Simini Surgery Review: Equine Edition

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Smart. Fast. Equine Surgical Insights. The Simini Surgery Review: Equine Edition distills the latest equine-focused surgical research into clear, actionable takeaways for busy practitioners. Each episode pulls from top-tier veterinary journals — like Veterinary Surgery and VCOT — and delivers focused summaries, critical analysis, and real-world application tips in a concise, conversational format. Hosted by equine clinicians, for equine clinicians, we cut through the academic jargon to highlight what actually matters in your practice: New surgical techniques and toolsImaging innovations and orthopedic advancesPost-op strategies and infection controlEvidence-based updates that refine your clinical decision-makingWhether you’re between cases or on the road, these fast-track deep dives help you stay sharp, current, and clinically confident. 📬 Produced by Simini — committed to advancing surgical performance and antimicrobial stewardship in equine practice.

  1. Aug 21

    Veterinary Surgery Deep Dive: Equine Soft Tissue — August 2026 Edition

    In this episode of the Simini Equine Surgery Podcast, we explore the soft tissue research from the August 2026 issue (Issue 6) of Veterinary Surgery, where two articles challenge established surgical dogma in equine airway and abdominal surgery. One investigates whether recurrent laryngeal neuropathy can be treated by restoring true physiologic function rather than permanently fixing the airway open, while the other reconsiders the historically poor reputation of jejunostomy in equine colic surgery.  Together, these papers ask a similar question: What happens when newer evidence forces us to reconsider procedures and assumptions that have shaped surgical practice for decades? In this episode: ✅ Campos Schweitzer et al. evaluated selective laryngeal reinnervation using the spinal accessory nerve (SAN) as a physiologic treatment for recurrent laryngeal neuropathy (RLN). Rather than permanently abducting the arytenoid cartilage with a traditional laryngoplasty, the technique attempts to restore dynamic function by reinnervating the cricoarytenoideus dorsalis (CAD) muscle. In horses with experimentally induced RLN, four of five horses regained functional arytenoid abduction during exercise, with mean abduction recovering to approximately 94% of pre-denervation values at 12 months. Histopathology confirmed axonal regeneration and remodeling toward type I muscle fibers, supporting true functional reinnervation rather than simple mechanical compensation. The single unsuccessful horse had only about 200 axons in the grafted nerve, highlighting the importance of adequate donor nerve capacity for successful functional recovery. The findings provide compelling evidence that selective reinnervation may eventually offer a physiologic alternative to traditional tie-back surgery in appropriately selected horses.  The discussion also considers the importance of protecting the surgical environment during closure when performing delicate reconstructive procedures such as nerve grafting. The episode reviews the role of reinforcing lavage protocols to address residual bacterial contamination and biofilm while optimizing conditions for tissue integration and healing.  ✅ Freeman et al. revisit one of the more controversial procedures in equine colic surgery: jejunostomy (JC) when the ileum is nonviable. Historically associated with a short-term survival rate of approximately 47%, jejunostomy developed a reputation as a poor prognostic indicator and, in some cases, influenced decisions toward intraoperative euthanasia. However, more recent clinical evidence reviewed by the authors reports short-term survival exceeding 80% and reaching as high as 91%. The review examines how technical factors such as anastomotic orientation, blind-end closure, stomal dimensions, intussusception, mesenteric closure, and altered intestinal motility may have contributed to historically poor results. Particular attention is given to modern stapled techniques and larger stomas, which may reduce obstruction and improve intestinal flow. The authors argue that when the ileum cannot be preserved, jejunostomy remains a valid and potentially life-saving surgical option whose historical reputation may no longer reflect contemporary outcomes.  Importantly, while Simini Protect Lavage is discussed in the episode, it is not intended for abdominal use and therefore has no application to the jejunostomy procedure discussed in the Freeman et al. review.  Together, these articles reinforce an important lesson in equine surgery: established surgical dogma should evolve when better biological understanding, improved techniques, and stronger clinical evidence become available. Whether restoring dynamic laryngeal function or reconsidering an intestinal procedure once associated with poor survival, today's evidence may fundamentally change tomorrow's surgical decisions.  🎓 Journal Articles Discussed Campos Schweitzer et al. — Functional and histopathologic evidence of laryngeal reinnervation using the spinal accessory nerve in horsesFreeman et al. — Jejunocecostomy in horses—a review of its unique complexities📚 From the August 2026 Issue (Issue 6) of Veterinary Surgery  🎁 Want to learn more about Simini Protect Lavage or request a sample? Learn More: www.simini.com Request a Sample: https://www.simini.com/evaluation-kit

