Fundamentals: Hand Therapy Concepts/Treatment Techniques Flashcards
Things to consider when treating hand/UE patients (3)
- What structures are limited
- How this limitation effects function
- Target treatment to those particular areas
multiarticulate
structures that cross multiple joints
Phases of healing (3)
- inflammation phase
- fibroplasia phase
- maturation (remodeling) phase
Timeline: inflammation phase
immediately following injury and lasts a few days
vasoconstriction followed by vasodilation
migration of WBC to promote phagocytosis
Timeline: fibroplasia phase
begins about 4 days after injury and lasts 2-6 weeks
fibroplasts begin formation of scar tissue
Timeline: maturation (remodeling) phase
overlaps with fibroplasia and may last years
improved organization of collagen fibers and increase in tissue strength
Deformity position from edema
wrist flexion
MP hyperextension
PIP/DIP flexion
thumb adduction
Antideformity (intrinsic-plus) position
*recommended after injury unless contraindicated (ex. FTR) wrist 30 deg extension MP 90 deg flexion IP 0 deg extension MCP 80-90 deg thumb ABduction with opposition
joint tightness
PROM of joint does not change despite repositioning of proximal or distal joints
musculotendinous tightness
PROM of joint changes with repositioning of adjacent joints that are crossed by that particular muscle-tendon unit
intrinsic muscle tightness
passive PIP/DIP flexion is limited when the MP joint is passively extended or hyperextended
extrinsic extensor muscle tightness
PIP/DIP flexion flexion is limited when MP joint is passively flexed
composite motions
combined flexion motions of the wrist, MPs, and IPs
extrinsic extensor tightness
passive flexion of the fingers (composite) is more limited with wrist flexion than wrist extension
extrinsic flexor tightness
passive extension of the fingers (composite) is more limited with wrist extension than wrist flexion
lag
the active limitation when PROM is greater than AROM at a joint
*caused by adhesions, disruption of musculotendinous unit, or weakness
joint contracture
passive limitation of joint motion
*caused by collateral ligament tightness, adhesions, or mechanical block
soft end-feel
joint has a spongy quality at the end-range
- favorable
- indicates a potential for remodeling
- othoses: static or low-load, long duration type
hard end-feel
joint has unyielding quality at end-range
*may require serial casting or static progressive orthoses with longer periods of splint wear
nociceptive pain
caused by structural dysfunction, such as an arthritic wrist
neuropathic pain
caused by some form of peripheral nerve dysfunction and is typically a sensory pain
preventing pain
tell clients to avoid pain when exercise
NO PAIN, NO GAIN IS WRONG!!!
PROM precautions
PROM can injure swollen and inflamed joints and tissues
aggressive therapy
progressive
take care of joints and fragile tissues but “aggressively” upgrade program and encourage maximum results
dyscoordinate co-contraction
poor quality movement that can result from co-contraction of antagonist muscles
adjunct treatments (5)
- heat
- cold
- ultrasound
- e-stim
- iontophoresis
fundamental scar management (3)
- silicone gel pads
- elastomer
- massage
static orthoses
used to immobilize tissues, prevent deformity, prevent contracture of soft tissue, and provide substitution for lost motor function
serial static orthoses
position the tissue for lengthening and are remolded at intervals
static progressive orthoses
apply mobilizing force using nonmoving parts such as monofilament, Velcro, or screws
dynamic orthoses
use moving parts such as rubber bands or spring wires, to apply gentle force
exercise principles (2)
- look up the chain
2. look at the wrist when exercising the fingers
blocking exercises
exercises in which proximal support is provided to promote isolated motion at a particular site
tendon glides (5)
- straight digits
- hook fist
- composite fist
- tabletop
- straight (FDS) fist
place and hold exercises
gentling perform AAROM to position the finger then ask client to sustain position while releasing the assisting hand
*helpful when PROM is greater than AROM
resistive exercises
used for strengthening and to improve excursion of adherent tissue
functional activity
incorporating gains made from exercising into function UE use at home and at work