Canine forelimb lameness Q&A highlights diagnostic blind spots: full analysis

Diagnosing canine forelimb lameness is getting renewed attention in veterinary continuing education, with dvm360 highlighting a Q&A from Leilani Alvarez, DVM, DACVSMR, CVA, CCRT, after her presentation at the 2026 Veterinary Meeting & Expo. In the February 26, 2026 piece, Alvarez describes forelimb lameness as a distinct diagnostic challenge, driven by the biomechanical reality that dogs carry roughly 60% of body weight on the front limbs and by the forelimb’s more complex mix of joint and soft-tissue structures. (dvm360.com)

That framing builds on a broader educational push from Alvarez and dvm360. A related March 10, 2026 article lays out her five-step approach: history, gait and posture evaluation, orthopedic and soft-tissue examination, neurologic evaluation, and then diagnostic imaging for definitive diagnosis. In other words, the current discussion is not about a single breakthrough modality, but about tightening clinical reasoning in cases where the source of pain can be deceptively hard to localize. (dvm360.com)

One of Alvarez’s main clinical points is that shoulder and elbow pain are commonly confused. She notes that some clinicians informally refer to this overlap as the “shelbow,” reflecting how difficult it can be to distinguish pathology in those regions on first pass. She also points to the canine shoulder’s anatomy as part of the problem: unlike the pelvis, the shoulder lacks a direct bony attachment to the trunk, leaving soft tissues to do more of the stabilizing work and making soft-tissue injuries both more likely and more complex. (dvm360.com)

That emphasis is consistent with standard veterinary references. Merck Veterinary Manual says lameness evaluation should begin with a thorough history, gait analysis, and physical examination, and that clinicians should assess all four limbs and the axial spine while remembering that neuropathies and soft-tissue injuries can mimic orthopedic disease. Merck also advises a distal-to-proximal palpation strategy, attention to swelling, pain, instability, crepitus, reduced range of motion, and muscle atrophy, and use of imaging tailored to the suspected lesion, including radiography, ultrasonography, CT, and MRI. (merckvetmanual.com)

In practical terms, the dvm360 coverage positions imaging as the confirmation step, not the starting point. Alvarez’s five-step framework puts visual gait assessment and hands-on localization before advanced diagnostics, which may help clinicians avoid overcalling radiographic findings that are incidental or underestimating soft-tissue disease that plain films may miss. Merck similarly notes that subtle lesions may require comparison views, serial examinations, sedation for complete assessment, or advanced imaging when routine workup does not fully explain the gait abnormality. (dvm360.com)

No formal society guideline or new regulatory action is attached to this item, and the article is best understood as expert clinical education rather than a trial readout or product announcement. Still, Alvarez’s role at a major referral center gives the comments weight, and the message should resonate with both primary care and sports medicine clinicians who see chronic, intermittent, or poorly localized front-limb cases. (dvm360.com)

Why it matters: For veterinary professionals, the biggest takeaway is that forelimb lameness often punishes shortcuts. A structured exam can improve localization, sharpen decisions about when referral is warranted, and help practices explain to pet parents why a dog with “just a limp” may need neurologic screening or advanced imaging before treatment is clear. That matters for case outcomes, but also for client communication, because forelimb cases can otherwise drift through repeated rest, NSAID trials, or inconclusive radiographs without a confident diagnosis. (dvm360.com)

What to watch: The next useful development will be whether this educational series gets more specific on clinical clues by anatomic region, especially which findings should push clinicians toward ultrasound, CT, MRI, arthroscopy, or referral for suspected shoulder soft-tissue injury versus elbow disease. (dvm360.com)