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OAIC Overview July 19,2013 PIs: Andrew Goldberg, MD Jay Magaziner, PhD, MS Hyg University of Maryland Older Americans Independence Center.

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Presentation on theme: "OAIC Overview July 19,2013 PIs: Andrew Goldberg, MD Jay Magaziner, PhD, MS Hyg University of Maryland Older Americans Independence Center."— Presentation transcript:

1 OAIC Overview July 19,2013 PIs: Andrew Goldberg, MD Jay Magaziner, PhD, MS Hyg University of Maryland Older Americans Independence Center

2 University of Maryland Claude D. Pepper Older Americans Independence Center Mission: Cardiovascular and neuromotor deconditioning are fundamental to the functional impairments and disabilities observed in older people with chronic disease. The goals of the UM-OAIC are to determine the mechanisms and efficacy of motor learning-based exercise rehabilitation programs designed to restore and maintain function and the prevent the functional declines that put older adults with chronic disease at risk for disability.

3 Partnerships Baltimore VA Medical Center VA Geriatric Research, Education, & Clinical Center (GRECC) VA Geriatrics Service VA Rehabilitation & Development Center of Excellence in Exercise & Robotics for Neurological Disorders (MERCE) Loch Raven Community Living Center Chesapeake Health Education Program (CHEP) Center for Research on Aging Geriatrics & Gerontology, Education & Research Program Division of Endocrinology, Diabetes & Nutrition Department of Epidemiology & Public Health Department of Physical Therapy and Rehabilitation Science Nutrition Obesity Research Center Department of Neurology University of Maryland, Baltimore Kernan Orthopedics and Rehabilitation Hospital Division of Gerontology & Geriatric Medicine Regional Medical Education Center (RMEC) University of Maryland Claude D. Pepper Older American Independence Center Mental Health Service MIRECC Multiple Sclerosis Center of Excellence

4 External Advisory Board UNIVERSITY OF MARYLAND CLAUDE D. PEPPER OLDER AMERICANS INDEPENDENCE CENTER Principal Investigator: Andrew P. Goldberg, MD Leadership/Administration Core A. Goldberg, MD, Leader / J. Magaziner, PhD, MS Hyg, Co-Leader Research Cores Research Career Development Core Core Leaders: A. Goldberg, MD J. Magaziner, PhD, MSHyg Pilot/Exploratory Studies Core Core Leaders: M. Rodgers, PhD, PT A. Goldberg, MD RC-2: Applied Physiology and Tissue Mechanisms Core Leaders: A. Ryan, PhD L. Katzel, MD, PhD RC-1: Biostatistics, Informatics and Translational Research Core Leaders: J. Sorkin, MD, PhD J. Magaziner, PhD, MSHyg RC-3: Mobility Function and Neuromotor Plasticity Core Leaders: R. Macko, MD M. Rogers, PhD, PT Administration and Program Management K. Longo, MSA. Sullens, MA Data Safety Monitoring Boards · Full Committee· Subcommittee Publications Committee

5 Conceptual Model of the UM-OAIC Aging Acute Event Chronic Disease Clinical Phenotypes Exercise & Neuromotor Learning Rehabilitation Functional Outcomes and Translation into the Community Functional Recovery Preventive and Restorative Research in Chronic Diseases of Aging Interdisciplinary Conceptual Model Community Trials “Real World” Outcomes Medical Practice Research Working Groups (RC-1) Mechanisms (RC-2,3) Preventive & Restorative Lifestyle Habits Clinical Evaluation (RC-2) Improved Quality of Life Interventions (RC-2,3) Pathophysiology & Mechanisms of Functional Impairments “Free-Living” Independence

6 RC1: Biostatistics, Informatics & Translational Research Specific Aims: To provide biostatistical and informatics support to investigators, Foster the design of motor learning-based exercise rehabilitation interventions Facilitate the translation of interventions from the laboratory to the clinic and the community Organize Research Working Groups (RWGs) that will assist OAIC investigators in the design and conduct of research studies

