Tendon Transfer Surgery in Jamnagar: Borrowing a Working Muscle to Rebalance the Foot

Written by Dr. Ashutosh Shah, Plastic & Microvascular Surgeon - Diabetic Foot & Limb Salvage Specialist, Elegance Diabetic Foot & Ulcer Clinic (EDFC), Surat. Practising since 2004 (22+ years). Read full bio.

Medically reviewed by Dr. Ashutosh Shah 

Tendon transfer surgery in Jamnagar moves a working tendon to a new attachment so it can do the job of a muscle that has failed. It rebalances a foot that is being pulled out of shape, and it works only if the deformity can still be corrected by hand.

The foot is held in shape by muscles pulling against each other. When one side of that contest weakens, the other side wins, and the foot slowly deforms. A transfer changes which muscle is pulling where, and everything below follows from that idea.

How does muscle balance hold the foot in shape?

Every direction of pull has an opposing pull. Muscles lift the foot up and pull it down, roll it inward and outward, and straighten the toes against those that curl them. Balance between those pairs is what keeps the foot in a neutral, weight-bearing position.

The balance is dynamic, not static. It changes through every step, which is why a small persistent imbalance produces a large deformity over years rather than immediately.

What breaks the balance in a diabetic foot?

Nerve damage, and it does not affect all muscles equally. The small muscles inside the foot are usually hit first, while the long, powerful muscles from the calf keep working.

• Intrinsic muscle weakness lets the long toe flexors dominate, curling the toes.
• Posterior tibial tendon failure removes arch support, letting the foot flatten, as covered in our post on foot tendonitis.
• Weak foot lifters produce a dropping foot that catches on the ground.
• An unopposed strong calf holds the foot pointed downward and overloads the forefoot.
• Uneven inward or outward pull tilts the foot so weight lands on one border.

Each of these produces a specific deformity, and each deformity produces a specific pressure point where an ulcer forms.

What does a tendon transfer actually do?

It detaches a working tendon and reattaches it somewhere else, so its pull now corrects the imbalance instead of contributing to it. The muscle keeps its nerve and blood supply; only the destination changes.

This is different from the other tendon operations you may have heard about. Lengthening weakens a pull that is too strong. A release simply cuts a tendon that is deforming a toe. A transfer takes a functioning muscle and reassigns it to a new job. Releases and lengthenings are covered in our posts on hammertoe correction and within the wider category described in our post on internal offloading surgery.

Which transfers are used, and for what?

These sit within diabetic foot surgery, and the specific choice depends on which muscles still work.

What does the donor muscle give up?

Its original job. This is the part patients rarely hear, and it matters, because a transfer redistributes power rather than creating it.

• The donor loses its previous function, so the surgeon must be confident that loss is tolerable.
• The donor must be strong enough to spare, since a transferred muscle typically loses some power in its new role.
• Its line of pull changes, so it works less efficiently than the muscle it replaces.
• In diabetes the intended donor may itself be weakened by neuropathy, which is why muscle strength is formally tested before planning.

Nobody comes out of a transfer with more total muscle power than they went in with. What changes is where that power is applied.

Why must the deformity still be correctable?

Because a tendon can only move a joint that still moves. If you cannot straighten the foot or toe by hand, no rebalancing of pull will straighten it either.

The practical test is whether the deformity corrects passively. Flexible deformities are candidates for transfer. Fixed ones need the joint addressed first, through bone surgery or fusion, as described in our post on arch stabilization surgery. Sometimes both are done together: the bone work makes the position correctable, and the transfer holds it there.

Who is suitable for a tendon transfer?

Someone with a flexible deformity, a usable donor muscle, adequate circulation and no active infection. All four are checked before surgery is offered.

• A correctable deformity on passive testing.
• A donor muscle of adequate strength, confirmed by examination.
• Adequate blood supply, assessed through our vascular services, since the surgical wound must heal.
• No active infection in the foot.
• No active Charcot inflammation.
• Willingness to complete physiotherapy, which is not optional after a transfer.

What is the relearning phase?

Your brain has to learn that the muscle now does a different job. This is unique to transfers, and it is the reason recovery is as much about training as healing.

Immediately after surgery, activating the transferred muscle still produces its old movement in your mind. Physiotherapy retrains that link, usually by asking you to perform the old action while the new movement is guided, until the association shifts. Most people develop useful control over several months.

Skipping this phase produces a transfer that is mechanically correct and functionally disappointing: the tendon holds the foot in a better position passively, but you never learn to use it actively.

What does recovery look like?

Immobilisation first, then training, over about three to six months. The tendon must heal to its new attachment before it can be loaded.

• Weeks 0 to 6: cast or boot, protected weight bearing, tendon healing into its new site.
• Weeks 6 to 12: physiotherapy begins, gentle activation, gradual loading.
• Months 3 to 6: motor re-education progresses, walking pattern improves, footwear reviewed.
• Beyond 6 months: final function clear; custom insoles and long-term protection under preventive foot care.

Healing is slower in diabetes, and wound care alongside may run through non-surgical wound management.

What can a tendon transfer not do?

It corrects movement, not sensation, circulation or skin. Those problems remain exactly as they were.

• It does not restore feeling. A numb foot stays numb and still cannot warn you.
• It does not improve blood supply.
• It does not remove the need for protective footwear or daily checks.
• It does not correct a fixed joint.
• It does not stop diabetes from continuing to weaken muscles over years, so balance can shift again.

Related problems are listed under foot conditions we treat.

Tendon balancing assessment for people in Jamnagar

Elegance Diabetic Foot & Ulcer Clinic is in Surat, not Jamnagar, and we have no branch there. What we can offer is the assessment that decides whether a transfer is the right operation: testing which muscles still work, whether the deformity is flexible or fixed, and whether circulation will support healing.

If tendon transfer surgery in Jamnagar has been suggested, or a deformity keeps causing ulcers despite footwear, send clear photographs from several angles along with any reports on WhatsApp and book a consultation. If the foot is red, hot, swollen or has an open wound with fever, seek local care the same day instead. Follow EDFC on Facebook, Instagram and YouTube.

Rebalance early, before the joint stiffens

Tendon transfers work best while the deformity is still flexible, which is usually years before anyone suggests surgery. Once the joint has fixed, the same problem needs bone work, longer recovery and a bigger operation. If your foot shape is changing and the toes or arch are still correctable by hand, that is the window worth acting in.

Next step: book a muscle balance and circulation assessment with Dr. Ashutosh Shah at Elegance Diabetic Foot & Ulcer Clinic, Surat, or send photographs of the foot on WhatsApp today.

Medical disclaimer: This article is for educational purposes only and is not a substitute for professional medical diagnosis or treatment. Suitability for tendon transfer depends on muscle strength, whether the deformity is correctable, circulation and infection status, and can only be judged after in-person examination. Elegance Diabetic Foot & Ulcer Clinic is located in Surat, Gujarat, and does not operate a facility in Jamnagar. Please consult a qualified specialist about your condition. For further guidance, see the NHS guide to peripheral neuropathy and the IWGDF diabetic foot guidelines.