🔍 Key Findings

• Patient-specific 3D-printed PCL/β-TCP scaffold enabled successful zygomatic arch reconstruction in a dog.
• Complete surgical resection of a zygomatic parosteal osteosarcoma was achieved, with a 0.3 mm histologically clean margin.
• Post-op imaging showed progressive tissue ingrowth into the scaffold, with Hounsfield Units increasing from 20.4 to 97.8 over 10 months.
• No complications (e.g., infection, displacement) or tumor recurrence were noted at 16-month follow-up.
• Use of a patient-specific osteotomy guide improved anatomical fit and facilitated precise excision and implant placement.
• Facial symmetry and orbital stability were maintained throughout follow-up.
• The scaffold remained structurally stable despite limited bone regeneration, suggesting connective tissue filled the defect.
• Topical mitomycin C was applied intraoperatively for possible anti-neoplastic effect, but efficacy remains unclear.

🔍 Key Findings

• Craniomedial and craniolateral approaches provided comparable exposure of the feline radial diaphysis (p > .05).
• Mean exposed surface area was slightly greater with the craniolateral approach, both including and excluding the supinator muscle, but differences were not significant.
• Elevation of the supinator muscle increased exposure for both approaches.
• Cadaver weight and limb side did not significantly affect exposure area.
• The craniolateral approach allows easier patient positioning in lateral recumbency without traction or an assistant.
• Craniolateral access facilitates dual bone fixation (radius and ulna) through a single approach.
• The craniomedial approach carries greater risk to median and radial nerves during muscle elevation.
• Findings validate the craniolateral approach as a practical alternative for feline antebrachial fracture repair.

🔍 Key Findings

• PCCLm resulted in significantly fewer postoperative lower urinary tract signs compared to OC (13.0% vs 60.9%, p <.001).
• Incomplete urolith removal was not significantly different between PCCLm and OC (11.4% vs 20%, p = .112).
• PCCLm had significantly shorter anesthesia times than OC when no concurrent procedures were performed (97.5 vs 120 min, p < .001).
• Surgical site infection/inflammation (SSII) rates were low and not significantly different between groups (4.5% PCCLm vs 1.8% OC).
• Dogs undergoing PCCLm were more frequently discharged same-day (84.7% vs 0% in OC), reflecting faster recovery.
• PCCLm had higher intraoperative complication rates (22.1% vs 3.4%), mostly due to incision extension or conversions.
• Time to additional surgery for urolith recurrence was longer in PCCLm dogs (24 vs 11.5 months, p = .004).
• Calcium oxalate uroliths were more prevalent in PCCLm cases, while OC had more struvite or mixed types.

🔍 Key Findings Summary

• 20 cats with pelvic fractures treated using locking plates with only cortical screws
• 28 fractures stabilized (ilium: 17, acetabulum: 6, ischium: 3, pubis: 2)
• Implants: Primarily 1.5/2.0 mm LCPs or String-of-Pearls plates
• Major complications in 2/20 cases (10%): sciatic entrapment, malunion requiring THA
• Minor complications in 2/20 cases (10%): plate impingement, transient lameness
• Clinical union in all cats by 8 weeks; all cats returned to full function
• Authors conclude cortical screws alone can provide adequate fixation in feline pelvic fractures if screw purchase and bone quality are sufficient

🔍 Key Findings

• LVSG was successfully performed in 9/10 cadavers and both live cats, demonstrating procedural feasibility.
• Mean stomach resected was 27.6% of total weight in cadavers, with no leaks in 8/8 tested or either live patient.
• Mean surgical time: 110.4 min (cadavers) and 115 min (live cats); no intra- or postoperative complications observed.
• Stenosis near the incisura occurred in 2 cadavers; attributed to staple placement too close to the lesser curvature.
• 3D printed cannulas (3DPCs) improved ergonomics and were used in 6/10 cadavers and both live procedures.
• Live cats lost 21–24% body weight over 3 months, with full return to pre-surgical BCS and no GI complications.
• Orogastric tube and proper tensioning were critical in preventing gastric stenosis during staple placement.
• No reinforcement or oversew was used on the staple line; TriStaple cartridges provided reliable closure.

