FCS, Gen Med, etc (Gait, w/c, ADA, t/f assistance levels, lines/tubes, etc) Flashcards
Difference between sign and symptoms
Sign – What the therapist can observe (swelling, brusing, etc)
Symptoms – something the patient reports (pain, headache, etc)
SMART goals
Specific
Measurable
Agreed upon
Realistic
Time based
What % is stance phase of gait?
60%
….if it is 45% than it is significantly less than normal fyi…
What percentage of gait is double limb stance?
Initial double stance 10%
Terminal double stance 10%
Total = 20% of double limb support
What percentage of gait is single limb support?
40%
What % of gait is swing?
40%
Initial contact
First phase of stance phase. Occurs the instance the first foot hits the ground
Muscles Active:
- quads to extend and control small amount of knee flexion for shock absorption
- DF (tib ant, ext. hallucis long, extensor digitorum long) control lowering from DF.
“aka heel strike”
Hip: 20 deg flexion
Loading Response
First period of double limb support. From IC until contralateral LE leave the ground
Muscles Active:
- gastroc soleus eccentrically controlling tibial advancement
“aka foot flat”
Hip and knee ~20 deg flexion; Ankle ~0-10 deg of PF and eversion
Midstance
From contralateral LE leaving ground. Body weight is transferred onto forward limb. First period of single limb support.
Muscle Active:
- hip, knee, and ankle extensors: to stabilize. Hip to control forward motion of the trunk
- Hip abductors: stabilize
- Gastroc soleus control forward tibial advancement.
Terminal Stance
last period of single limb support.
Heel rise of ipsilateral LE until contralateral LE contacts LE.
Muscles Active:
- PF peak activity generates forward propulsion
Hip: 20 deg extension, knee extended, ankle 10 deg of DF
“aka Heel off”
PreSwing
Begins with floor contact of opposite limb to lift off of support limb
Second phase of double support
Muscle Active:
- hip and knee extensors
Hip 10 deg ext; knee 40 deg flexion; ankle 20 deg PF
“aka toe-off”
Initial Swing
from toe-off of reference limb until maximum knee flexion of same limb.
Muscles Active:
- Initially quadriceps
- Hip Flexors (iliopsoas)
Hip 15 deg flexion; knee 60 deg flexion; ankle 10 deg PF
Midswing
reference extremity moves directly below the body. Maximum knee flexion to vertical tibial position
Muscle Active:
- hip and knee flexors, DF
Hip 25 deg flexion; knee 60 deg flexion; ankle 0 deg
Terminal Swing
Begins with vertical tibial and completed by knee extension just prior to IC.
Muscles Active:
- Hamstrings to decelerate the limb
- Quads and ankle DF to prepare for heel strike
Hip 20 deg flexion; knee full extension; ankle 0 deg.
“aka deceleration”
ROM Requirements for Initial Contact
Hip - 20 deg flexion
Knee - fully extended
Ankle - neutral (0 deg)
ROM Requirements for Loading Response
Hip - 20 deg flexion
Knee - 20 deg flexion
Ankle - 5 deg PF
ROM Requirements for Midstance
Hip - Neutral
Knee - fully extended
Ankle - 5 deg DF
ROM Requirements for Terminal Stance
Hip - 20 deg hip extension
Knee - nearly fully extended
Ankle - 10 deg DF
ROM Requirements for Preswing
Hip - 10 deg hip extension
Knee - 40 deg flexion
Ankle - 15 deg PF
ROM Requirements for Initial Swing
Hip - 15 deg flexion
Knee - 60 deg flexion
Ankle - 5 PF
ROM Requirements for MidSwing
Hip - 25 deg flexion
Knee - 25 deg flexion
Ankle - Neutral DF
ROM Requirements for Terminal Swing
Hip - 20 deg flexion
Knee - Full extension
Ankle - Neutral DF
Step length
between heel at intial contact on subseqeuent steps (ipsilateral vs contralateral heels)
Stride length
between two consecutive contact of the same limb