  2. Aug 21

    Veterinary Surgery Deep Dive: Equine Ortho — August 2026 Edition

    2026 issue (Issue 6) of Veterinary Surgery, where two studies focus on a common goal: giving surgeons better information before making difficult clinical decisions. From advanced imaging of digital flexor tendon sheath pathology to long-term outcomes after severe maxillofacial trauma, both papers provide practical evidence that can improve surgical planning and owner communication.  One study evaluates whether standing computed tomographic tenography (CTT) can identify lesions that conventional ultrasound and contrast tenography may miss, while the second examines whether the often dramatic appearance of equine maxillofacial fractures truly reflects their long-term functional prognosis. In this episode: ✅ Aßmann et al. evaluated standing computed tomographic tenography for diagnosing soft tissue lesions within the digital flexor tendon sheath (DFTS) in 24 horses, using surgical tenoscopy as the reference standard. CTT achieved an overall 93% sensitivity and specificity for interstitial lesions, including 100% sensitivity for deep digital flexor tendon (DDFT) lesions and 90% sensitivity for manica flexoria tears. Its performance was less impressive for palmar/plantar annular ligament pathology, with sensitivity of approximately 64%, highlighting that the modality is particularly valuable for deeper lesions where contrast can outline tendon defects effectively. By mapping DDFT and manica flexoria pathology before surgery, standing CTT may allow surgeons to better plan tenoscopic treatment, anticipate the extent of debridement, and provide owners with a more informed prognosis before entering the tendon sheath.  The discussion also considers the downstream implications of identifying larger or more complex lesions requiring extensive debridement, including the importance of surgical site management and lavage at closure. The episode examines how reinforcing the lavage protocol may help address bacterial contamination and biofilm following procedures involving substantial tissue manipulation.  ✅ Clarysse et al. examined long-term outcomes in 30 horses with maxillofacial fractures, demonstrating that even injuries that appear catastrophic at presentation can carry an excellent functional prognosis. 93.3% of fractures were displaced and 70% were comminuted, yet 28 of 29 treated horses healed successfully, and every horse with available performance follow-up returned to its previous level of athletic use. Remarkably, 64% of surgical cases were managed under standing sedation, and only approximately 32% required hardware fixation. In many cases, elevating and repositioning the interdigitating facial bone fragments provided sufficient intrinsic stability without extensive implants. Cosmetic abnormalities remained common, occurring in approximately 76% of horses, but rarely compromised function. The study gives surgeons powerful evidence for counseling owners: a dramatic initial appearance does not necessarily predict a poor athletic outcome.  Together, these studies reinforce an important principle in equine surgery: better information leads to better decisions. Whether that means precisely identifying a tendon lesion before tenoscopy or giving an owner a realistic prognosis after severe facial trauma, accurate diagnosis and evidence-based counseling are fundamental to successful surgical care.  🎓 Journal Articles Discussed Aßmann et al. — Standing computed tomographic tenography is reliable in identifying soft tissue lesions within the digital flexor tendon sheath in horsesClarysse et al. — Long-term clinical outcome of maxillofacial fractures in horses: A retrospective study of 30 cases (2020–2024)📚 From the August 2026 Issue (Issue 6) of Veterinary Surgery  🎁 Want to learn more about Simini Protect Lavage or request a sample? Learn More: www.simini.com Request a Sample: https://www.simini.com/evaluation-kit

