UCHealth Neurosciences Center - Anschutz Medical Campus
1635 Aurora Ct, 4th Floor Aurora, CO 80045Phone: 720-848-2080
Andrew Callen, MD
Neuroradiology
Board Certified
Clinical Interest for Patients
I am interested in the diagnosis and treatment of cerebrospinal fluid (CSF) leaks, including dural defects and CSF-venous fistulae. Our team specializes in complex dynamic myelography and MRI imaging protocols to localize occult leaks, and treat them using epidural blood patching and fibrin glue.
Title(s)
Director, CSF Leak Program
Credentials
Doctor of Medicine
Specialty
Neuroradiology
Scheduling Phone Number
720-848-0000
Gender
Male
Hospital Affiliation
University of Colorado Hospital
UCHealth University of Colorado Hospital (UCH)
Phone: 720-848-0000 720-848-0000
Provider Information
Specialties
- Neuroradiology
Conditions
-
Brain and Nervous System
Treatments and Services
Department
Associate Professor, Radiology-Diagnostics
Education and Training
Medical Schools
MD, University of California, San Francisco, School of Medicine (2014)
Undergraduate Schools
BS, University of California–San Diego (CA) (2010)
Internships
Kaiser Permanente Medical Group (Northern California)/San Francisco Program (2015)
Residency Program
University of California (San Francisco) Program (2019)
Fellowships
University of California (San Francisco) Program (2020)
Information for referring providers
Referral Contact Phone
720-848-0000
Referring Patients Link
Research Interest for Referring Providers
My research interests include the imaging of cerebrovascular disease including MRI assessment of cerebral vasoreactivity (CVR) in HIV and Moya Moya vasculopathy. During my NIH T32 fellowship, I led the design of a robust MRI-CVR protocol for assessing occult cerebrovascular disease in women with HIV. During my fellowship year, I worked with colleagues in neurosurgery to implement this protocol for clinical use for patients with Moya Moya, in the assessment for potential bypass surgery. This included the use of 4D flow phase contrast imaging to simultaneously interrogate the intracranial and extracranial arterial vasculature.