7 Primary Aim: To determine if a “specific” 16-week multi-modal intervention based on aerobic conditioning, specificity of training, and muscle overload initiated 2-3 months post fracture is more successful in producing community ambulators than a “non-specific” multi-modal control intervention of transcutaneous electrical nerve stimulation, flexibility activities, and active range of motion exercises. RC-1 Research RO1: Community Ambulation Following Hip Fracture (3 clinical sites)

8 R37: Effects of Multi-Modal Exercise Intervention Post Hip Fracture This is an ancillary study to the Phase III RO1 randomized clinical trial, with specific aims to evaluate mechanisms underlying community ambulation: body composition, bone turnover, hormone regulation, aerobic capacity, balance, gait, inflammation, affect, and cognition.

9 RC 2: Applied Physiology and Tissue Mechanisms Specific Aims: Facilitate the conduct of musculoskeletal and tissue mechanistic exercise rehabilitation and preventive medical research in aging and disability across the UM-OAIC projects –Perform medical assessments and cardiovascular screening of research volunteers to ensure patient safety and eligibility for research protocols. –Develop and test of novel exercise-based interventions in older volunteers in UM-OAIC research. Conduct clinical applied training in translational research and the assessment of cardiovascular and physiological outcomes of exercise rehabilitation in aging and laboratory training of standardized core methodologies to facilitate translational research. Provide study support, mentor and train UM-OAIC researchers in the performance of applied exercise physiology and tissue mechanisms research relevant to exercise–based rehabilitation in older people with chronic disabling diseases

10 Stroke. 2013: In Press 1RM Strength 22% ↑ Leg press 45% ↑ Leg extension Insulin Sensitivity No change in M M/I ↑31% Subjects Men and women (n=10) years Lower Body RT 3x/week 12 weeks

11 Stroke. 2011: 42(2): Muscle Hypertrophy after RT RT Reduces Muscle Myostatin mRNA 14% 16% 40% 49% 27%

12 RC 3: Mobility and Neuromotor Plasticity Specific Aims Provide expertise and investigator resources to assess the multi-system neuromotor, biomechanical, motor learning and behavioral factors affecting mobility performance. Design and conduct of novel motor learning based exercise interventions: –Determine the quantitative measures of whole-body multi-segmental neuromotor control –Understanding the mechanisms of exercise-mediated neuroplasticity of balance, locomotion, and upper limb activities in older people with chronic diseases. Mentor junior faculty and train UM-OAIC investigators in the mechanistic study of neuromotor control, exercise- mediated neuroplasticity and motor learning.

13 RO1: Intervention to Enhance Lateral Balance Function & Prevent Falls in Aging Specific Aims To determine the effects of (a) step training, (b) hip abductor- adductor (AB-AD) muscle strengthening, and (c) a combined step training & muscle strengthening program compared to (d) a standard flexibility & relaxation program (control) on the stepping response characteristics to an external balance perturbation. To determine the effect of step training, with and without the strengthening intervention, compared to the control group on maximum hip AB-AD joint torque and power. Secondary aim is to determine the prospective fall frequency of the different intervention groups during monthly follow-up for 1-year post-training.

14 Robotics Training after Stroke Mission and Long-term Objectives: Develop and deploy state-of-the-art modular lower extremity robotic technology to improve walking and balance function and promote durable benefits toward mobility independence in older individuals with stroke and other neurologic diseases.