  3. Aug 3

    Veterinary Surgery Deep Dive: Equine Ortho — July 2026 Edition

    In this episode of the Simini Equine Surgery Podcast, we explore the orthopedic research from the July 2026 issue (Issue 5) of Veterinary Surgery, where three studies challenge common assumptions about infection control, fracture fixation, and athletic prognosis after arthroscopic surgery.  From questioning whether high-volume arthroscopic lavage can truly eradicate septic arthritis, to comparing fixation strategies for proximal sesamoid fractures, and evaluating the long-term racing performance of Standardbreds following arthroscopic removal of femoropatellar OCD lesions, these papers reinforce the importance of evidence-based surgical decision-making. In this episode: ✅ Friedlund et al. investigated whether 20 liters of arthroscopic lavage alone could eliminate bacteria from experimentally induced septic arthritis in horses. Despite the large lavage volume, all Staphylococcus aureus joints and half of the Escherichia coli joints remained culture-positive 24 hours later, demonstrating that mechanical lavage alone is insufficient to eradicate infection. The findings reinforce that septic arthritis requires an aggressive multimodal treatment strategy, combining arthroscopic lavage with systemic and local antimicrobial therapy, rather than relying on fluid volume alone.  ✅ O'Brien et al. compared the bone screw fastener (BSF) with traditional 4.5-mm cortical screws in an ex vivo model of mid-body proximal sesamoid bone fracture repair. Although the newer BSF implant offered no biomechanical advantage over conventional cortical screws, the study demonstrated a clear benefit of two-screw fixation, increasing construct yield strength from approximately 1,500 N to over 2,100 N, regardless of implant type. The authors also identified significantly greater fracture gap displacement along the abaxial cortex, highlighting the importance of controlling rotational forces when repairing these challenging fractures.  ✅ Rhodes et al. evaluated the racing performance of 45 Standardbred horses following arthroscopic removal of femoropatellar osteochondrosis dissecans (OCD) lesions and compared them with 196 unaffected paternal half-siblings. Although treated horses recorded slightly fewer starts during their three-year-old season, lesion grade did not significantly affect the likelihood of racing, and there were no meaningful differences in race wins or earnings compared with unaffected controls. Even horses with bilateral or concurrent OCD lesions achieved excellent long-term performance, supporting early arthroscopic intervention before intensive training begins.  Together, these studies demonstrate that successful orthopedic outcomes depend not on assumptions, but on understanding the biological and biomechanical realities behind every surgical decision. 🎓 Journal Articles Discussed Friedlund et al. — The Effect of Arthroscopic Lavage Volume on Bacterial Culture of Egress Fluid in Experimentally Induced Septic ArthritisO'Brien et al. — Biomechanical Comparison of the Bone Screw Fastener to Conventional Cortical Buttress Screws for Repair of Mid-Body Proximal Sesamoid Bone FracturesRhodes et al. — Outcome of Standardbred Racehorses Following Femoropatellar Arthroscopy for Osteochondrosis Dissecans📚 From the July 2026 Issue (Issue 5) of Veterinary Surgery 🎁 Want to learn more about Simini Protect Lavage or request a sample? Learn More: www.simini.com Request a Sample: https://www.simini.com/evaluation-kit

  4. Jul 16

    Veterinary Surgery Deep Dive: Equine Ortho — May 2026 Edition

    In this episode of the Simini Equine Surgery Podcast, we explore the orthopedic research from the May 2026 issue (Issue 4) of Veterinary Surgery, where two studies examine how timing and surgical technique can dramatically influence long-term orthopedic outcomes.  One study follows nearly 150 Standardbred foals during their first year of life to determine when tarsal osteochondrosis lesions are capable of healing naturally—and when surgery becomes inevitable. The second evaluates diode laser-facilitated ankylosis for distal tarsal osteoarthritis, identifying the surgical technique that best restores athletic performance while minimizing repeat procedures. In this episode: ✅ McCoy et al. conducted a prospective longitudinal study of 148 Standardbred foals, obtaining serial radiographs every two months from 2 to 12 months of age to evaluate the natural progression of tarsal osteochondrosis (OC). The authors found that 84.5% of lesions that ultimately resolved did so by six months of age, while none of the lesions that progressed to osteochondrosis dissecans (OCD) with fragment separation healed spontaneously. Once a fragment detached, spontaneous healing dropped to 0%, making surgical removal the only effective treatment. Interestingly, gait (trotting versus pacing) had no influence on lesion development or healing, while one farm that housed weanlings instead of allowing pasture turnout demonstrated no radiographic improvement after six months, highlighting the potential importance of exercise and environmental management during skeletal development. The study provides surgeons with a clear decision point: monitor stable OC lesions, but proceed with surgery promptly once fragment separation occurs.  ✅ Sanchez-Arjona et al. reviewed 64 horses treated with diode laser-facilitated ankylosis (DLF) for distal tarsal osteoarthritis over a ten-year period. Overall, 83% of horses experienced clinical improvement, while 64% returned to their previous level of athletic performance. Although three surgical techniques produced similar return-to-work rates, the addition of cuboidal bone fenestration dramatically reduced the need for repeat surgery. Horses treated with laser alone required reintervention in 20.8% of cases, whereas no horses receiving laser combined with cuboidal bone fenestration required a second procedure. By addressing both the joint surface and underlying subchondral bone pathology, fenestration appears to provide more durable long-term results while minimizing recurrent lameness.  Together, these studies demonstrate that successful orthopedic surgery depends on intervening at precisely the right moment and selecting techniques that address the underlying disease—not simply its visible manifestations. 🎓 Journal Articles Discussed McCoy et al. — Natural progression of tarsal osteochondrosis in Standardbred pacers and trottersSanchez-Arjona et al. — Outcomes of diode laser-facilitated ankylosis of the distal tarsal joints in horses: A retrospective study of 64 cases📚 From the May 2026 Issue (Issue 4) of Veterinary Surgery 🎁 Want to learn more about Simini Protect Lavage or request a sample? Learn More: www.simini.com Request a Sample: https://www.simini.com/evaluation-kit

