A Boston hospital is starting the world's first hand transplant program for children, and doctors say it won't be long until face transplants and other radical operations to improve appearance and quality of life are offered to kids, too.


The move shows the growing willingness to do transplants to enhance a patient's life rather than to save it as donated hearts, livers and other organs have done in the past. More than 70 hands and at least 20 faces have been transplanted in adults, and doctors say it's clear these operations are safe enough to offer to children in certain cases, too.


"We feel that this is justifiable," Dr. Amir Taghinia said of the pediatric hand program he will lead at Boston Children's Hospital.


"Children will potentially benefit even more from this procedure than adults" because they regrow nerves more quickly and have more problems from prosthetic hands, he said.


Only one hand transplant is known to have been done in a child – a baby in Malaysia in 2000. Because the donor was a twin who died at birth, her sister did not need to take drugs to prevent rejection.


That's the main risk in offering children hand transplants – the immune-suppressing drugs carry side effects and may raise the risk of cancer over the long term.


However, one independent expert thinks the gains may be worth it in certain cases.


"We understand so much more about immune suppression" that it's less of a risk to put children on it, said Dr. Simon Horslen, medical director of the liver and intestine transplant program at Seattle Children's Hospital. "This is never going to be done as an emergency procedure, so the families will have plenty of opportunity to weigh the options."


Also, a hand can be removed if rejection occurs, and that would not leave the child worse off than before the transplant, Horslen said.


Several types of kids might be candidates – those born without hands, children who lose them in accidents and children with infections that wind up requiring damaged hands to be amputated.


Quality of life is a key concern for people missing arms and hands – prosthetics for those limbs are not as advanced as those for feet and legs. In December, doctors at Johns Hopkins Hospital in Baltimore did a double-arm transplant for former soldier Brendan Marrocco, who lost all four limbs while serving in Iraq. It was the seventh double-hand or double-arm transplant performed in the U.S.


For a child missing two hands, "the quality-of-life issues are a big deal," said Dr. Douglas Diekema of the Center for Pediatric Bioethics at Seattle Children's Hospital and a member of the American Board of Pediatrics' ethics committee.


"In terms of how we interact with the social world, it's mostly our face and our hands," so a transplant "is a reasonable thing to offer a family," he said.


Boston Children's Hospital plans to make its first cases healthy children 10 or older who are missing both hands.


"Some of them can't feed themselves, they can't go to the bathroom, someone needs to assist them with almost every activity," Taghinia said.


The hospital also will consider children missing one hand who already are taking immune-suppressing drugs because of transplanted organs, or those with only one hand that doesn't work well.


The hospital will cover the cost of the operation and care for three months afterward, then ask insurers to pay for immune suppression and follow-up.


___


Online:


Boston program: http://www.bostonchildrens.org/handtransplant


Support groups: http://www.helpinghandsgroup.org/


and http://www.amputee-coalition.org/


___


Marilynn Marchione can be followed at http://twitter.com/MMarchioneAP


Also on HuffPost:






  • Double-Leg Transplant


    <strong>When and Where:</strong> July 2011, Spain

    A young man in his 20s underwent a <a href="http://www.huffingtonpost.com/2011/07/12/double-leg-transplant-first_n_896442.html" target="_hplink">10-hour surgery in Valencia</a> just last Sunday to give him a new set of legs. Doctors hope that the patient will be able to walk with the help of crutches within about a year -- depending on how his nerves regenerate.

    A double-leg transplant had never been attempted before, in large part because in most cases of leg amputation, highly effective prosthetic legs can be used instead. The effectiveness of this surgery remains to be seen, but Dr. Pedro Cavadas, the doctor who performed the surgery, is hopeful. Dr. Cavadas <a href="http://www.huffingtonpost.com/2011/07/12/double-leg-transplant-first_n_896442.html" target="_hplink">also performed the first face and double-hand transplants</a> done in Spain.

    Photo Credit: Getty




  • Artificial Windpipe


    <strong>When and Where:</strong> July 2011, Sweden

    Not only did this surgery mark the <a href="http://www.huffingtonpost.com/2011/07/07/artificial-windpipe-transplant_n_892350.html" target="_hplink">first time an artificial windpipe was transplanted</a>, but it also marked the first time any synthetic organ had been transplanted. The windpipe was created in a lab in England and then coated in the patient's stem cells before the <a href="http://www.huffingtonpost.com/2011/07/07/artificial-windpipe-transplant_n_892350.html" target="_hplink">12-hour surgery began</a>. These cells mean that he does not have to fear organ rejection, as most transplant patients do and is not on any sort of immunosuppressive drugs.




  • Full-Face Transplant


    <strong>When and Where: </strong>March 2010, Spain

    Also performed in Spain, the <a href="http://www.huffingtonpost.com/2010/07/26/oscar-first-full-face-tra_n_659196.html" target="_hplink">world's first full-face transplant</a> occurred just last year (the first partial-face transplant happened in 2005). The patient was a 31-year-old farmer who had accidentally shot himself in the face a few years prior. He is still undergoing physical therapy, although much of the <a href="http://www.huffingtonpost.com/2010/07/26/oscar-first-full-face-tra_n_659196.html" target="_hplink">sensation in his face has returned</a> and his muscles have developed. Only a week after the transplant, he began to grow a beard.

    The <a href="http://www.huffingtonpost.com/2011/05/09/face-transplant-press-conference_n_859391.html?" target="_hplink">first full-face transplant in the United States</a> occurred this past May.




  • U.S. Double-Hand Transplant


    <strong>When and Where:</strong> May 2009, Pittsburgh

    Although it was the ninth double-hand transplant in the world, the nine-hour surgery marked the <a href="http://www.huffingtonpost.com/2009/05/06/double-hand-transplant-ge_n_198538.html" target="_hplink">first time that this procedure had been done in the United States</a>. Georgia native Jeff Kepner, 58, had lost his hands 10 years earlier to a bacterial infection. Although the surgery was an initial success, Kepner is <a href="http://www.cnn.com/2010/HEALTH/08/26/double.hand.transplant/index.html" target="_hplink">still undergoing intensive physical therapy</a> and has not regained full control over his new apendages.

    Photo Credit: Getty




  • Technological Innovation


    More and more, technological innovation is the driving force behind saving lives through transplantation. At recent TED conferences, two lectures were given that clearly demonstrated the exciting progress that is on the horizon.

    At TEDMED 2010, thoracic surgeon, Dr. Shaf Keshavjee, M.D., <a href="http://www.huffingtonpost.com/2011/01/31/tedmed-2010-superorgans_n_811894.html" target="_hplink">showed the audience a machine that allows an organ to survive</a> for an extended period of time outside of the body at a normal temperature. This allows an organ to be examined and treated before it is put into the recipient's body. Keshavejee demonstrated the machine's efficacy by allowing audience members to come up at touch a live pig's lung that had been recovered earlier that day.

    At a TED conference this past March, <a href="http://www.physorg.com/news/2011-03-surgeon-kidney-ted-stage.html" target="_hplink">Dr. Anthony Atala used a bioprinting machine</a> to print out the mold of a human kidney. As this technology is developed further, scientists hope that it could eventually (most likely not for years) lead to the ability to print out fully-functional, artificial organs.




  • Related Video