Knee Microfracture Rehab

PHASE I – MAXIMUM PROTECTION (0 TO 1 WEEK): 

  • Ice and modalities to reduce pain and inflammation 
  • Use crutches non-weight bearing for 6 weeks
  • Elevate the knee above the heart for the first 3 to 5 days 
  • Initiate patella mobility drills 
  • Full passive/active knee range of motion exercises 
  • Quadriceps setting focusing on VMO restoration 
  • Multi-plane open kinetic chain straight leg raising 
  • Gait training with crutches (Non- Weightbearing if large lesion )>2cm2, weightier as tolerated if small lesion.

PHASE II – PROGRESSIVE STRETCHING AND EARLY STRENGTHENING (WEEKS 1 TO 6): 

  • Patella mobility and scar massage 
  • Initiate global lower extremity stretching program 
  • Stationary bike and deep water pool exercise program (when incisions healed) 
  • Implement reintegration exercises emphasizing core stability 
  • Multi-plane ankle strengthening

WEEKS 8 TO 12:

  • Normalize gait pattern 
  • Advance stationary bike program; begin treadmill walking and elliptical trainer; avoid running and impact activity 
  • Initiate closed kinetic chain exercises progressing from bilateral to unilateral 
  • Initiate proprioception training

PHASE IV – ADVANCED STRENGTHENING AND INITIATION OF PLYOMETRIC DRILLS (WEEKS 12 TO 20):

  • Initiate gym strengthening-beginning bilateral progressing to unilateral 
  • Linear walking 
  • Swimming 
  • Bike outside light gearing

PHASE V – RETURN TO SPORT FUNCTIONAL PROGRAM (WEEKS 20 TO 24):

  • Pool running with progression to dry land 
  • Linear drill with gradual progression to lateral and rotational as tolerated 
  • Bilateral plyometric activity progressing to unilateral as tolerated 
  • Continue with aggressive lower extremity strengthening, cardiovascular training, and flexibility 
  • Sports test for return to play – 6 to 9 months

Training post

Mr Watson completed a 12 month Shoulder and Upper Limb fellowship in Geelong, Victoria, under the guidance of Professor Richard Page. This included comprehensive arthroscopic and open treatment of a broad range of shoulder and elbow conditions. This was followed by a 6 month Trauma and Arthroplasty (Hip and Knee replacement) fellowship in Geelong, prior to moving to Canada.
In Toronto, Adam has completed a 12 month Sports and Arthroscopy fellowship, focusing on the knee and shoulder. This is part of the prestigious University of Toronto Orthopaedic Sports Medicine program, www.utosm.com. He has gained skills to treat complex and multiple ligament knee injuries and further enhanced his arthroscopic treatments of complicated shoulder pathology.
Adam spent a further year at the University of Calgary, doing a high volume fellowship in Complex Hip and Knee Arthroplasty. This included specific training in the Direct Anterior Approach (DAA) Hip replacement and complex revision (re-do) procedures.

Dental Prophylaxis after hip and knee replacement

Antibiotic guidelines for patients undergoing dental procedures after Hip or Knee Replacement

Spread of oral bacteria into  the bloodstream (bacteremia) from oral microorganisms can occur after invasive dental procedures and can potentially lead to infection of a hip or knee prosthesis.

The following guidelines are provided for patients undergoing dental procedures after Hip or Knee Replacement. These guidelines are in accordance with recommendations provided by the Australian Arthroplasty Society.

Recommendations:

Dental treatment in the first three months after hip or knee replacement:antibiotic prophylaxis before dental procedures

  • Non-infected dental problem not causing pain: Delay non-urgent and non-infected dental procedures until 3-6 months after joint replacement
  • Dental abscess (infection): Proceed with urgent and aggressive dental treatment to clear the abscess. Treat the cause of the abscess. Treatment should occur under antibiotic coverage (see below)
  • Treatment of dental pain: Provide emergency dental treatment for pain. Antibiotics (see below) are recommended if a medium or high risk dental procedure is to be performed.

Dental treatment after three months in patients with a normal functioning joint replacement:

  • Routine dental treatment (including simple dental extraction) in a low risk patient:  NO antibiotic prophylaxis required.
  • Higher risk dental treatment:  Discuss with your orthopaedic surgeon. Antibiotic prophylaxis likely to be recommended prior to dental procedure :

(I) At risk (immunocompromised) patients:
Diabetics (particularly those with insulin-dependent diabeticsPatients taking corticosteroid medication (eg for asthma or skin problems)
Patients with rheumatoid arthritis
Patients taking immunosuppressive medications (eg organ transplant or cancer patients)
Patients with previous history of prosthetic infection.

  • (II) High risk procedures: eg dental abscess, root canal procedures

Recommended antibiotics when indicated:

  • Dental clinic extractions: Amoxycillin (2-3g orally) 1 hour prior to procedure
  • Routine Operating theatre procedures:
    Amoxycillin 1g IV at induction, followed 500mg amoxycillin oral or IV 6 hours later
    If Penicillin sensitivity: Clindamycin 600mg IV 1 hour prior to procedure, or Vancomycin 1g IV infusion over 2 hours to finish just prior to procedure, or Lincomycin 600mg just prior to procedure
  • High risk patients (immunocompromised patient, gross oral sepsis, previous prosthesis infection:
    Gentamicin 2mg/kg just before procedure (consider 3mg/kg if no kidney dysfunction)
    AND Amoxycillin 1g IV at induction followed by 500mg 6 hours later. If hypersensitive to penicillins replace Amoxycillin with Vancomycin 1g IV over 2 hours, to finish just prior to procedure.

Summary:

Healthy patients undergoing minor dental procedures should ideally postpone dental treatments for 3 months after hip or knee replacement and then do not need to take antibiotics prior to dental treatment.
Patients having dental procedures for a dental infection or other invasive procedure, or patients at higher risk of infection (eg diabetics) are recommended to receive antibiotic prophylaxis.
The recommended antibiotic should be administered within 1 hour prior to the procedure.