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The Department of Neurosurgery at the University of Colorado, continues the tradition of excellence outlined in our Mission Statement.

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Neurocritical Care

Dr. Neumann examining MRI scans in the Neuro-Intensive Care Unit

The Neurosurgical Intensive Care Unit (NICU) at University of Colorado Hospital (UCH) is a regional referral center, and the only dedicated neurocritical care unit in the Rocky Mountain region. It is staffed twenty four hours per day with highly specialized nurses and directed by three fellowship-trained neurocritical care specialists who are board certified by both United Council for Neurologic Subspecialties (UCNS) and Committee on Advanced Subspecialty Training (CAST). The 24-bed NICU has over 1,300 admissions to our Neurosurgical ICU last year we cater to those patients who need highly specialized, multi-disciplinary care.

Under the leadership of Robert T. Neumann MD, PhD along with Luis Cava, MD., Josh Sienfeld, MD, and Dave Case, MD, the practice has evolved to a leading subspecialty at UCH. As recipients of a Gold Beacon Award by the American Association of Critical-Care Nurses, the NICU team is recognized for excellence in sustained performance and patient outcomes. The NICU team works seamlessly with Neurosurgical, Neurological, Interventional Radiology, General Surgery, Trauma, and Pulmonary and Internal Medicine specialties on a daily basis. The NICU provides all types of invasive and non-invasive cardiopulmonary, renal, and neurological life-support and monitoring. The technological advancements in the NICU provide the clinician, patient, and family with options and answers effecting quality of life. 
The Neuro-Intensive Care Unit offers a Neurocritical Care Fellowship through both UCNS and CAST.

 If you are interested in pursuing this career, find out more on the above link.

The NICU treatment team is dedicated to the advancement of neuro-critical clinical care.  To this cause, the NICU attending physicians serve as Principal and Co-Investigators on multiple research projects, in both translational and clinical nervous system research. Included in these endeavors are: 1) evaluation of an in-series device that functions as a positive-end expiratory pressure relief valve, to augment cerebral circulation in ventilated patient with intracranial pressure monitoring; 2) evaluation of head positioning in acute stroke; 3) evaluation of the role of arginine deficiency in immune dysfunction following neurologic injury; 4) evaluation of non-invasive devices for early diagnosis of brain injury (including concussion), blood clot formation, and heparin-induced thrombocytopenia; 5) development of national standards for use of novel, FDA-approved neuro-critical care devices and therapeutics; and 6) advancing neural-grafting science.