OSTEOPOROSIS PT and Fitness. OUR TEAM Katie O’Hara PT Julie Neaderthal PT Sheila Gaffney PT Mark Snow ATC.

Slides:



Advertisements
Similar presentations
Job-Specific Safety Training Room Attendant
Advertisements

Back Safety Your back is at work 24 hours a day. It takes part in almost every move you make. Because of its workload, your back is prone to injury.
Preventing Back Injuries
Click to advance.. The spine is a marvelously complex structure that is characterized by strength and mobility.
Proper Body Mechanics.
Body Mechanics & Transfer Techniques. Body Mechanics Efficient use of body to produce motion that is safe, energy conserving, anatomically and physiologically.
Back Safety  Your back is at work 24 hours a day.  It takes part in almost every move you make.  Because of its workload, your back is prone to injury.
Back Safety  Your back is at work 24 hours a day.  It takes part in almost every move you make.  Because of its workload, your back is prone to injury.
HOB 2013 Body Mechanics The back you save can be your own.
Parkinson’s Boot Camp Cleveland, Ohio September 6, 2014 Home Safety for Individuals with Parkinson’s Disease.
Pregnancy & Postural Changes Scott D. Coon, DC Chiropractor.
Severe degeneration in a 43 year old man. Preventing disease is always preferable to disease. Preventing disease is always preferable to treating disease.
Posture and Body Mechanics
The Role of Home and Community Environment in Fall Prevention Excerpts taken from 2005 Joint Conference of the American Society of Aging and The National.
DMC Body Mechanics Page 1 of 16 DMC Corporate Audit and Compliance Department Detroit Medical Center© January, 2010 DMC Body Mechanics.
Low Back: Health and Fitness Management Chapter 12 Backache is second only to headaches as a common medical complaint.
Structure of the Back The human back is an amazing mechanical device. It is strong enough to support our entire body yet supple and flexible enough to.
IMGPT: Preparing for Knee Replacement Surgery N. Richmond St. Fleetwood (Next to Fleetwood HS)
Tips on Pain Relief and Prevention
I have a broken bone and I’m over 50 Your local service is available at: Some useful contacts: BONE SPECIALIST Your GP can refer you to a Rheumatologist.
Body Mechanics and Range of Motion
SLIPS, TRIPS, & FALLS THE CENTER FOR LIFE ENRICHMENT RESOURCE: NATIONAL SAFETY COUNCIL Training: Older Adult Falls.
Improving the lives of older Americans Some strategies to reduce the risk of falling October 10, 2009 Staying on Our Feet.
2 Influences on Flexibility Flexibility is an important part of health-related fitness. Flexibility A joint’s ability to move through its full range of.
When People Fall: Prevention for Those at Risk by Marie Boltz, MSN, CRNP, NHA Gerontological Nursing Consultant Reviewed and updated in summer 2012.
FALL PREVENTION. As we age, the chances of falling and hurting ourselves in the home become more likely. Falls happen for many reasons. There are several.
Proper Body Mechanics Reviewed 10/2014. Body Mechanics The use of one’s body to produce motion that is safe, energy conserving, and anatomically and physiologically.
NSCC Back Care and Safe Lifting Program
Annual Compulsory Education
Proper Body Mechanics.
Fall Prevention Programs for Older Adults
Florida Injury Prevention Programs for Seniors (FLIPS) Senior Fall Prevention Senior Module.
What is Best Foot Forward? A public education program to help prevent slips and falls among older Canadians Developed by the Canadian Chiropractic Association.
Preventing Back Injury
Karmanos Cancer Center Body Mechanics 2009 Mary Ellen Lesperance Barbara Ann Karmanos Cancer Center April 2009.
Preventing Strains and Sprains to Your Back
Know the Facts about Backs Ways to avoid back injuries.
Presentation Package for Concepts of Physical Fitness 12e
BECKWITH RESIDENTIAL SUPPORT SERVICES LIFTS AND TRANSFERS.
Towards Fall Prevention
Christina Ferraiuolo KSC Dietetic Intern. BACK PAIN IS THE MOST COMMON HEALTH COMPLAINT  Performing the same improper movements daily may not cause.
Steve Parrott, CSA Fall Prevention in Seniors. Who we are… Non-medical home care.
On Your Own Two Feet Exploring Ways to Reduce Your Risk of Falling Amanda Distefano – Program Coordinator Washington County Health Department.
SAFE LIFTING Avoiding a Painful Back. 2 The Five Leading Back Injury Factors u Poor Posture u Poor Physical Condition u Improper Body Mechanics u Incorrect.
Terri Brinston “The study of designing equipment and devices that fit the human body, its movements, and its cognitive abilities”
Unit 2 Fall Hazards: Internal and External Risks.
10 steps to Safe Lifting.
Copyright © 2008 Delmar Learning. All rights reserved. Low Bed Safety for Nursing Assistants Barbara Acello, RN.
This presentation has been produced with permission from the Centers for Disease Control and Prevention. STRAC LOGO.
2 What You Will Do Identify factors that can positively or negatively influence your flexibility. Apply the biomechanically correct use of leverage to.
Table of Contents HS-Emergency Medical Responder.
How to Prevent Falling Copyright 2009, Florida State University College of Medicine. This work was supported by a grant from the Donald W. Reynolds Foundation.
Unit 6: Back Care & Bone Health Presenter: Back Care and Bone Health Structure of the Spine Identify types of back problems Identify the risk factors.
PREVENTING BACK INJURIES Bureau of Workers’ Comp PA Training for Health & Safety (PATHS) 1PPT
Body Mechanics LEQ: How does using proper body mechanics prevent injury in the healthcare setting?
Body Mechanics How to Prevent Injury and Maintain Back Health.
Preserving what you have to keep doing what you do Irene Jordet, PT Joint health.
Structure of the Back The human back is an amazing mechanical device. It is strong enough to support our entire body yet supple and flexible enough to.
Avoiding a Painful Back
FALL PREVENTION/HOME SAFETY
Home Safety for Seniors
Proper Body Mechanics.
Remembering When A comprehensive program developed by the National Fire Protection Association, NFPA, and the Centers for Disease Control and Prevention.
Ergonomics and Long Term Care
LA Falls Prevention Coalition
Preventing Back Injuries Safe Lifting Techniques
Research Physical Therapy as a career
Fall Prevention Tips For the Older Adult Graphic.
Caring for the Resident with Osteopenia and Risk for Fractures
Presentation transcript:

