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Nader M. Habashi, MD, FACP, FCCP Investiture Program

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NADER M. HABASHI, <strong>MD</strong>, <strong>FACP</strong>, <strong>FCCP</strong><br />

<strong>Nader</strong> M. <strong>Habashi</strong>, <strong>MD</strong>, <strong>FACP</strong>, <strong>FCCP</strong> is a<br />

Professor of Medicine at the University of Maryland<br />

School of Medicine and Critical Care Intensivist at<br />

the R Adams Cowley Shock Trauma Center (STC).<br />

In addition, Dr. <strong>Habashi</strong> serves as the Medical<br />

Director for the Infinite Legacy Foundation Organ<br />

Procurement Organization serving the Baltimore /<br />

Washington, DC Donor Service Area.<br />

Dr. <strong>Habashi</strong> completed fellowships in critical care<br />

medicine and pulmonary medicine, including time<br />

spent in Monza and Milan, Italy studying<br />

extracorporeal carbon dioxide removal (ECCO2R)<br />

techniques for respiratory failure. Although<br />

previously thought to be contraindicated in trauma<br />

patients, Dr. <strong>Habashi</strong> initiated the first extracorporeal<br />

oxygenation (ECMO) program at STC in 1992. Subsequently, Dr. <strong>Habashi</strong>’s focus turned to<br />

a mode of ventilation called airway pressure release ventilation (APRV) where he developed<br />

and refined a method of personalizing APRV to each patient, enabling the decreased need<br />

for ECMO. During the 2019 COVID outbreak, he received the attention of the Department<br />

of Defense for his expertise in mechanical ventilation and was asked to collaborate with<br />

defense contractors Northrop Grumman and L3 Harris, as well as the Johns Hopkins<br />

Applied Physics Lab, to expedite the development of ventilators that could be mass<br />

produced and used during outbreaks. Dr. <strong>Habashi</strong> also facilitated the delivery of ventilators<br />

to areas with the heaviest burden from COVID such as New York City, NY and Milan, Italy.<br />

At the onset of the COVID outbreak, because of the uncertainty about how to help these<br />

patients, Dr. <strong>Habashi</strong> volunteered to work in the Bio-containment unit at STC with a desire<br />

to learn and understand more about COVID. Further, Dr <strong>Habashi</strong> supported physician<br />

colleagues worldwide who were struggling with COVID and desperate to help patients that<br />

were failing traditional approaches.<br />

Dr. <strong>Habashi</strong>’s research continues to evolve and centers on understanding lung<br />

micromechanics and the concept that lung injury in acute respiratory failure shares<br />

similarities with chronic progressive lung diseases. Acute lung injury develops<br />

characteristics of chronic lung disease over a shorter time course, thereby providing a model<br />

to study the continuum of lung diseases. The accelerated evolution of acute lung disease<br />

transition to features of chronic lung disease may hasten our understanding and gain insights<br />

to a spectrum of lung diseases that have traditionally been conceptually isolated.<br />

Dr. <strong>Habashi</strong> collaborates with Professor Gary Neiman at the Upstate Medical University in<br />

Syracuse, New York using large animal models of lung injury to prevent acute respiratory<br />

distress syndrome (ARDS) progression. In addition, Dr. <strong>Habashi</strong> collaborates with Dr.<br />

Jason Bates at the University of Vermont and Dr. Don Gaver of Tulane University to better<br />

understand the lung through computational modeling of lung injury. Supporting the failing<br />

lung has led Dr. <strong>Habashi</strong> and his colleagues to discover and publish extensively on<br />

preemptive techniques which can be used to prevent and halt progressive forms of lung<br />

injury and disease creating opportunities to improve therapeutic options and develop new<br />

treatment strategies applicable to all forms of lung disease. Internationally, Dr. <strong>Habashi</strong><br />

works closely with Dr. Luigi Camporota at Kings College in London in the United<br />

Kingdom, who was recently awarded a grant from the National Institute of Health Research<br />

(NIHR) to conduct a multicenter UK trial comparing APRV to standard of care ventilation<br />

in the treatment of acute respiratory failure. Dr. <strong>Habashi</strong> will serve as a consultant for the<br />

trial which will use a method of APRV that he developed and refined.


