What is the probability of success in transplanting a toe into the thumb of the hand? Are there any

Shunde Peace Surgery Hospital is a specialized hospital for hand surgery, pursuing the service concept of high quality and fine service, receiving thousands of patients with finger reconstruction needs every year, and restoring their fingers with exquisite medical skills. [Click on manual consultation to learn more**plan].

The commonly used finger reconstruction methods in Shunde Peace Surgery Hospital are:

1. Interchangeable: suitable for thumb with 1st degree missing nail root;

2. Fibular flap: suitable for 1st degree absence with nail root;

3. Nail flap: suitable for 1 degree (no nail root degree loss;

4. Iliac bone grafting + nail flap: suitable for 2nd and 3rd degree loss;

5. Iliac bone grafting + bilateral nail flap (double flap): suitable for 2-3 degree loss, except for the little finger;

6. One and two toe interchange + nail flap: suitable for 4-7 degree loss;

7. Second toe joint + iliac bone + nail flap: suitable for 4-5 degree loss;

If you want to know more about finger transplantation, we recommend consulting Shunde Heping Surgery Hospital. The hospital has a high academic status and reputation in the professional field of hand surgery and microsurgery in Guangdong Province and even the whole country, and is a member of the Standing Committee of the Hand Surgery Branch of the Chinese Medical Doctor Association, a member of the Hand Surgery Branch of the Chinese Medical Association, a vice chairman of the Hand Surgery Branch of the Guangdong Medical Association, a vice chairman of the Microsurgery Branch of the Guangdong Medical Association, a member of the Standing Committee of the Orthopedic Branch of the Guangdong Medical Association, and a vice chairman of the Hand Surgery Branch of the Guangdong Medical Doctor Association. Guangdong Provincial Trauma Treatment Research Center Microscopic Repair and Reconstruction Base, Chairman Unit of Trauma and Orthopedics Management Branch of Guangdong Medical Industry Association.

The success rate of autologous transplantation is still some.

Finger reconstruction has undergone flap reconstruction, toe grafting, and now holomorphic reconstruction. The difference is that the flap reconstruction has no function, but simply wraps the injured finger; Toe transplantation is to take a toe from the foot and attach it to the injured hand by transplantation; Holomorphic reconstruction is a new technology extended and developed on the basis of toe transplantation, before transplantation through the modification (bone, nail flap), so that it is close to the same appearance as the normal finger, the shape of the phalanges is the same, and at the same time through the microscope anastomosis blood vessels, nerves, tendons, K-wire fixation of the bone connection site, after the later stage of the first exercise so that the reconstructed fingers can have normal grasp, sensation and perception.

Because the difficulty of holomorphic finger reconstruction is very different from that of ordinary toe transplantation, reconstruction is different from other surgeries, the difference is thousands of miles, and the whole process is operated under the microscope, so the operation time is generally more than ten hours, and there are fewer hospitals and experts who have mastered this kind of technology, and a suture mistake will lead to the failure of the entire operation.

Hello, your situation can be successful considering the general situation, mainly after the operation of functional exercises is more important.

The world's first toe transplant reconstruction hand was completed by the Department of Orthopedics of Shanghai Sixth People's Hospital in China.

In October 1978, Yu Zhongjia, director of the Department of Orthopedics of Shanghai Sixth People's Hospital, and other doctors used artificial metacarpal bones as scaffolds to free out the second toes of the patient's feet for a patient who had lost both hands due to trauma. This reconstructed hand, after 7 years of observation, is in good condition, with normal human pain, warmth, touch sensitivity, can do a variety of basic actions such as holding, pinching, twisting, hooking, can lift kilogram-heavy objects, and can write freely, draw, draw matches, button buttons, etc., life can basically take care of itself.

The Department of Orthopedics of the hospital built on the success of the first reconstructed hand and created a hand with 3 fingers. In August and October 1981, two surgeries were performed to recreate two reconstructed hands with two fingers for a female patient who had lost both hands, thus creating the world's first miracle of reconstructive two hands.

With the development of science and technology, the success of finger replantation, the development of microsurgery, and the success of thumb and finger surgery for free transplantation of the second toe have all laid the foundation for the replantation of the finger from free transplantation.

If the human body has lost one or both hands, can it rebuild and rebuild its function? With the development of science and technology, the successful replantation of the severed finger, the development of microsurgery, and the successful surgery of the second toe free transplantation to reconstruct the thumb and finger have laid the foundation for the free transplantation of the toe reconstruction.

According to reports, the world's first toe transplant reconstruction hand is the first of its kind in the Department of Orthopedics of Shanghai Sixth People's Hospital in China. In October 1978, Yu Zhongjia, director of the Department of Orthopedics of Shanghai Sixth People's Hospital, and other doctors used artificial metacarpal bones as scaffolds to free out the second middle toes of the patient's feet for a patient who had lost both hands due to trauma. This reconstructed hand, after nearly 7 years of observation, is in good condition, with normal people's pain, warmth, touch and sensitivity to carry the senses, can hold, pinch, twist, hook and other basic actions, can lift kilograms of objects, and can write freely, draw, draw matches, button buttons, etc., life can basically take care of itself.

The Department of Orthopedics of the Hunger Hospital built on the success of the first reconstructed hand and created a hand with 3 fingers. In August 10, 1981, two operated on two feet, using both feet as donor toes, to reconstruct two reconstructed hands with two fingers for a female patient with missing hands. Thus creating the world's first miracle of recreating two hands.

According to Shunde Peace Surgery Hospital, finger reconstruction refers to the 1:1 restoration of the missing finger through 3D printing technology, and then accurately taken from different parts of the patient's body according to the 3D model, and finally transplanted to the hand, so as to restore the shape, function and feeling of the finger.

The commonly used finger reconstruction programs in Shunde Peace Surgery Hospital are:

1. Iliac bone grafting + nail flap: take a part of the bone and nail flap from the iliac bone and big toe respectively, and then assemble the two into the shape of a finger and transplant it to the finger, keeping the patient's five toes.

2. Second toe joint + iliac + nail flap: take the middle joint of the second toe, the iliac bone, and the nail flap of the big toe, combine them into a finger shape and transplant them, after the second toe has no joint, and the first toe has no nail.

If you want to know more about reconstructive fingers, we recommend consulting Shunde Peace Surgery Hospital. Shunde Peace Surgery Hospital has been focusing on the research of hand surgery, and has rich clinical experience in finger replantation, finger reconstruction, and various complex hand trauma.

Fingers can be reconstructed with the toes to restore the appearance and function of the fingers. Finger reconstruction is the replacement of the metacarpal bone of the hand with a metal prosthesis or autologous bone, and the radius and ulna are shortened by 5 cm and 6 cm, respectively. The extra soft tissue flap in the forearm provides good ** coverage for the metacarpal bones, forming a new palm.

The finger is reconstructed by transplanting the toe or/or hallux skin flap.

Toe transplantation finger reconstruction usually uses the second toe, which is first close to the finger in terms of appearance, and after reconstruction, it can rebuild sensation and flexion and extension function. After recision, there is little effect on the supply of foot, and the patient can walk normally.