Hand rehabilitation after flexor tendon injury repair

Views:
 
Category: Education
     
 

Presentation Description

No description available.

Comments

Presentation Transcript

REVIEW OF HAND REHABILITATION PROTOCOLS AFTER FLEXOR TENDON INJURY REPAIR :

REVIEW OF HAND REHABILITATION PROTOCOLS AFTER FLEXOR TENDON INJURY REPAIR BY: Dr. Mohammed A.Alhussein Baghdad university Alkindy college of medicine

Terms should be explained:

Terms should be explained standard protocols employ a dorsal shell with the wrist, MCPs, and IPs flexed. Active extension (to prevent PIP contracture) and passive flexion are encouraged after the first postoperative day, when bleeding should not be provoked. After 2 to 3 weeks, “ place and hold no power” can be initiated along with protected passive motion to maintain joint mobility and avoid contractures especially the PIP joint. Differential gliding of the uninjured tendons can also start at that time with wrist tenodesis and “ suitcase” power fist. isolated active tendon differential gliding of the injured tendon begins by at least 4 to 6 weeks and active, assisted, complete fist and passive range of motion. Protective splinting may continue with progressive resistance exercises for up to 8 weeks total With gradually increased active resistance-strengthening exercises up to 12 weeks PAUL ZIDEL Grabb and Smith's Plastic Surgery, Sixth Edition

PowerPoint Presentation:

In this lecture I will try to give short review on the common rehabilitation protocols. Rehabilitation involve mainly 3 objects: Immobilization method and positions Type and timing of mobilization Time of splint removal and return to full unprotected functioning.

PowerPoint Presentation:

In order to facilitate dealing with this hard subject I will divide type of physiotherapy according to zone of injury then I will summarize these common protocols. By the end of this lecture we should be familiar with the common terms used above.

Repair of Zone 1 Lacerations or Avulsions: :

Repair of Zone 1 Lacerations or Avulsions: Definition: Laceration of the FDP tendon distal to the insertion of the FDS tendon or avulsion from its insertion at the base of the proximal aspect of the distal phalanx . If the tendon is lacerated, and the distal tendon stump is less than 1 cm long, FDP tendon advancement and primary repair to bone is usually indicated . If more than 1 cm of FDP stump is available for suture, primary tenorrhaphy is usually done because shortening of the FDP tendon by greater than 1 cm may result in a “ quadrigia ” effect.

Zone 1 Rehabilitation :

Zone 1 Rehabilitation Immobilization: Apply dorsal splint with wrist and MP joints flexed and PIP and DIP joints at 0 to 10 degrees flexion.

Zone 1 Rehabilitation:

Zone 1 Rehabilitation Mobilization: The rehabilitation protocol generally follows the same progression as for zone 2 injuries. Return to Activities: The patient may return to full activity at 4 to 6 months after surgery.

Zone II injury :

Zone II injury definition : any injury at the proximal portion of the flexor tendon sheath A1 pulley and extends to the FDS insertion.

Zone II injury Rehabilitation :

Zone II injury Rehabilitation Immobilization: the wrist flexed (20 to 30 degrees) and MP joints flexed (50 to 70 degrees), and PIP and DIP joints at zero or slight flexion.

Zone II injury Rehabilitation :

Zone II injury Rehabilitation Rehabilitation divided into 3 groups according to protocol used in 1 st 3-4 wks : Immobilization: Early Controlled Motion Duran & Houser Kleinert & Chow Active Mobilization Silfversksold & May Strickland

PowerPoint Presentation:

Return to Activities The patient may return to unrestricted activity at 4 to 6 months after surgery

Tendon injury in Zones 3, 4, and 5:

Tendon injury in Zones 3, 4, and 5 Zone III is between the distal palmer crease distally and the distal margin of the carpal tunnel proximally . Zone IV is within the carpal tunnel. Zone V is proximal to the carpal tunnel in the distal forearm .

PowerPoint Presentation:

Both immobilization and mobilization protocol are similar to zone 2 except modification which should be done when there is association with Arterial and nerve injuries in these areas are which are common.

Total Immobilization:

Total Immobilization Indication: Children Non-compliant adults Patients unable to understand the protocol Any contraindication for early mobilization: .Nerve injury repair . Replantation and vascular repair . Fractures with unstable repair.

Immobilization position:

Immobilization position Cast or splint hold the wrist in neutral or slight flexion. MCP significantly flexed. IPJ only slightly flexed or extended. Splint removed after 3-4 weeks to start active and passive movement.

