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Veterinary Surgeries with PT Perspective Copyright: Laurie Edge

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Veterinary Surgeries with PT Perspective Copyright: Laurie Edge Veterinary surgeries with PT perspective Part 1 of 3 Forelimb Surgeries Veterinary Surgical Interventions & a PT Perspective l Scapular Fractures – HBC (hit by car) – Treatment: l Conservative – due to soft tissue l Velpeau Sling Laurie Edge-Hughes BScPT,CAFCI, CCRT, MAnimSt(Animal Physio) Forelimb Surgeries Forelimb Surgeries l Scapular Fractures l Shoulder approaches (lateral) – Treatment l Internal Fixation Closure may require suturing of the osteotomized acromion Copyright: Laurie Edge-Hughes 1 Veterinary surgeries with PT perspective Forelimb Surgeries Forelimb Surgeries l Shoulder approaches (lateral) l Shoulder approaches (lateral) Closure may require suturing Closure may of the require suturing infraspinatus of the teres tendon minor tendon Forelimb Surgeries Forelimb Surgeries l Shoulder approaches (lateral) l Shoulder approaches (lateral) Closure may require suturing of the triceps muscle(s) and Or no muscle teres minor tissues may have tendon been damaged! Copyright: Laurie Edge-Hughes 2 Veterinary surgeries with PT perspective Forelimb Surgeries Forelimb Surgeries l Shoulder approaches (medial) l Surgical management options for biceps tenosynovitis l Transect transverse humeral ligament +/- suturing tendon to periosteum l Sectioning tendon from scapular Closure may tuberosity and staple tendon in require suturing intertubercular groove of the l Section tendon a/a and screw into intertubercular groove superficial, deep l Section tendon a/a and pass through a pectoral,and bone tunnel in greater tubercle and attach coracobrachialis to supraspinatus attachment Forelimb surgeries Forelimb Surgeries l Osteochondritis Dissicans l Elbow Dysplasia – Note: in some cases lameness may resolve – OCD (of the medial humeral condyle) = 25% within 6 – 8 weeks of controlled (leashed) – FCP (medial coronoid disease) = 53% exercise – OCD + FCP = 12% – Surgical interventions – UAP = 7% l (Shoulder, elbow, stifle, tarsus) – (Ununited medal humeral condyle) = 3% l Cartilage flap is detached & removed l Edges of lesion are curetted (scraped) to remove loose tissues (and create some bleeding which may Denny HR, 1995 create scar tissue that fills in the defect). Copyright: Laurie Edge-Hughes 3 Veterinary surgeries with PT perspective Forelimb Surgeries Forelimb Surgeries l FCP or OCD approaches l Pancarpal Arthrodesis – Arthroscope – For carpal hyperextension injuries – Muscle split – Plating the anterior surface of the – Osteotomy of medial epicondyle carpus l UAP approaches l Partial Carpal Arthrodesis – Excision – caudal approach (cutting of anconeus) – Pinning/Plating the midcarpal & – Screw fixation (challenging for proper placement, & carpometacarpal joints must be < 6 months) – NOTE: cartilage is removed prior – Osteotomy (distal to joint, releasing the proximal to plating in both Sx segment) Forelimb Surgeries Forelimb Surgeries l Radius Curvus l Radius curvus & distal ulnar physeal closure – Lesion can occur in any – Distal ulnar physis = responsible for 100% of bone of the physes length distal to elbow – Distal ulnar physeal – Usually closes btwn 220 & 250 days of age lesion is most common – Signs l Cranial & lateral bowing of distal radius l Ulnar shortening l Valgus at carpus / External rotation at paw l DJD at elbow & carpus l Elbow subluxation +/- # of anconeal process Copyright: Laurie Edge-Hughes 4 Veterinary surgeries with PT perspective Forelimb Surgeries Forelimb Surgeries l Radius curvus & distal ulnar physeal closure l Radius curvus & distal ulnar physeal closure – Young dog (< 5 months) with < 25 degrees valgus l Distal ulnar ostectomy with fat graft l Triceps pulls the proximal portion up into the elbow – Mature dog l Focus on carpal and/or elbow problems l Radial derotational osteotomy with a plate l May also utilize a proximal ulnar dynamic osteotomy Part 2 of 3 The End Veterinary Surgical Interventions & a PT Perspective Laurie Edge-Hughes BScPT, CAFCI, CCRT, Next – Rear Limb Surgeries MAnimSt(Animal Physio) Copyright: Laurie Edge-Hughes 5 Veterinary surgeries with PT perspective Rear Limb Surgeries Rear Limb Surgeries l Canine Hip Dysplasia l Canine Hip Dysplasia – Surgical Options: – Surgical Options: l Triple Pelvic Osteotomy (for dogs 5 – 8 months) l Total Hip Replacement (Doornink et al JAVMA 2006: 35 – 70% complication – Watch for implant loosening & muscle dysfunction rate) l Femoral Head Ostectomy l Juvenile Pubic Symphysiodesis (for dogs 3 – 5 months) – Watch for a bone spur remnant left behind & muscle dysfunction (Manley et al 2007 JAVMA: JPS & TPO have similar effects on hip conformation in dogs with moderate to l Capsular Denervation severe CHD, but neither eliminates the laxity present – Watch for