burning to learn - sharing experiences
why not learn from some of our past experiences - both successful & unsuccessful
Attached to this page are a number of slide show presentations of numerous case histories and treatment options that may help you with some of the complex choices within modern farriery treatment options. These cases will include the options of a number of modern ready made horseshoe options and other modern materials that could help you formulate an efficient and cost effective shoeing plan without the need to utilise valuable time and resources in the forge.
Chronic lameness and poor performance case involving under run heels and poor solear arch morphology despite generally good quality dorsal wall horn. For this case a simple fabricated frog support bar in a broad webbed but light weight shoe with a rolled toe variant along with 30 shore dental impression material combined with sympathetic foot trimming protocol was sufficient enough to restore soundness.
This horse continues to show successfully in specialist classes at a high standard.
This case of severely prolapsed sole, collapsed heels and poor horn quality presented with 4/5th lameness at the walk in a straight line. The sole presented with little to no mass and responded to pain when depressed by finger palpation. The dorsal wall was weak and damaged from premature shoe loss and the foot had been soaked in a wet poultice for some considerable time. A broad webbed MoreSport shoe adapted by forging into a deep seated roller motion side clipped front was applied to relieve direct sole pressure and “Shoeing Lab” medicated copper sulphate pour in pad material applied to protect the sole. Over the course of 72 hours the 4/5th lameness abated and the horse was riding sound and back in work within that period.
This horse continues to improve and has resumed its role as a riding pleasure horse.
Acute traumatic lamanitic case after having escaped from paddock into busy traffic for an extended period. This case illustrates the use of Steward Clogs (marketed by TFP) to reduce ground pressure by increasing the ground surface area, reduce torque and leverage at the toe by reducing break-over forces whilst engaging the palmar foot structures in weight sharing by the use of dental impression materials (Glue-U from The Shoeing Lab).
Sadly the degree of vascular damage as a result of the lamanitic incident was so great that the dorsodistal tip of P3 continuous resorption and abcessation the horse was humanly destroyed some 2 years post treatment.
Negative Palmar Angle
Negative palmar angle and associated tendon lesions and oedema to the distal sessamoid bone. This case was complicated by weak poor quality horn, prolapsed sole and pain response to palpation with hoof testers across the area over the distal dorsal tip of P3. A rail shoe fabricated to mimic the time line of impact, load and acceleration through the stance phase of the stride is thought to reduce tension of the DDFT and associated structures surrounding the distal sessamoid. The elevation opens the angle of inclination of the DDFT as it passes over the DS whilst the rails create artificial foot mass under P3. Support and weight sharing engagement of the palmar structures is achieved by adding impression material which helps reduce the risk of further solar prolapse.
This horse has now resumed its eventing career.
Following a coronary band laceration a complicated and infected quarter crack caused instability of the medial heel which prevented the original injury from heeling with the coronary band stitches constantly being sheared out. A heart bar shoe with elevated heel rails and impression compound reduced movement of the heel bulbs during the loading stage of the stance phase. Compression bandaging and the application of a hoof cast (Shoeing Lab) helped stabilize the wound which was managed with topical dressing applied by syringe to the compression bandaging.
Subsequent shoeing the hoof wall avulsion was managed with hoof repair materials (Fast Set Shoeing Lab).
Using a contour gauge to replicate the shape of the DHW at the coronary band helps to picture the shape of the distal border of the pedal bone. Altering the shape of the shoe to a) fit the hoof mapping protocol and b) to match the radius at the toe of the foot with the radius formed by the toe and heel regions of the fitted shoe creates a more uniform weight bearing surface.
It is widely believed that this static form has a benefit in distributing dynamic loading more centrally through the foot as the limb and body pass over the foot in movement.
photos by Carlo Montagna Italy