15 Deficit-adjusted Robotics Training after Stroke Can a deficit-adjusted approach reduce drop foot and/or increase push off propulsion in chronic hemiparetic stroke?  Deficit-adjusted robotic assistance Terminal stance: push-off for propulsion Swing: drop foot and safe landing  Level of robotic assistance Biomechanical models specific to deficit Capacity to predict optimal robotic support

16 Robotics Training Eliminates Foot Drop in Chronic Stroke FREE WALKING TRIALS RETN: 8 deg PRE: 2.5 deg Patient reported discarding use of her assistive ankle brace at home-community at 6-week follow-up and beyond COMMUNITY AMBULATOR 6 weeks

17 Improvement in Standing Balance: Better Dynamic Inter-limb Weight Transfer -> Reduced Fall Risk Anterior-Posterior Center of Pressure (m) Medial-Lateral Center of Pressure (m) Raw time series 95% confidence ellipse PRE Medial-Lateral Center of Pressure (m) POST DORSAL VIEW OF POSTURAL SWAY Δ Variability of Sway = -50%

18 Selected On-going Trials PITrialPopulation J. Magaziner, PhD, MS Hyg/ R. Craik, PhD, PTCommunity Ambulation Following Hip Fracture (RC 1, 2, 3) Hip Fracture M. Stuart, PhD/ R. Macko, MDAdaptive Physical Activity for Chronic Stroke (RC 1) Chronic Stroke Survivors A. Ryan, PhD/ C. Hafer- Macko, MDAging, Inflammation and Exercise in Chronic Stroke (RC 1, 2, 3,) Chronic Stroke Survivors M. Rogers, PhD, PT, FAPTAIntervention to Enhance Lateral Balance Function and Prevent Falls in Aging (RC 2,3) Older Adults with and without a Recent Fall L. Forrester, PhDAnkle Robotic Training after Stroke: Effects on Gait and Balance (RC 2, 3) Chronic Stroke Survivors S. Prior, PhDAerobic Exercise (AEX) to Improve Regulation of Endothelial Progenitor Cells (EPCs) and Vascular Function in Older Adults with T2DM (RC 1, 2) Type 2 Diabetes Mellitus R. Macko, MD; T. Forrester, MDEarly Exercise to Improve Muscle and Cardiometabolic Health After Stroke (RC 3) Acute Stroke Survivors S. Seliger, MD, MS; D. Weiner, MD, MS, co-PIRandomized Trial of Exercise Training on Cognitive and Physical Function in CKD (RC 1, 2, 3) Chronic Kidney Disease

19 Recently Funded Trials InvestigatorGrant Title S. PriorPaul B. Beeson Patient-Oriented Research CDA in Aging (K23): Effects of Aerobic Exercise on EPCs and Vascular Dysfunction in Aging and T2DM K. Oursler/ A. Ryan VA Merit: Effect of Exercise Training on Inflammation and Function in HIV infected Veterans M. Serra CDA: Treadmill Rehabilitation, Energy Utilization, and Oxidative Stress in Stroke J. RussellVA RR&D Merit: Improving Autonomic Function and Balance in Diabetic Neuropathy

20 Goals: Provide an enriched, mentor-based research training and educational environment to: Promote the career development of junior faculty toward independence as investigators in aging-related research related to the UM-OAIC themes. Train future leaders in academic gerontology and geriatric medicine. Support the training of trainees and junior faculty pursuing research careers in aging by emphasizing multidisciplinary training to learn novel approaches to improving function and independence in older people. UM-OAIC Research Career Development Core

21 Douglas Savin, PhD, PT (mentors - Drs. Rogers, Wittenberg and Whitall) 3 rd year RCDC Jr. Scholar “Comparison of Reactive Step Training and Voluntary Task-Oriented Training to Induce Neuromotor Changes for Improving Balance and Preventing Falls” Pilot Funding 07/2012 Avellino Verceles MD (mentors - Drs. Goldberg, Terrin, and Hasday) 3 rd year RCDC Jr. Scholar “Development of a Multimodality Strengthening and Mobility Program for Ventilator Dependent Older Patients” Pilot Funding 07/2012 Michael Dimyan, M.D. (mentors - Drs. Wittenberg, Macko) 2 nd year RCDC Jr. Scholar “Investigating Brain Network Interactions in Stroke and Aging Using Concurrent Transcranial Magnetic Stimulation and Functional Magnetic Resonance Imaging (TMS-fMRI). Goal is to investigate key brain motor network determinants of movement using concurrent TMS-fMRI” Current RCDC Jr. Scholars