🔍 Key Findings

• Case series of 6 shoulders in 5 working/sporting dogs. Conditions treated: 3 partial biceps ruptures, 3 luxations with fraying.
• All treated with biceps tenodesis using a bioabsorbable anchor (Weldix 2.3 mm).
• All dogs returned to function (some to high-level sports); lameness resolved within 1–5 weeks.
• No implant-related complications with anchor-only cases. One dog had seroma and later infection but recovered.
• Tendon clamp (used in 2 cases) caused irritation in one dog → resolved after removal.
• CT follow-up confirmed integrity; drill holes filled with bone.
• Median LOAD score: 12; higher in older dogs or with concurrent conditions.
• Authors suggest tenodesis offers more stability and faster return to function than tenotomy in working dogs.
• Larger, controlled studies are recommended.

🔍 Key Findings

• 55 cases (49 dogs, 6 cats) with nonarticular tibial fractures were treated using linear ESF with a minimally invasive approach
• All fractures achieved radiographic union; no unacceptable outcomes were reported
• 40% complication rate, mostly minor (82%), primarily pin-tract morbidity; major complications (7%) included osteomyelitis and refracture
• Open fractures had significantly more major complications than closed ones (P = .019)
• Use of intraoperative imaging (72% cases) reduced surgery time but did not improve alignment (P > .05)
• Median surgery time: 74 min with imaging vs. 100 min without (P = .046)
• TPA was lower than normal in both dogs and cats, but did not correlate with poor outcomes
• 62% had full clinical recovery, and 38% had acceptable outcomes at fixator removal

🔍 Key Findings

• Patients: 16 (11 dogs, 5 cats); 6.1% of canine and 23.8% of feline PL cases were traumatic.
• Most common luxation direction: Medial (81.3%).
• Surgery: All had capsular imbrication; 75% had fabello-patellar suture (FPS).
• Short-term results (13/16 cases):
  • 77% had no lameness by 2 months.
  • 85% had no PL recurrence.
  • 3 severe complications: capsulorrhaphy tear, FPS fabellar tear, septic arthritis.
• Long-term results (13/16 cases):
  • 85% lameness-free.
  • 77% full function; 23% acceptable.
  • 0 reluxations reported by owners.

🔍 Key Findings

Study population: 12 dogs with medial or lateral tarsocrural joint instability (TCI), including 5 working farm dogs.
Procedure: Temporary immobilization using a calcaneotibial screw (CTS) combined with external coaptation (EC).
Stabilization techniques:

• 3 dogs = primary ligamentous repair
• 8 dogs = synthetic ligament reconstruction
• 2 dogs = malleolar fracture repair

Follow-up: Median 31 months (range 4–66); 10 owners completed outcome survey.
Outcomes:

• All 10 dogs had improved or resolved lameness.
• All 5 farm dogs returned to work (most at full or substantial capacity).
• Complication rate: 4 distinct events in 3 dogs (1 major = CTS breakage; 3 minor = bandage-related soft tissue injuries).

Conclusion: CTS + EC provided effective immobilization with low complication rate, and functional outcomes were favorable even in active dogs.

🔍 Key Findings

• Adding Locking Head Inserts (LHI) to a 3.5-mm LCP had no effect on plate strain, stiffness, or deformation in an open fracture gap model.
• Peak strain consistently occurred at the Combi-hole over the fracture gap, with values up to ~1837 µε.
• No significant difference in strain was found across configurations with 0, 3, or 9 LHI (p = 0.847).
• Construct stiffness and compressive displacement also remained unchanged regardless of LHI count (p = 0.311 and 0.069 respectively).
• Study contradicted the hypothesis that LHI would reduce strain and increase stiffness under biologic loading.
• Combi-hole design may limit the efficacy of LHI, as LHI only fill the locking portion, not the compression side where strain peaks.
• Implant fatigue risk remains highest over unfilled screw holes, especially over fracture sites—confirming previous failure patterns.
• Surgeons should consider alternative methods to reduce strain when facing high implant load scenarios.