Patience and The Nature of Healing
Here is the next picture. This is the same horse. It is just his healthy back foot. Isn't it amazing the difference in color? Clearly the front foot was not as healthy as the back foot. I think that over time with proper management these tissues would heal. I just wanted you to see what may be going on inside your mares feet. I would continue to have patience and let the healing continue. Paige


Just to reflect a little on what Paige was saying, here is some information from an orthopaedic medicine website about tendon adhesions and their formation:
Problem: Precise digital function requires smooth gliding of flexor tendons within their sheath. Tendon adhesions following injury or repair limit gliding, thereby decreasing active range of motion of the digit as compared to passive range of motion.
Etiology: Violation of the tendon surface, whether traumatic disruption or from attempts at surgical treatment, results in production of adhesions via the normal inflammatory response. The limited space between the profundus and superficialis tendons and the theca, is a primary contributor. Once adhesions develop, tendon gliding within this confined space is affected, and active digital motion is diminished.
Pathophysiology: The process by which flexor tendons heal is debatable. The conventional theory is that peripheral fibroblasts from the surrounding connective tissue invade the zone of injury and serve as a source of reparative cells. In this theory, the tendon itself is believed to have no intrinsic ability for repair. New evidence seems to indicate that the epitenon cells migrate into and across the zone of injury along a fibrin lattice, and collagen fibers, formed by the epitenon and endotenon fibroblasts, bridge the laceration site. Vascularization of the repair zone is from within the proximal end of the tendon by proliferation of vascular channels. These studies suggest that the tendon possesses the intrinsic ability to participate in the healing process.
Peripheral adhesions attach to the repairing tendon, potentially limiting tendon excursion during flexion and extension. Although adhesions may add strength to the healing tendon, it is unlikely that adhesions are an essential component of the reparative process.
I find this interesting too because this is from a website about adhesions in the tendons of human digits (i.e. fingers) and actually, here we're talking about the equine digit - after all, the DDFT is the 'deep DIGITAL flexor tendon'.