Week 10 Flashcards
(40 cards)
Which is the lie
A
Which is the lie
C
List some evidence based exercise programs
Tai chi
Otago
Stepping on
(SAIL) stay active and independent for life
A matter of balance (for fear of falling)
Individualized PT with progressive gait/balance/strength training
Which is the lie
C
What is cachexia?
metabolic syndrome related to underlying illness and characterized by muscle mass loss with or without fat mass loss that is often associated with anorexia, an inflammatory process, insulin resistance, and increased protein turnover
Can malnutrition, sarcopenia, frailty, and cachexia be present in weight loss
Malnutrition: yes
Sarcopenia: not necessarily
Frailty: yes
Cachexia: yes
What is the difference between sarcopenia and cachexia?
Sarcopenia and cachexia are both conditions characterized by muscle loss, but they have different underlying causes, mechanisms, and associated conditions.
1. Sarcopenia:
* Definition: Primarily refers to the loss of skeletal muscle mass and strength due to aging.
* Causes: Often related to aging, physical inactivity, and hormonal changes. It can also be influenced by poor nutrition and chronic diseases but is generally seen as a part of the natural aging process.
* Mechanism: Decline in muscle protein synthesis and an increase in muscle protein breakdown due to aging.
* Population Affected: Mostly affects older adults, especially those who are sedentary.
* Symptoms: Reduced muscle strength, decreased stamina, and increased risk of falls and fractures.
2. Cachexia:
* Definition: A complex syndrome involving severe muscle loss usually seen in people with chronic diseases.
* Causes: Commonly associated with chronic illnesses like cancer, heart failure, chronic kidney disease, or COPD. It results from an inflammatory response to these conditions.
* Mechanism: Involves an increased rate of muscle protein breakdown, often triggered by inflammation and catabolic signaling due to the underlying disease.
* Population Affected: Affects people of various ages who have chronic diseases, regardless of age.
* Symptoms: Rapid weight loss, fatigue, muscle wasting, and weakness, often seen in conjunction with other symptoms of the underlying disease.
Can malnutrition, sarcopenia, frailty, and cachexia be present in low BMI
malnutrition: yes
Sarcopenia: not necessarily
Frailty: yes
Cachexia: yes
Can malnutrition, sarcopenia, frailty, and cachexia be present in muscle loss/weakness
malnutrition: yes
Sarcopenia: yes
Frailty: yes
Cachexia: yes
Can malnutrition, sarcopenia, frailty, and cachexia be present in fat loss
malnutrition: not necessarily
Sarcopenia: not necessarily
Frailty: not necessarily
Cachexia: not necessarily
Can malnutrition, sarcopenia, frailty, and cachexia be present in inflammation
malnutrition: yes
Sarcopenia: not necessarily
Frailty: not necessarily
Cachexia: yes
Can malnutrition, sarcopenia, frailty, and cachexia be present in loss of appetite/nutrition impact symptoms
malnutrition: yes
Sarcopenia: N.A.
Frailty: not necessarily
Cachexia: yes
Can malnutrition, sarcopenia, frailty, and cachexia be present in low food intake
malnutrition: yes
Sarcopenia: N.A.
Frailty: sometimes
Cachexia: yes
Which is the lie
B
Which is the lie
A
Which is the lie
C
Which is the lie
A
List max HR for ages 60, 70, 80, 90
DO NOT USE (220 - age = HRmax) for geriatric patients because it UNDERESTIMATES capabilities
Use (0.7 x age = HRmax)
60: 166
70: 159
80: 152
90: 145
Which is the lie
B
(300-600 meters (~2000 ft) for community access
Give an example question to screen for floor transfer ability
How much difficulty in your daily routine do you think you have in getting down and up from the floor? (check the box that best applies to you.)
* I can perform the task by myself without using any support from a person or furniture.
* I can perform the task with some help or support from a person or furniture.
* I am unable to perform the task.
Label these gait patterns
1) iNPH gait
2) Normal gait
3) Parkinson’s gait
Give abnormal gait examples
1) “conservative” geriatric gait:
Step and stride length affected
Swing phase and double limb stance affected
Gait speed reduced
2) Pathology examples:
Osteoarthritis, CVA, TBI, NPH, Parkinson’s, CFH, COPD
Ex: a 75 year old female patient with Parkinson’s, falls, peripheral neuropathy, hypertension, pre diabetes, and obesity. Cancer survivor (endometrial, remission x 10 years). List the effects on activity
1) Abilities:
Moving around within home
Walking short distances
Sitting, rolling over, standing
Making decisions
Sustaining a conversation
2) limitations: (opposite of abilities)
Moving around outside home
Walking long distances
Maintaining standing position
Transferring oneself
Ex: a 75 year old female patient with Parkinson’s, falls, peripheral neuropathy, hypertension, pre diabetes, and obesity. Cancer survivor (endometrial, remission x 10 years). List the effects on participation
1) Abilities:
Religion and spirituality
Taking care of pets
2) Restrictions:
Recreation and leisure