WELCOME<br />

Heather S. Culp, JD<br />

Senior Vice President<br />

Chief Philanthropy Officer<br />

University of Maryland Medicine<br />

Thomas M. Scalea, <strong>MD</strong><br />

The Honorable Francis X. Kelly Distinguished Professor of Trauma Surgery<br />

Director, <strong>Program</strong> in Trauma<br />

University of Maryland School of Medicine<br />

Physician-in-Chief, R Adams Cowley Shock Trauma Center<br />

System Chief for Critical Care Services, University of Maryland Medical System<br />

REMARKS<br />

Mark T. Gladwin, <strong>MD</strong><br />

Dean, University of Maryland School of Medicine<br />

Vice President for Medical Affairs, University of Maryland, Baltimore<br />

John Z. and Akiko K. Bowers Distinguished Professor<br />

DONOR RECOGNITION<br />

Mark T. Gladwin, <strong>MD</strong><br />

SPEAKERS<br />

Jason H. T. Bates, PhD, DSc<br />

Professor of Medicine, Molecular Physiology & Biophysics and<br />

Electrical & Biomedical Engineering<br />

University of Vermont<br />

Gary Nieman<br />

Professor of Research, Department of Surgery<br />

Upstate Medical University<br />

Syracuse, New York<br />

Kevin K. Chung, <strong>MD</strong>, FCCM, MACP<br />

Chief Medical Officer<br />

SeaStar Medical<br />

MEDAL PRESENTATION<br />

Mark T. Gladwin, <strong>MD</strong><br />

REMARKS<br />

<strong>Nader</strong> M. <strong>Habashi</strong>, <strong>MD</strong>, <strong>FACP</strong>, <strong>FCCP</strong><br />

The Hamish S. and Christine C. Osborne Distinguished Professor<br />

in Advanced Pulmonary Care<br />

CLOSING REMARKS<br />

Thomas M. Scalea, <strong>MD</strong>


T<br />

he first endowed professorships were established more than 500<br />

years ago with the creation of the Lady Margaret chairs in divinity<br />

at Oxford and Cambridge Universities. The original endowed<br />

chairs were sponsored by Lady Margaret, countess of Richmond,<br />

and grandmother of Henry VIII in 1502. Subsequently, private individuals<br />

began making financial contributions to establish other endowed<br />

professorships and chairs such as the Lucasian Chair of Mathematics, which<br />

Sir Isaac Newton held beginning in 1669. Professor Stephen Hawking, the<br />

internationally renowned physicist and recipient of the 2010 Presidential<br />

Medal of Freedom, was another prominent holder of this endowed chair.<br />

The honor associated with appointment to an endowed position has remained<br />

unchanged for the last 500 years and is recognized as one of the highest<br />

tributes that an academic institution can bestow upon its most distinguished<br />

faculty. These endowed professorships and chairs continue to reward<br />

exceptional scholars uninterrupted to the present time.<br />

The Office of Development is charged with securing private gifts to ensure the<br />

School’s tradition of excellence is sustained through robust research, clinical,<br />

and educational programs and initiatives. The University of Maryland School<br />

of Medicine is fortunate to have nearly 85 endowed chairs & professorships in<br />

various stages of completion and held by esteemed faculty members.


HAMISH S. OSBORNE AND<br />

CHRISTINE C. OSBORNE<br />

Christine C. and Hamish S. Osborne moved to<br />

Baltimore in 1969, after attending the University<br />

of Arizona. Hamish worked for both the Social<br />

Security Administration and the Maryland<br />

Department of Health and Human Services<br />

before enrolling at the University of Maryland<br />

School of Law. Christy continued her studies in<br />

Art History at Goucher College and became a<br />

docent at the Walters Art Gallery. Hamish<br />

served as editor of the Maryland Law Review,<br />

then worked for a partnership in Howard County<br />

before entering private practice. During this time, Hamish was active in<br />

Leadership Howard County. He also served as a trustee for McDonogh<br />

School during the transformation of the school’s physical plant in the<br />

1990’s.<br />

As community-oriented philanthropists, the Osbornes sought unmet needs in<br />

academic settings, establishing a series of unique scholarships for low- and<br />

middle-income students at McDonogh School and Maryland Law. For<br />

decades, these endowments have provided life-changing opportunities for<br />

generations of Baltimore-area scholars. Hamish volunteered on twelve<br />

boards, including hospitals, military organizations, community foundations<br />

and the Board of Visitors at the Carey School of Law.<br />

In the mid-90’s Hamish began exhibiting symptoms of lung disease,<br />

including evidence of scaring, which was later diagnosed as Pulmonary<br />

Fibrosis. On January 19, 2013, at the age of 64, Hamish became a grateful<br />

recipient of a lung transplant at the University of Maryland Medical Center.<br />

Thanks to the miracle of lung transplantation, and excellent care from the<br />

medical staff at UMMC, Hamish had three additional years with Christy,<br />

their three children, and twelve grandchildren. Christy and Hamish were<br />

married for 47 years when Hamish passed away at this hospital on July 30,<br />

2016. He had just turned 67.<br />

While Hamish was treated at Maryland, the Osbornes established this<br />

Distinguished Professorship in Advanced Pulmonary Care, in the hopes of<br />

alleviating suffering for those facing lung disease.

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