OSTEOPOROSIS PT and Fitness

OUR TEAM Katie O’Hara PT Julie Neaderthal PT Sheila Gaffney PT Mark Snow ATC

GOALS for 2008 Create a one time PT evaluation form Develop educational power point for osteoporosis patients Complete Home Exercise booklet to complement the Osteoporosis booklet and create fitness presentation Practice and help implement the Fitness Center’s Better Bones program

PT Osteoporosis One Time Evaluation Vanderbilt Orthopaedic Institute PATIENT MEDICAL HISTORY Name: Jane Doe MRN: Referred by: Dr. Visit Number: 1 ICD9: Patient is a year old F/M with a diagnosis of. CHIEF COMPLAINT AND CAUSE: osteoporosis Onset date: SUBJECTIVE Pain: Pain Scale (0 = absent 6 = moderate 10 = severe) Current Pain: 0/10 PRIOR MEDICAL HISTORY Prior History of Current Problem(s): none multiple episodes; one episode; previous fractures; previous falls; Patient's prior treatment history: None PMHX: none; Precautions/Contra-Indications/ Allergies Medications: None Prior Level of Function: Independent with ADL's, homecare, and selfcare activities: Current Level of Function: Independent with ADL's and body mechanics; Active exercise program includes: Patient stated goal: Patient is able to exercise safely with osteoporosis.

