016
Tamara Roldan; Michael J. Landzberg; David J. Deicicchi; Julie K. Atay; Aaron B. Waxman
Pulmonary hypertension is a severe clinical condition characterized by molecular and anatomic changes in pulmonary circulation. It is associated with increased pulmonary vascular resistance, which leads to right-sided heart failure if left untreated and, ultimately, death. Treatment of patients with pulmonary arterial hypertension (PAH) involves a complex strategy that takes into consideration disease severity, general and supportive measures, and combination drug regimens. Abnormalities of blood coagulation factors, anti-thrombotic factors, and the fibrinolytic system may contribute to a prothrombotic state in patients with idiopathic PAH. These physiologic changes, in concert with the presence of non-specific risk factors for venous thromboembolism such as heart failure and immobility, are thought to be the basis for oral anticoagulation in PAH. Several observational studies provide helpful information in favor of anticoagulation use in idiopathic PAH but not in other pulmonary hypertension etiologies. Guideline recommendations are based on the lack of prospective comparative trials in this regard. For that reason, large differences exist in the use of anticoagulants in different countries and centers. More studies should be carried out to clarify the risks and the potential benefits of anticoagulant use in a heterogeneous population of patients who are already at considerable life risk.
Clinical and Applied Thrombosis-Hemostasis | 2012
Julie K. Atay; Karen Fiumara; Gregory Piazza; John Fanikos; Samuel Z. Goldhaber
The aim of our study was to assess hospital budget implications of substituting dabigatran for warfarin in patients enrolled in a large anticoagulation service. The study population was identified using criteria from randomized controlled trials of dabigatran. We obtained labor costs (
Critical Pathways in Cardiology: A Journal of Evidence-based Medicine | 2011
Prabashni Reddy; Julie K. Atay; Leslie G. Selbovitz; Jean M. Connors; Gregory Piazza; Caroline Cole Block; Paul A. Arpino; Nancy Berliner; Adolph M. Hutter; Michael A. Fischer; David J. Kuter; James Weitzman; Geoffery K. Sherwood; Avraham Almozlino; Robert P. Giugliano
483 per patient) from the hospital’s anticoagulation service budget, laboratory costs of international normalized ratio (INR) tests (
Journal of Thrombosis and Thrombolysis | 2015
David P. Reardon; Julie K. Atay; Stanley W. Ashley; William W. Churchill; Nancy Berliner; Jean M. Connors
267 per patient), and wholesale costs of warfarin 5 mg tablets (
American Journal of Cardiology | 2013
Julie K. Atay; John Fanikos; Geoffrey D. Barnes; Michael Ehle; John Coatney; Gregory Piazza; James B. Froehlich; Samuel Z. Goldhaber
31 per patient) and dabigatran 150 mg capsules (
Inpatient Anticoagulation | 2011
Sarah A. Spinler; Millie Rajyaguru; Julie K. Atay; John Fanikos
2464 per patient). A total of 1774 (93.5%) of 1898 patients were eligible to substitute dabigatran for warfarin. The annual projected hospital expense for anticoagulation with dabigatran was
Journal of the American College of Cardiology | 2015
Craig A. Stevens; Heather Dell’Orfano; David P. Reardon; Lina Matta; Bonnie Greenwood; Julie K. Atay
4 371 136, attributable to drug cost alone. The annual projected cost of warfarin management was
Current Emergency and Hospital Medicine Reports | 2015
Craig A. Stevens; Heather Dell’Orfano; David P. Reardon; Lina Matta; Bonnie C. Greenwood; Julie K. Atay
1 385 494. This was comprised of
Current Emergency and Hospital Medicine Reports | 2014
David P. Reardon; Paul M. Szumita; Jean M. Connors; Julie K. Atay
856 842 for labor,
P & T : a peer-reviewed journal for formulary management | 2013
John Fanikos; Julie K. Atay; Jean M. Connors
473 658 for INR testing, and