Jenna Wolff

Abstract No. 249 ▪ FEATURED ABSTRACT The Effects of a Standardized Enhanced Recovery After Surgery (ERAS) Pain Management Protocol for Patients Undergoing a Uterine Fibroid Embolization (UFE)

Jenna Wolff, Christopher Mitchell Jackson, M. Machristie, Tanya J. Uritsky et autres

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Findings on High Resolution Computed Tomography in Symptomatic Veterans with Deployment-Related Lung Disease

Cecile Stephanie Rose, Lauren M. Zell-Baran, Carlyne Cool, Camille M. Moore et autres

PURPOSE: Military deployment to dusty, austere environments in Southwest Asia and Afghanistan is associated with symptomatic airways diseases including asthma and bronchiolitis. The utility of chest high-resolution computed tomographic (HRCT) imaging in lung disease diagnosis in this population is poorly understood. We …

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Small airways and airspace inflammation and injury distinguish lung histopathology in deployed military personnel from healthy and diseased lungs

Cecile Stephanie Rose, Camille M. Moore, Lauren M. Zell-Baran, Silpa Dhoma Krefft et autres

The link between military deployment to Southwest Asia and Afghanistan, and the risk for lung disease, including bronchiolitis, is increasingly well-recognized. However, histopathologic features that distinguish deployment-related lung diseases from other diseases affecting the small airways and airspaces are uncertain. A computer-based …

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Multiple breath washout test data for healthy controls

Lauren M. Zell-Baran, Silpa Dhoma Krefft, Camille M. Moore, Jenna Wolff et autres

This article includes pulmonary function data collected via multiple breath nitrogen washout for 103 healthy U.S. adults recruited at National Jewish Health in Denver, Colorado. Testing was performed by certified technicians and reviewed by expert pulmonologists for quality and consistency. Data were …

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Multiple breath washout: A noninvasive tool for identifying lung disease in symptomatic military deployers

Lauren M. Zell-Baran, Silpa Dhoma Krefft, Camille M. Moore, Jenna Wolff et autres

RATIONALE: Military deployments to austere environments since November 9, 2001 may put "deployers" at risk for respiratory disease. Sensitive, noninvasive tools for detecting large and small airways injury are needed to identify early disease and help inform management for this at-risk population. …

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Silicosis: An Update and Guide for Clinicians

Silpa Dhoma Krefft, Jenna Wolff, Cecile Stephanie Rose

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CT Imaging to Define Expiratory Central Airway Collapse (ECAC) and Examination of Risk Factors for ECAC in Personnel Deployed to Iraq and Afghanistan

Silpa Dhoma Krefft, Andrea S. Oh, Jenna Wolff, Lauren M. Zell-Baran et autres

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Quantitative Airway Wall Thickening by Pi10 on Chest Imaging Is Increased in Symptomatic Military Deployers Compared to Controls, and Is Inversely Related to Forced Expiratory Volume in One Second

Lauren M. Zell-Baran, C.S. Rose, David A. Lynch, Jean‐Paul Charbonnier et autres

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Respiratory Diseases in Post-9/11 Military Personnel Following Southwest Asia Deployment

Silpa Dhoma Krefft, Jenna Wolff, Lauren M. Zell-Baran, Matthew J. Strand et autres

OBJECTIVE: Persistent respiratory symptoms following post-9/11 military deployment to Iraq and Afghanistan are well-recognized, but the spectrum of respiratory diseases remains poorly characterized. This study describes deployment-related respiratory diseases and the diagnostic utility of resting and exercise pulmonary function testing. METHODS: Between …

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Military Occupational Specialty Codes

Lauren M. Zell-Baran, Richard T. Meehan, Jenna Wolff, Matthew J. Strand et autres

OBJECTIVE: The aim of this study was to examine military occupational specialty (MOS) codes to identify those at risk from inhalation exposures during Southwest Asia deployment. METHODS: Exposure intensity to diesel exhaust, sandstorms, burn pit smoke, combat dust, and occupational vapors/dusts/gases/fumes (VDGF) …

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Severe Silicosis in Engineered Stone Fabrication Workers — California, Colorado, Texas, and Washington, 2017–2019

Cecile Stephanie Rose, Amy Heinzerling, Ketki Patel, Coralynn S. Sack et autres

Silicosis is an incurable occupational lung disease caused by inhaling particles of respirable crystalline silica. These particles trigger inflammation and fibrosis in the lungs, leading to progressive, irreversible, and potentially disabling disease. Silica exposure is also associated with increased risk for lung …

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Chronic Eosinophilic Pneumonia and Asthma Following Military Deployment

Jenna Wolff, Silpa Dhoma Krefft, C.S. Rose

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