Wallerian degeneration & muscle dysfunction with CHD or the progression of DJD) Rear Limb Surgeries Rear Limb Surgeries l Surgical approaches to the hip (craniodorsal l Surgical approaches to the hip (caudal aspect) or caudodorsal aspects) Closure will require Closure requires reattachment of the greater suturing of the tendon trochanter & suturing of the of internal obturator superficial gluteal insertion and gemelli mms to the to the TFL, gluteal fascia, insertions of the deep and biceps femoris & middle gluteals Copyright: Laurie Edge-Hughes 6 Veterinary surgeries with PT perspective Rear Limb Surgeries Rear Limb Surgeries l Surgical approaches to the hip (ventral aspect) l The darn cruciate! Closure requires suturing of the – $1.32 Billion dollar industry in 2003 pectineus muscle to the prepubic tendon (not done in TPO Sx) – Wilke et al 2005 JAVMA Rear Limb Surgeries Rear Limb Surgeries l Extracapsular Technique l Extracapsular Technique – Still the most commonly used – Modified Retinacular Imbrication Technique – Original work: DeAngelis Copyright: Laurie Edge-Hughes 7 Veterinary surgeries with PT perspective Rear Limb Surgeries Rear Limb Surgeries l Tibial Plateau Levelling Osteotomy l Lateral preoperative – Created by Barclay Slocum, 1993 assessment of right stifle. There is mild – Licensed technique / Instrumentation / Implants osteoarthritic change Theory: Slope of the tibial The Tibial plateau plateau determines shearing angle (TPA) is 25 forces on CCL during weight degrees bearing. Excessive slope = wear & tear of CCL Sx = correct slope with or without medial meniscal release Rear Limb Surgeries Rear Limb Surgeries l Tibial plateau l TPLO postoperatively levelling osteotomy demonstrating normal postoperative limb alignment with radiograph. The TPLO the stabilising bone bone plate has been plate applied stabilising the proximal tibia at a TPA of 6 degrees Copyright: Laurie Edge-Hughes 8 Veterinary surgeries with PT perspective Rear Limb Surgeries Rear Limb Surgeries l Tibial Plateau Levelling Osteotomy l Tibial tubercle advancement Note: in order to place the plate, the Created by Dr Slobodan medial structure Tepic @ the U. Of Zurich (pes anserine) is Based on the same tibial lifted and later slope / tibial trust premise sutured to fascia. The tibialis anterior is also lifted in order to saw the tibia. Rear Limb Surgeries Rear Limb Surgeries l Tibial tubercle advancement l Tight Rope Procedure Note: In order to place the plate, the caudal belly of sartorius is incised, as well as the aponeurosis of gracilis, semitendinosus, & semimembranosus Copyright: Laurie Edge-Hughes 9 Veterinary surgeries with PT perspective Rear Limb Surgeries Rear Limb Surgeries l Surgical Management of Cruciate Disease: • Surgical Management of Cruciate Disease: – Au et al (Vet Surg 2010;37(2):173–180) – Conzemius et al (JAVMA 2005;226:232–236) OBJECTIVE: To compare short- and long-term functional and radiographic outcome of cranial cruciate Objective—To determine the outcome and effect of surgical technique on limb function after surgery ligament (CrCL) injury in dogs treated with postoperative physical rehabilitation and either tibial plateau for rupture of the cranial cruciate ligament (RCCL) and injury to the medial meniscus in Labrador leveling osteotomy (TPLO) or lateral fabellar suture stabilization (LFS). Retrievers. METHODS:Dogs with CrCL injury were treated with either TPLO or LFS and with identical physical Animals—131 Labrador Retrievers; unilateral RCCL & injury to the medial meniscus and 17 rehabilitation regimes postoperatively. Limb peak vertical force (PVF) was measured preoperatively and at 3, clinically normal Labrador Retrievers. 5, and 7 weeks, and 6 months and 24 months postoperatively. Stifles were radiographically assessed for Procedure—RCCL dogs had partial or complete medial meniscectomy and lateral suture stabilization osteoarthrosis (OA) preoperatively and 24 months postoperatively. (LSS), intracapsular stabilization (ICS), or tibial plateau levelling osteotomy (TPLO). Limb function RESULTS:Thirty-five dogs had LFS and 30 dogs had TPLO. Radiographic OA scores were significantly was measured before surgery and 2 and 6 months after surgery. increased at 24 months compared with preoperative scores in all dogs. Radiographic OA scores preoperatively and at 24 months were not significantly different between treatment groups. PVF was significantly increased Results—No difference between LSS or TPLO groups, but dogs treated with ICS had significantly from preoperative to 24 months among both treatment groups but not significantly different between lower ground reaction forces at 2 and 6 months. Compared with clinically normal dogs only, 14.9% of treatment groups preoperatively or at 3, 5, 7 weeks, 6, or 24 months. LSS-, 15% of ICS-, and 10.9% of TPLO-treated dogs had normal limb function. Improvement
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