Neuro Cognitive/Behavioral Disorders and Neurorehabilitation - Rhode Island Hospital
Faculty Supervisors: Laura Korthauer, PhD, Kristen Wesbecher, PhD, & Denise Labelle, PhD
Rhode Island Hospital (RIH) is one of several teaching hospitals within Brown University Health. RIH is a private, 719-bed, not-for-profit, acute care hospital and academic medical center founded in 1863. It is the largest of the state's general acute care hospitals, providing comprehensive health services, and serves as a primary teaching hospital for the Warren Alpert Medical School of Brown University. RIH is the largest trauma center in the region and has extensive neurology, neurosurgery, and psychiatry departments. The neuropsychology program is housed in the Coro Building, which is an outpatient clinic a short walk or shuttle ride from the RIH campus.
Newport Hospital. Newport Hospital is a state-of-the-art, non-profit hospital in Newport, RI, that offers a wide range of medical services including a 24/7 emergency department, surgical services, diagnostic imaging, the Vanderbilt Rehabilitation Center, and the Noreen Stonor Drexel Birthing Center. Neuropsychology is integrated into the inpatient services at Newport Hospital. Inpatient neuropsychology referrals come from throughout the hospital with referral questions including issues of decision-making capacity, differential diagnosis, rehabilitation needs, and disposition. A unique experience is available on the inpatient rehabilitation program, operated by the Vanderbilt Rehabilitation Center, which provides a comprehensive intensive, multidisciplinary care following acquired injury, illness, or surgery alongside allied health providers including physiatry, speech/language therapy, occupational therapy, and physical therapy.
This rotation emphasizes the role of the neuropsychologist in a general medical and rehabilitation setting. The rotation involves two outpatient assessment days per week with Drs. Korthauer and Wesbecher. Outpatient referrals include patients with a broad range of presenting problems, including mild cognitive impairment, dementia, Functional Neurological Disorder (FND; psychogenic non-epileptic seizures and motor FND), as well as traumatic brain injury, stroke, psychiatric conditions, and other medical disorders. Additionally, once per month, the clinical psychology resident will service the Normal Pressure Hydrocephalus (NPH) Clinic at Rhode Island Hospital under the supervision of Dr. Korthauer. The NPH Clinic is an interdisciplinary fast track program serviced by specialists in neurosurgery, neurology, neuropsychology, and physical therapy. Patients with suspected NPH receive same day evaluations from each of these disciplines followed by a consensus discussion. This monthly clinic will substitute for one outpatient case with Dr. Korthauer. As part of their training, the clinical psychology resident will have the opportunity to provide care through the inpatient consultation service at Newport Hospital one day per week, under the supervision of Dr. Labelle. This experience offers valuable access to bedside clinical interviewing, brief assessments, and report writing for individuals with acute medical conditions or those participating in inpatient rehabilitation following acquired injuries or illnesses. In some cases, residents may begin the evaluation process during hospitalization and then briefly extend the assessment in the outpatient clinic post-discharge—typically within a few weeks—in order to complete treatment planning or clarify diagnostic questions that could not be fully addressed in the inpatient setting. The Newport Hospital is ~30 miles from Rhode Island Hospital and requires a car for travel. Travel expenses are reimbursed.
Contingent upon workload and the satisfactory completion of required duties, clinical psychology residents in the Medical Neuropsychology This rotation may be offered opportunities to participate in Wada testing for pre-surgical epilepsy evaluations, as well as intraoperative brain mapping procedures aimed at preserving eloquent cortex and white matter tracts during tumor resections.