22 Junior faculty at UMB and JHU interested in RCDC Scholar positions: Laura Buchanan, MD (Trauma Surgery UM – Acute rehabilitation post abdominal surgery) Sandra Quezada, MD, MS (Gastroenterologist UM- inflammatory bowel disease) Gautam Ramani, MD (Cardiologist UM-rehabilitation in heart failure patients) Monica Serra, PhD, RD (Exercise physiologist UM- exercise-rehabilitation, metabolism and nutrition in obesity, breast cancer and stroke survivors) RCDC Jr. Scholars in the Pipeline

23 Goal of the PESC: To provide start-up support for high quality pilot and exploratory research to acquire information needed to select or design future crucial studies of the mechanisms underlying disability, recovery and prevention in older persons and the functional and clinical responses to rehabilitation. Pilot/Exploratory Studies Core (PESC)

24 Robert Creath, PhD (mentor – Dr. Rogers) “Using Self-triggered, Sensory-enhanced Gaze Shift to Improve Axial Turning Deficits in Persons with Parkinson’s disease.” Avelino Verceles, MD & Chris Wells, PhD, PT, CCS, ATC (mentor – Dr. Goldberg) “Development of a Rehabilitation Strengthening and Mobility Program for Ventilator Dependent Older Patients.” Douglas Savin, PhD, PT (mentor – Dr. Rogers) “Comparison of Reactive Step Training & Voluntary Task- Oriented Training to Induce Neuromotor Changes for Improving Balance & Preventing Falls.” Kelly Westlake, PhD, PT (mentor – Dr. Rogers) “Probing the Neural Basis & Influence of Cognitive Changes on Impaired Balance in Older Adults.” 2012 Pilots

25 L. Buchanan, MD (mentor – Dr. Magaziner) “Using Rehabilitation and Exercise to Improve Outcome of Older Amercians in the Setting of Emergency Surgical Disease.” S. Kesmodel, MD & M. Serra PhD (mentor – Dr. Goldberg) “Effects of a Structured Exercise Program on Functional and Metabolic Declines in Postmenopausal Breast Cancer Patients Taking Aromatase Inhibitors.” D. Loane, PhD (mentor – Dr. Faden) “The Effect of Voluntary Exercise on Microglial Activation Phenotypes and Repair Processes in the Aged Injured Brain.” N. Steinle, MDH. & Resnick, PhD, MPH (mentor – Dr. Goldberg) “YMCA-Veterans Wellness Program: Pilot Study of a Novel Approach to Weight Loss and Disability Prevention in Older, Overweight Veterans.” 2013 Pilots

26 Selected Community-Based Programs/Dissemination Exercise rehabilitation programs for stroke survivors are now based at the Baltimore VA, three senior centers in Howard County, the Loch Raven VA and Kernan Hospital. A collaboration is developing with the Baltimore City Department of Aging senior centers.(Richard Macko, MD) Myerberg Senior Center is the site of a growing, multi-faceted collaboration with the Center for Research on Aging and a falls prevention research project. (Mark W. Rogers, Ph.D., P.T.) Weinberg Place is the site of an exercise research and nutrition study, a collaboration between Weinberg Senior Living and School of Nursing investigators. (Barbara Resnick, Ph.D., Kathleen Michael, Ph.D., RN). The Program in Aging, Trauma, and Emergency Care (PATEC) is collaborating with clinical researchers in the OAIC to develop programs for early rehabilitation of older trauma patients and investigate neural mechanisms underlying brain injury to improve outcomes in older trauma patients. (Jay Magaziner, PhD, MS Hyg)

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