  5. Jul 15

    Veterinary Surgery Deep Dive: Equine Soft Tissue— April 2026 Edition

    In this episode of the Simini Equine Surgery Podcast, we explore the soft tissue research from the April 2026 issue (Issue 3) of Veterinary Surgery, where two studies emphasize that successful surgery extends well beyond the operating room. Together, they demonstrate how better postoperative interpretation and systematic quality improvement can dramatically improve patient outcomes.  One study redefines how surgeons should interpret peritoneal fluid following exploratory laparotomy, while the second shows how simple protocol changes across an entire hospital can nearly eliminate surgical site infections after equine abdominal surgery. In this episode: ✅ Granello et al. performed a prospective cohort study evaluating postoperative peritoneal fluid changes in 26 horses undergoing exploratory laparotomy for naturally occurring gastrointestinal disease. Serial abdominocentesis performed at 24, 72, and 168 hours demonstrated that although systemic lactate normalized within 24 hours, peritoneal lactate, total protein, and nucleated cell counts remained markedly elevated for up to seven days, regardless of whether the original lesion was strangulating or non-strangulating. These findings indicate that postoperative surgical manipulation itself produces a prolonged inflammatory response within the peritoneal cavity, making serial trends far more valuable than single measurements when deciding whether a horse requires repeat surgical intervention.  ✅ López-Cruz et al. evaluated the impact of a comprehensive hospital-wide quality improvement initiative after postoperative surgical site infection (SSI) rates following exploratory celiotomy unexpectedly increased to 29%. Using a structured root-cause analysis (fishbone diagram), the team identified multiple opportunities for process improvement, including separate personnel for sheath and abdominal preparation, two-step skin preparation with detergent followed by chlorhexidine, single-use clipper blades, standardized closure protocols, and application of medical-grade Manuka honey to the linea alba. Following implementation, SSI rates fell dramatically from 29% to just 2.3%, overall wound complications declined to 6.8%, and no horses required euthanasia because of postoperative surgical site complications. The study highlights how meticulous protocol refinement and team consistency can transform surgical outcomes without requiring expensive new technology.  Together, these studies reinforce a powerful lesson in equine soft tissue surgery: excellent outcomes depend not only on performing surgery well, but also on interpreting recovery appropriately and continually improving every step of the perioperative process. 🎓 Journal Articles Discussed Granello et al. — Serial postoperative peritoneal fluid analyses in horses with naturally-occurring strangulating and non-strangulating gastrointestinal lesionsLópez-Cruz et al. — Application of a framework to mitigate the risk of surgical site infection after exploratory celiotomy in horses: A retrospective study📚 From the April 2026 Issue (Issue 3) of Veterinary Surgery 🎁 Want to learn more about Simini Protect Lavage or request a sample? Learn More: www.simini.com Request a Sample: https://www.simini.com/evaluation-kit

