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✋Wrist-Hand Progression — Protect to Fine Motor Load

Wrist & Hand · The wrist and hand pack more small joints, tendons, and nerves into a small space than almost any other body region, enabling fine motor control at the cost of frequent overuse injury.

OverviewAnatomyCommon problemsTests & assessmentExercise menuLoad progressionPrecautionsRecovery & return
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Last reviewed Sources & creditsMedia creditsMethodology

Quick answers

What is carpal tunnel syndrome?

Carpal tunnel syndrome is compression of the median nerve as it passes through a narrow tunnel on the palm side of the wrist, producing numbness, tingling, and sometimes weakness in the thumb, index, and middle fingers.

What is De Quervain's tenosynovitis?

De Quervain's tenosynovitis is irritation of the tendons on the thumb side of the wrist, often associated with repetitive gripping or thumb use, and is a common cause of pain near the base of the thumb.

Does typing cause carpal tunnel syndrome?

Research on keyboard use as an isolated cause of carpal tunnel syndrome is mixed; wrist position, overall repetitive hand use, and individual anatomical factors are all thought to contribute.

Can wrist splints help with nerve compression?

Night-time wrist splinting in a neutral position is commonly recommended for mild to moderate carpal tunnel syndrome and is supported by several clinical guidelines as an early conservative measure.

What is trigger finger?

Trigger finger is a condition in which a finger tendon catches within its sheath, causing the finger to click, lock, or require extra effort to straighten after bending.

When does carpal tunnel syndrome need surgery?

Surgical release is typically considered when symptoms are severe, when there is measurable nerve damage on testing, or when conservative measures have not provided adequate relief.

Start with this section - Load progression

Rehabilitation of the wrist and hand generally progresses from reducing nerve or tendon irritation toward restoring strength and fine motor control needed for daily and occupational tasks.

Because so many daily activities rely on the hands, activity modification rather than complete rest is typically emphasized throughout this progression.

Load across phases

15%35%60%90%
Irritation managementMobility and light activationProgressive strengtheningReturn to occupational or sport activity

Phases

Simple picture of a move already published on this page — not a prescription or medical advice. Each phase shows one move from this topic’s exercise menu so the shape is visible. It is not a new exercise. Precautions still apply.

  1. 1

    Irritation management

    0–2 weeks
    From the exercise menuMedian nerve glide2 × 5–10 slow repetitions
    123
    1. 1 Start
    2. 2 Mid
    3. 3 End

    Splinting, activity modification, and gentle nerve or tendon gliding aim to reduce irritation without full immobilization.

    Load 15%

  2. 2

    Mobility and light activation

    2–4 weeks
    From the exercise menuTendon gliding exercises2 × 10 through the sequence
    1234
    1. 1 hook
    2. 2 fist
    3. 3 straight
    4. 4 tabletop

    Gentle stretching and light strengthening begin to restore comfortable movement and initial tendon or muscle activation.

    Load 35%

  3. 3

    Progressive strengthening

    4–8 weeks
    From the exercise menuWrist curl with light weight3 × 12
    123
    1. 1 Start
    2. 2 Mid
    3. 3 End

    Grip, pinch, and wrist strengthening progressively increase to rebuild the capacity needed for repetitive tasks.

    Load 60%

  4. 4

    Return to occupational or sport activity

    8–12+ weeks
    From the exercise menuPinch strengthening3 × 10
    123
    1. 1 Start
    2. 2 Mid
    3. 3 End

    Task-specific practice and higher-repetition activities are reintroduced before an unrestricted return to demanding hand use.

    Load 90%

Post-surgical recovery, such as after carpal tunnel release, typically follows a somewhat different and more protected early phase before rejoining a similar strengthening progression.

Keep exploring

Anatomy

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Common problems

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Tests & assessment

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Exercise menu

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Precautions

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Recovery & return

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Neighbouring regions

Neighbouring topics share region literacy — not a severity ranking.

Shoulder

The shoulder trades stability for the greatest range of motion of any joint in the body, relying heavily on the rotator cuff muscles rather than bone to stay centered.

Pain frequency 60 Same body region

Elbow

The elbow's hinge-and-rotation design lets the forearm bend and turn simultaneously, but this dual role concentrates repetitive stress on a small set of tendons.

Pain frequency 45 Same body region