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CHT Splinting & Orthotic Fabrication Flashcards

6 cards from real CHT practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.

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  1. Following extensor tendon repair in zone VI, the standard early mobilization protocol positions the wrist at:

    Answer: 30–40° extension

    After zone VI extensor repair, the wrist is positioned in 30–40° extension to reduce tension on the repair while early controlled motion is initiated.

  2. The purpose of serial static casting or splinting in PIP flexion contracture is to:

    Answer: Achieve incremental gains in extension through tissue creep

    Serial static splinting applies a sustained low-load stretch that promotes plastic deformation (creep) of contracted soft tissue, progressively increasing PIP extension.

  3. For carpal tunnel syndrome, a neutral wrist splint worn at night is recommended because:

    Answer: Wrist flexion during sleep increases carpal tunnel pressure

    During sleep, unconscious wrist flexion dramatically increases carpal tunnel pressure and median nerve compression; a neutral splint prevents this positional aggravation.

  4. A dorsal blocking orthosis following flexor tendon repair is set with the wrist at approximately:

    Answer: 20–30° flexion

    Standard dorsal blocking orthosis post-flexor tendon repair positions the wrist in 20–30° flexion and MCPs in 40–60° flexion to protect the repair while allowing controlled motion.

  5. When applying a circumferential orthosis, the therapist should ensure that the orthosis does not compress the:

    Answer: Superficial sensory nerves and bony prominences

    Circumferential orthoses must be relieved over bony prominences and superficial nerves to prevent pressure ulcers and nerve compression injuries.

  6. The Kleinert protocol, used after flexor tendon repair, uses elastic traction to:

    Answer: Passively flex the fingers after active extension

    In the Kleinert protocol, rubber band traction passively returns the fingers to flexion after the patient actively extends within the dorsal blocking splint, reducing repair tension while preventing adhesions.