  6. Jul 14

    Veterinary Surgery Deep Dive: Equine Ortho — April 2026 Edition

    In this episode of the Simini Equine Surgery Podcast, we explore the orthopedic research from the April 2026 issue (Issue 3) of Veterinary Surgery, where two studies examine how precision—both in pain management and implant design—can improve orthopedic outcomes in horses.  One study investigates a novel method for targeted forelimb analgesia using cervical epidural catheterization, while the second evaluates whether polyaxial locking plate technology can provide greater flexibility and stability during fetlock arthrodesis. In this episode: ✅ Edwards et al. evaluated an ultrasound-guided cervical epidural catheter placed at the C1–C2 intervertebral space to deliver detomidine and morphine for horses with experimentally induced forelimb pain. In a crossover study involving five horses with carpal synovitis, four of five horses demonstrated greater than 50% improvement in lameness within two hours of treatment. The catheter remained functional for more than 10 days, supporting its feasibility for prolonged analgesia. However, despite localized drug delivery, horses still developed systemic effects including sedation, ataxia, and tachycardia, likely due to cranial migration of medication within the epidural space. The study demonstrates that cervical epidural catheterization is both technically safe and clinically effective, while highlighting the need for refined dosing strategies to minimize neurologic side effects.  ✅ Kadik et al. compared a traditional 5.5-mm locking compression plate (LCP) with a polyaxial non-contact bridging (NCB) locking plate system for equine fetlock arthrodesis using an ex vivo biomechanical model. During cyclic fatigue testing, the NCB construct demonstrated less than half the displacement of the standard LCP (0.22 mm versus 0.56 mm), indicating significantly greater construct stiffness during simulated postoperative loading. Although both systems exhibited similar ultimate failure strength, the polyaxial plate allowed 30 degrees of variable screw angulation, enabling surgeons to optimize screw placement in comminuted fractures or irregular bone while preserving construct stability. The findings suggest that polyaxial technology may offer meaningful advantages in complex arthrodesis cases by combining mechanical strength with greater intraoperative flexibility.  Together, these studies demonstrate that modern orthopedic innovation extends beyond stronger implants—it also includes delivering therapy more precisely and adapting surgical technology to the unique challenges of equine anatomy. 🎓 Journal Articles Discussed Edwards et al. — Cervical epidural catheter for administration of detomidine and morphine in a model of carpal synovitis in the horseKadik et al. — An ex vivo comparison of mono-versus polyaxial locking compression plates for metacarpophalangeal joint arthrodesis in the horse📚 From the April 2026 Issue (Issue 3) of Veterinary Surgery 🎁 Want to learn more about Simini Protect Lavage or request a sample? Learn More: www.simini.com Request a Sample: https://www.simini.com/evaluation-kit

  7. Jul 13

    Veterinary Surgery Deep Dive: Equine Soft Tissue — February 2026 Edition

    In this episode of the Simini Equine Surgery Podcast, we explore the soft tissue research from the February 2026 issue (Issue 2) of Veterinary Surgery, where two studies demonstrate how thoughtful surgical decision-making can improve both immediate postoperative outcomes and long-term quality of life.  One study introduces a modified stapled jejunostomy technique designed to eliminate a common mechanical weakness of traditional intestinal anastomoses, while the second provides reassuring evidence that life-saving surgery for large colon volvulus does not have to end a Thoroughbred broodmare's reproductive career. In this episode: ✅ Freeman et al. introduced a modified stapled (MS) jejunostomy technique that creates a wide, triangular stapled stoma while eliminating the traditional oversewn blind jejunal end. Unlike conventional side-to-side stapled anastomoses, which leave a blind pouch that may serve as a lead point for impaction or intussusception, the modified technique creates a more direct flow path using a single application of a GIA-100 stapler. In an experimental study of six healthy horses, the authors demonstrated that operative time and final stoma size were comparable to traditional methods while removing an important structural risk factor. The resulting spatulated geometry may also compensate for localized loss of circular muscle fibers by improving passive intestinal flow through the anastomosis.  ✅ Knudsen et al. performed a 17-year retrospective study evaluating reproductive outcomes in 29 Thoroughbred broodmares following either large colon resection (LCR) or colopexy for recurrent large colon volvulus. Despite the greater surgical complexity of LCR, mares undergoing resection achieved a 60.5% live foal rate per mare served, while the colopexy group achieved 68.2%—both comparable to the national Thoroughbred breeding average of 64.3%. Although fewer LCR mares produced foals during the first breeding season after surgery, this appeared to reflect postoperative recovery and missed breeding opportunities rather than permanent reductions in fertility. The findings support selecting the surgical procedure based entirely on tissue viability and anatomical considerations without compromising long-term reproductive expectations.  Together, these studies reinforce an important principle of equine soft tissue surgery: small technical refinements during surgery and evidence-based decision-making afterward can profoundly influence both surgical success and the patient's long-term quality of life. 🎓 Journal Articles Discussed Freeman et al. — Modified stapled jejunocecostomy in horsesKnudsen et al. — Reproductive success in Thoroughbred broodmares post large colon resection or colopexy📚 From the February 2026 Issue (Issue 2) of Veterinary Surgery 🎁 Want to learn more about Simini Protect Lavage or request a sample? Learn More: www.simini.com Request a Sample: https://www.simini.com/evaluation-kit