Contraindication for mobilization:

Contraindication for mobilization .Nerve injury . Replantation and vascular repair . fractures

Early Controlled Motion :

Early Controlled Motion All Early Controlled Motion should minimize edema and allow IPJ extension to prevent joint contracture. Kleinert & Chow protocol: a controlled active extension–passive flexion motion protocol. The wrist is palmary flexed with a dorsal protective splint with 30–40° wrist flexion, 50–70° MCP joint flexion, and the IP joints are allowed full extension.

Original Kleinert:

Original Kleinert

Modified Kleinert regime (Chow):

Modified Kleinert regime (Chow)

PowerPoint Presentation:

Original Kleinert regime had been changed to Modified Kleinert regime (Chow) due to rubber band traction was found to lead to flexion contractures of the finger. Modified Kleinert regime (Chow) differ by: a palmer bar at the level of the MCP joint as a pulley for the rubber bands to create greater flexion of both the PIP and DIP joints. the elastic band is detached at night and the fingers are strapped into extension within the splint to minimize the risk of flexion contractures of the fingers.

PowerPoint Presentation:

All fingers should be included in the rubber band traction to ensure added FDP protection and to promote better tendon excursion also decrease risk of PIP contracture through more efficient action of EDC. mobilization program is begun 1 to 3 days postoperatively. The finger to be actively extended within the limitations of the splint. The patient is instructed to perform this exercise 10 times every waking hour.

PowerPoint Presentation:

At 3 weeks, the splint is altered to further extend the metacarpophalangeal joints with the wrist neutral. At 4 weeks, the dorsal splint can be removed, leaving the line/rubber band attached to a wristlet. Wrist exercises are encouraged. at 5th week, the rubber band is discontinued; the patient actively flexes without resistance.

Duran–Houser method:

Duran–Houser method This is a controlled passive finger flexion protocol without traction of rubber bands. dorsal splint is applied with the wrist in 20° flexion, the MCP joint in 50° flexion, and the IP joints are allowed full extension . Within the first 4-5 weeks, the patients perform: 10 passive DIP joint extensions with PIP and MCP joint flexions. 10 passive PIP joint extensions with MCP and DIP joint flexions hourly within the splint.

PowerPoint Presentation:

In other word it include: Full isolated passive flexion of DIP joint. Full isolated passive flexion of PIP joint. Full passive flexion of MP, PIP, and DIP joints.

PowerPoint Presentation:

Advantages: decreased the frequency of PIP joint contracture seen with Kleinert’s rubber band traction. Better differential gliding. Improved protection between exercise time. Disadvantages: Greater tension on repair site. Patient may not be able to resist temptation to flex against volar strap.

Early controlled Active Mobilization :

Early controlled Active Mobilization All early active mobilization technique require strong tendon repair at least 4 strand core stitches with strong epitendinous repair.

Early controlled Active Mobilization:

Early controlled Active Mobilization Strickland indiana protocol(Controlled “place-and-hold”): After removal of the surgical bandage, a traditional dorsal blocking splint that positions the wrist in 20 degrees of palmer flexion, MP joints in 50 degrees of flexion, and IP joints in extension is applied. A another tenodesis splint with a wrist hinge is fabricated to allow for full wrist flexion, wrist extension of 30 degrees, and maintenance of MP joint flexion of at least 60 degrees. After composite passive digital flexion, the wrist is extended, and passive flexion is maintained. The patient actively maintains digital flexion and holds that position for about 5 seconds. Patients are instructed to use the lightest muscle power necessary to maintain digital flexion.

PowerPoint Presentation:

This exercise should be repeated fo 25 time per awake hour for 4 weeks. After 5 weeks light active flexion with wrist extension commenced.

Early controlled Active Mobilization :

Early controlled Active Mobilization Silfversksold & May: All fingers are placed in dynamic traction with palmer bar and the patient use their uninjured hand to ensure complete flexion. by post operative day 1 to 3 supervised unassisted active flexion is commenced patient are kept in the hospital for 3 to 4 days . PIP joint is actively flexed through about 30° and the DIP joint through 5–10°. In subsequent weeks, the range of active motion is gradually increased.

PowerPoint Presentation:

there after un assisted active flexion is done only weekly with medical supervision active flexion is continued at home in conjunction with passive flexion. Active extension is encouraged and interphalangeal joints are held in full extension by volar strap at night. After 4 weeks all splints are removed and active flexion and extension are allowed.

Differential gliding exercises:

Differential gliding exercises

Extrinsic stretching for maximum FDS and FDP glide.:

Extrinsic stretching for maximum FDS and FDP glide.

Isolated PIP joint blocking for isolation of FDS contraction.:

Isolated PIP joint blocking for isolation of FDS contraction.

FDP and FDS blocking exercises.:

FDP and FDS blocking exercises.

Resistive exercise:

Resistive exercise

summery:

summery

PowerPoint Presentation:

THANK YOU