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Associate Professor of Clinical Rehabilitation Faculty member since 2001 akr7@columbia.edu |
| Education | |
| Post Doctoral Training: Computational Motor Control, Johns Hopkins University, School of Medicine Post Doctoral Training: Movement Sciences, Columbia University EdD Movement Science (Motor Control and Learning), Teacher’s College/Columbia University MA Occupational Therapy (Developmental Disabilities), New York University Post-Graduate Diploma in Rehabilitation, All India Institute of Physical Medicine and Rehabilitation BOT Occupational Therapy, Institute for the Physical Handicapped, New Delhi, India |
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| Professional Expertise |
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| Movement disorders, neurological rehabilitation, pediatrics Editorial Board: American Journal of Occupational Therapy Manuscript Reviewer: Physical Therapy, Journal of Neurophysiology, Journal of the Neurological Sciences, Experimental Brain Research |
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| Honors and Awards |
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| Sigma Xi Scientific Research Society |
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| Research Interests |
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Examination of sensori-motor impairments in movement disorders (including basal ganglia and cerebellar disorders) Understanding the mechanisms underlying motor impairments, and developing novel methods of rehabilitation interventions. Specific projects, which are conducted in collaboration with the Huntington’s Disease Center of Excellence at the New York State Psychiatric Institute, include: Quantifying gait impairments in essential tremor |
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| Teaching Responsibilities |
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Neuroscience |
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| Scholarly Productivity |
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| Recent Publications Rao, A.K., Muratori, L., Louis, E.D., Moskowitz, C.B. and Marder, K.S. (2008). Spectrum of gait impairments in presymptomatic and symptomatic Huntington’s disease. In press Movement Disorders. Rao, A.K. (2008). Role of occupational therapy movement disorders of the basal ganglia. In press Physical Disabilities Special Interest Section Quarterly. Rao AK, Muratori LM, Louis ED, Moskowitz CB and Marder KS. (2007). Spectrum of gait impairments in presymptomatic and symptomatic Huntington’s disease. Movement Disorders Supplement. 22, S1:6. Rao AK, Quinn L and Marder K. (2005). Test-retest reliability of gait outcome measures in Huntington’s disease. Movement Disorders. 20 (8):1033-1037. Shadmehr R, Donchin O, Hwang EJ, Hemminger SE, and Rao A.K. (2005). Learning dynamics of reaching. In: Motor Cortex in Voluntary Movements. A. Riehle and E. Vaadia (editors), CRC Press, pp. 297-328. Rao AK. Cognition and Motor Skills. (2005). In A. Henderson & C. Pehosky (Eds.). Hand Function in the Child: Foundations for remediation. St. Louis: MO. Rao AK. (2004). Approaches to motor control dysfunction: An evidence-based review. In Stroke Rehabilitation, G. Gillen and A. Burkhardt (Eds). St. Louis, MO: Mosby-Elsevier. Johnson EK, Chandra A, Nabeyama B, Santikul K, Sullivan MT, and Rao AK. (2004). The effects of resisted hip adduction on EMG activity of the vastus medialis obliquus muscle during terminal knee extension in a closed kinetic chain. American Physical Therapy Association Combined Sections Meeting Abstract. Quinn L and Rao AK. (2002). Physical Therapy and Huntington’s disease: current perspectives and case report. Neurology Report: 26 (3), 145-153. Sandow E, Bronner S, Spriggs J, Bassile CC, Rao AK, Brownstein B. (2002). Coordination of a skilled dance movement, the passe’, in professional female dancers and non-dancers. International Association for Dance Medicine and Science Abstracts. Rao AK and Gordon AM. (2001). Contribution of tactile information to accuracy in pointing. Experimental Brain Research, 138: 438-445. Shadmehr R, Donchin O, Hwang E, Hemminger S, Rao AK. (2005). Learning to compensate for dynamics of reaching movements. The Motor Cortex and Voluntary Movements (E. Vaadia, Ed.), CRC Press.
2005: Research Investigator Award, Columbia University. The effect of selected closed chain hip adduction, knee extension and hip adduction with knee extension on EMG activity of the vastus lateralis oblique muscle 2004: Huntington’s Disease Center of Excellence at New York State Psychiatric Institute. 2002: VIDDA Foundation Grant to the Department of Rehabilitation Medicine.
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