  8. Jul 10

    Veterinary Surgery Deep Dive: Equine Ortho — February 2026 Edition

    In this episode of the Simini Equine Surgery Podcast, we explore the orthopedic research from the February 2026 issue (Issue 2) of Veterinary Surgery, where three studies showcase how refinements in equine tenoscopic surgery are expanding what surgeons can accomplish through minimally invasive techniques. Together, they highlight a common goal: improving surgical access while preserving critical anatomy and optimizing long-term athletic outcomes.  From preserving tendon blood supply during manica flexoria resection, to a new tenoscopic treatment for proximal digital annular ligament desmitis, and the development of a medial portal for carpal flexor tendon sheath surgery, these papers demonstrate how thoughtful surgical innovation continues to improve patient care. In this episode: ✅ Racine et al. presented a refined two-portal tenoscopic technique for resection of torn proximal manica flexoria (MF) while preserving the mesotendons (MTs) of the deep digital flexor tendon. Using a four-step approach—including a novel Kocher-Ochsner clamp twisting technique to detach the remaining areolar tissue—the authors successfully preserved the mesotendons while minimizing iatrogenic trauma. Among 30 horses, 96.4% achieved successful tendon sheath healing, and 75% returned to their previous or higher level of athletic performance. By maintaining the extrinsic vascular supply of the deep digital flexor tendon, this modified approach may improve long-term tendon healing while reducing surgical morbidity.  ✅ Wood et al. described a tenoscopically guided proximal digital annular ligament (PDAL) desmotomy for horses with proximal digital annular ligament desmitis. After validating the technique in 10 cadaver limbs, the procedure was successfully performed in five clinical cases, with four horses returning to their previous level of exercise following surgery. The study also demonstrates that pathologic thickening of the PDAL actually facilitates surgical identification during tenoscopy, while emphasizing the importance of performing a palmar or plantar annular ligament desmotomy first to improve instrument maneuverability and protect the superficial digital flexor tendon.  ✅ Woods et al. investigated the feasibility of creating a medial tenoscopic portal into the equine carpal flexor tendon sheath using contrast-enhanced CT and cadaver specimens. The authors identified a reproducible portal location approximately 5 mm proximal and 32 mm caudal to the distal medial radial physis, providing 120–140° of instrument triangulation when combined with the standard lateral portal. Although superficial flexor carpi radialis tendon impingement occurred during early testing, careful blunt dissection and transillumination from the lateral portal allowed safe placement while preserving major neurovascular structures. The technique offers surgeons improved visualization and access to previously difficult-to-reach lesions within the carpal sheath.  Together, these studies demonstrate that the future of equine tenoscopy lies not in larger incisions, but in smarter portal placement, preservation of normal anatomy, and continual refinement of minimally invasive surgical techniques. 🎓 Journal Articles Discussed Racine et al. — Four-step tenoscopic technique to resect a torn proximal manica flexoria while sparing the mesotendons of the deep digital flexor tendon in 30 horsesWood et al. — Tenoscopically guided proximal digital annular ligament desmotomy for the treatment of proximal digital annular ligament desmitisWoods et al. — Feasibility of a medial tenoscopic portal in the equine carpal flexor tendon sheath in cadavers📚 From the February 2026 Issue (Issue 2) of Veterinary Surgery 🎁 Want to learn more about Simini Protect Lavage or request a sample? Learn More: www.simini.com Request a Sample: https://www.simini.com/evaluation-kit

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Smart. Fast. Equine Surgical Insights. The Simini Surgery Review: Equine Edition distills the latest equine-focused surgical research into clear, actionable takeaways for busy practitioners. Each episode pulls from top-tier veterinary journals — like Veterinary Surgery and VCOT — and delivers focused summaries, critical analysis, and real-world application tips in a concise, conversational format. Hosted by equine clinicians, for equine clinicians, we cut through the academic jargon to highlight what actually matters in your practice: New surgical techniques and toolsImaging innovations and orthopedic advancesPost-op strategies and infection controlEvidence-based updates that refine your clinical decision-makingWhether you’re between cases or on the road, these fast-track deep dives help you stay sharp, current, and clinically confident. 📬 Produced by Simini — committed to advancing surgical performance and antimicrobial stewardship in equine practice.

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