The case, the team and the outcome behind Gujarat's first hand transplant.
A hand transplant replaces a hand lost to amputation with a donated hand from a deceased donor. It is a form of vascularised composite allotransplantation, meaning bone, vessels, nerves, tendons and skin are all transplanted together. The team in Surat performed Gujarat's first hand transplant, and six have been completed to date.
This is among the most demanding operations in reconstructive surgery. Every structure has to be joined in sequence. Bone is fixed first to create a stable frame. Arteries and veins are then joined under the microscope so the hand receives blood. Tendons are repaired to restore movement, nerves are joined to restore sensation, and finally the skin is closed.
The operation commonly runs from twelve to sixteen hours and needs two surgical teams working together, one preparing the recipient limb and one preparing the donor hand. It is not a procedure a single surgeon or a single hospital department can deliver alone.
Suitability is decided by a team, not by one doctor. In general, candidates have lost one or both hands, are otherwise in good health, can tolerate lifelong immune-suppressing medicines, and are able to commit to years of rehabilitation.
Motivation matters as much as anatomy. A transplanted hand does not work on the day it is attached. Nerves regrow at roughly one millimetre a day, so useful movement and sensation return gradually over months and years, and only with sustained physiotherapy. Patients who cannot commit to that are better served by a prosthesis, and saying so is part of honest counselling.
Immunosuppressant medicines prevent rejection and have to be taken for life. They carry real risks, including infection, kidney effects and a higher long-term cancer risk. Regular blood tests and reviews are permanent, not temporary.
Episodes of rejection are common in the first year and usually show as a rash on the transplanted skin. Detected early, they are treatable. That is precisely why follow-up is non-negotiable and why patients are taught to recognise the signs themselves.
Before this programme, patients from Gujarat needing composite tissue transplantation had to travel outside the state. Establishing the capability locally shortened that path considerably.
The same microsurgical skill underpins the everyday work of the unit, including replantation of amputated fingers and free tissue transfer after cancer surgery. A transplant programme is not a separate speciality. It is what a mature microsurgery unit becomes capable of.
| Factor | What it covers |
|---|---|
| Medical fitness | Heart, kidney and liver function, and fitness for long anaesthesia |
| Immunological workup | Tissue typing and cross-matching against potential donors |
| Limb assessment | Level of amputation, quality of remaining nerves, vessels and muscle |
| Psychological readiness | Understanding of the commitment and realistic expectations |
| Rehabilitation planning | Access to sustained physiotherapy after discharge |
These pages answer the questions that most often come up alongside this one.
Usually between twelve and sixteen hours, with two surgical teams working in parallel. One team prepares the recipient limb while the other prepares the donor hand, which shortens the time the donated tissue spends without blood supply.
Not at first, and rarely exactly as before. Nerves regrow slowly, at roughly one millimetre a day, so sensation and movement return over months and years. Most recipients regain useful grip and protective sensation. Fine dexterity varies from person to person, and no honest surgeon promises a specific level.
Yes. Immune-suppressing medicines prevent the body rejecting the transplanted hand and must continue permanently. Stopping them leads to rejection and loss of the transplant.
The main risks are rejection, infection because of suppressed immunity, side effects of the medicines on the kidneys and metabolism, and a raised long-term cancer risk. There are also the surgical risks of any long operation. All of these are discussed in detail before any decision is made.
Expect several weeks, including a period in intensive care immediately after surgery. Close monitoring of blood supply to the transplanted hand is critical in the first days, since problems detected early can often be corrected.
For some, genuinely yes. A prosthesis needs no immune-suppressing medicines and carries none of their risks. Transplantation offers sensation and a living hand, which a prosthesis cannot, but at the cost of lifelong medication. Both options are discussed properly rather than one being promoted.
Through the organ donation system, using blood group and tissue typing, along with matching for size and skin tone. Waiting time cannot be predicted, and it depends entirely on donor availability.
Structured physiotherapy begins within days of surgery and continues for years. It is intensive, and the final outcome depends on it at least as much as on the surgery itself.
Published with written patient consent and shown for education rather than promotion. Every case is different and these images are not a promise of results.
Consultations at Kiran Hospital, Katargam, Surat. Outstation and NRI patients can request a video consultation before travelling.