OBJECTIVE EXAMINATION Objective Information: ASSESSMENT/FINDINGS Problem List: pain; swelling; decreased ROM; decreased strength; decreased flexibility; use of assistive device; impaired balance; decreased positional tolerance; decreased understanding of safe exercises for osteoporosis; Learning Barriers/Barriers to Goal Achievement: None Modification to treatment based on identified Learning Barriers/Barriers to Goal Achievement: NA Rehab Prognosis: Patient has excellent prognosis to meet goals stated below due to: understanding safe exercises for osteoporosis, understanding the home exercise program, understanding body mechanics and ADL's recommendations, participation in VOI osteoporosis program, PLAN OF CARE PT goals: 1. Patient verbalizes understanding to decrease episodes of trunk flexion in ADL's and body mechanics. 2. Patient verbalizes understanding of safe exercises for osteoporosis. 3. Patient/therapist performed Home Fall Risk Prevention Assessment. 4. Patient verbalizes understanding of home exercise program. 5. Patient referred to VOI Fitness Center Osteoporosis Program. Patient goal: Independent in use, wear, care and fit of orthtic device Independent in the use, wear, care and fit of TENS device Independent with home exercise program Independent with ambulation with assistive devicel by the end of 1 visit. Status of Goal: Met

Treatment Plan: Recommendations:PT 1 x only VOI Fitness Center Today's Treatment: VOI osteoporosis booklet provided body mechanics and ADL instruction Home Fall Risk Prevention Assessment Today's Treatment Interventions/Home Exercise Program: The patient was given both a verbal and written home exercise program. The home program/exercises were demonstrated and reviewed with the patient. The patient demonstrated understanding of the home program/exercises. Home Exercise program includes: core abdominal exercises given back extension exercises scapular retraction exercises with/without theraband Goals, Treatment Plan, and Risks/Benefits of Physical Therapy Intervention have been communicated with and agreed upon by the patient/family/caregivers. Plan of Care has been communicated to members of the multi-disciplinary team. The Goals and Treatment Plan were developed in light of the Patient's Goals, Learning Barriers/Barriers to Goal Achievement; and the patient's Rehab Potential.

Movement Safety with Osteoporosis Patient Education Presentation – based on the osteoporosis booklet

What is Osteoporosis ? Osteoporosis is a disease that causes bones to become thin, weak and easy to break. Causes –family history –diet –Medications –lack of physical activity

Most common fracture sites Hips Wrists Spine

Factors that affect strong bones: Positive Factors –Calcium and Vitamin D intake –Physical activity –weight bearing improves bone strength –Maintaining a healthy weight Negative Factors –Smoking and heavy alcohol use –Medications –ask your doctor

Physical Therapy Initial Evaluation Medical history Physical Assessment Posture Joint range of motion Strength Flexibility Daily activity Pain control (if necessary) Exercise

Home Exercise Program Stretching and strengthening Posture and body positioning /body mechanics Fall prevention in the home

Body Mechanics Avoid forward bending Carry loads close to the body Tighten your stomach when you lift items Never twist with a load Sit up straight with knees level to hips Change positions every 30 min Sleep with back straight

Making your home safe Floors Lighting Nightlights Telephone access Electrical cords secured Pets Throw rugs

Bedroom-Living room safety Bedside tables for glasses, lamps and phones Sit on the side of bed for a minute before standing to avoid dizziness Secure area rugs Clear walkways Chair and sofa height safe and comfortable

Bathroom-Kitchen safety Grab bars for safe entry in/out of shower and tub Non skid mats at tub, shower & toilet Keep items in easy reach from knee to shoulder height Non slip flooring Rubber backed mat in front of sink Avoid ladders and step stools to reach overhead Nightlight between rooms –Bedroom and bathroom –Hallway

Stairs Handrails on both sides Non slip surface Uncluttered stairs Steps more visible –Marked with tape

Personal safety Wear properly fitting non skid shoes Avoid ladders When doing housework, keep your upper body straight. –Do not twist at the waist –Bend from the knees, not from the waist. –When vacuuming or mopping, bend knees and rock front to back instead of bending over. Log roll when getting out of bed

Fitness Better Bones Program Individualized exercise program to strengthen bone and prevent injury Focus on posture, strength, flexibility, balance, and cardiovascular training Learn safe and effective exercise Program fees: 4 one hour sessions 6 one hour sessions $80 Member $100 Member $150 Non-member $200 Non-member

Patient Education Exercise Program Booklet