Steven H. Kirtland
Virginia Mason Medical Center
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Steven H. Kirtland.
Clinics in Chest Medicine | 1997
Richard H. Winterbauer; Steven H. Kirtland; David E. Corley
Oral corticosteroids remain the cornerstone therapy for sarcoidosis. Critical clinical decisions include selecting the patient who should be treated, dose and duration of therapy, and accurate analysis of the anticipated benefits and potential side effects for the individual patient. The treatment of pulmonary and cardiac sarcoidosis is emphasized and the role of inhaled corticosteroids in the treatment of pulmonary sarcoidosis is reviewed.
Aviation, Space, and Environmental Medicine | 2013
Neil B. Hampson; David A Kregenow; Anne M Mahoney; Steven H. Kirtland; Kathleen L Horan; James R. Holm; Anthony J. Gerbino
BACKGROUND Hypobaric hypoxia during commercial air travel has the potential to cause or worsen hypoxemia in individuals with pre-existing cardiopulmonary compromise. Knowledge of cabin altitude pressures aboard contemporary flights is essential to counseling patients accurately about flying safety. The objective of the study was to measure peak cabin altitudes during U.S. domestic commercial flights on a variety of aircraft. METHODS A handheld mountaineering altimeter was carried by the investigators in the plane cabin during commercial air travel and peak cabin altitude measured. The values were then compared between aircraft models, aircraft classes, and distances flown. RESULTS The average peak cabin altitude on 207 flights aboard 17 different aircraft was 6341 +/- 1813 ft (1933 m +/- 553 m), significantly higher than when measured in a similar fashion in 1988. Peak cabin altitude was significantly higher for flights longer than 750 mi (7085 +/- 801 ft) compared to shorter flights (5160 +/- 2290 ft/1573 +/- 698 m). Cabin altitude increased linearly with flight distance for flights up to 750 mi in length, but was independent of flight distance for flights exceeding 750 mi. Peak cabin altitude was less than 5000 ft (1524 m) in 70% of flights shorter than 500 mi. Peak cabin altitudes greater than 8000 ft (2438 m) were measured on approximately 10% of the total flights. CONCLUSIONS Peak cabin altitude on commercial aircraft flights has risen over time. Cabin altitude is lower with flights of shorter distance. Physicians should take these factors into account when determining an individuals need for supplemental oxygen during commercial air travel.
Journal of Clinical Oncology | 2014
Henner M. Schmidt; John M. Roberts; Artur M. Bodnar; Steven H. Kirtland; Sonia Kunz; Sheraz R. Markar; Donald E. Low
112 Background: Treatment of thoracic cancers frequently involve multiple subspecialties thus treatment decisions are typically best facilitated in multidisciplinary tumor boards (MTB). This approach should facilitate and improve treatment decision making, standardize staging and therapeutic decisions and improve outcomes. In this study we analyze the evolution in staging and treatment decision making associated with presentation at MTB. Methods: Retrospective review of all patients with lung or esophageal cancer presented at our weekly MTB from June 1, 2010 to September 30, 2012. All providers submitting patients to tumor board recorded their current treatment plan prior to presentation. The physician’s plan was then compared to the tumor board’s final recommendation. Changes made were graded according to degree of magnitude as minor, moderate or major change. Minor changes included changes in diagnostic imaging. Moderate changes involved modifications in the type of invasive staging or biopsy procedures...
Archive | 2002
Steven H. Kirtland; Richard H. Winterbauer
Chronic bacterial pneumonias are more common than previously recognized. They often present in the absence of fever and purulent sputum production. Although cough is the most common symptom, constitutional symptoms such as fatigue and weight loss are also frequent. H. influenzae and are the predominant bacterial pathogens in patients both with and without predisposing illness. Sixty-five percent of patients with chronic bacterial pneumonia will have a recognizable predisposing disease. The roentgenographic appearance is variable and nonspecific. Bronchoscopic evaluation is essential. Short courses of therapy have a high incidence of recurrence, despite initial symptomatic improvement. Thus, successful treatment requires prolonged therapy.
Chest | 1997
Steven H. Kirtland; David E. Corley; Richard H. Winterbauer; Steven C. Springmeyer; Kenneth R. Casey; Neil B. Hampson; David F. Dreis
Chest | 1995
Daniel Hanson; Richard H. Winterbauer; Steven H. Kirtland; Rae Wu
Chest | 1997
David E. Corley; Steven H. Kirtland; Richard H. Winterbauer; Samuel P. Hammar; David H. Dail; Donald E. Bauermeister; John W. Bolen
The Journal of Thoracic and Cardiovascular Surgery | 2012
Philip W. Carrott; Jean Hong; MadhanKumar Kuppusamy; Steven H. Kirtland; Richard P. Koehler; Donald E. Low
Chest | 1994
Steven H. Kirtland; Richard H. Winterbauer; David F. Dreis; Neely E. Pardee; Steven C. Springmeyer
The Annals of Thoracic Surgery | 2015
Henner M. Schmidt; John M. Roberts; Artur M. Bodnar; Sonia Kunz; Steven H. Kirtland; Richard P. Koehler; Michal Hubka; Donald E. Low