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 |  | Own heart restarted, donor organ removed (Reuters)
 Updated: 2006-04-14 11:29
  A British girl is thought to have become the first heart transplant 
patient in the UK and possibly the world to have had her donor organ removed and 
her own heart re-started, a London hospital said on Thursday. 
 Hannah 
Clark from south Wales had a heterotopic transplant operation -- known as a 
"piggyback" because the donor heart is placed next to the original organ -- 10 
years ago.
 
 However, complications arose after her body recently started 
reacting badly to the drugs she had to take to stop her body rejecting the new 
heart and surgeons took the decision to remove the donor organ.
 
 "We 
discovered that actually her old heart was now working quite well," said a 
spokesman from London's Great Ormond Street Hospital for Children.
 
 "So 
we removed the transplant heart, we were able to take her off the anti-rejection 
drugs and reconnected her old heart back up again and it worked. She's doing 
very well."
 
 He added: "We would be surprised if anybody came up with 
another case. Maybe it's a world first."
 
 Sir Magdi Yacoub, the 
Egyptian-born surgeon who performed Clark's original transplant, advised 
surgeons during the February 20 operation. He said he was delighted that the 
girl's heart had recovered so well.
 
 "Her (original) heart recovered 
almost completely," he told BBC Radio. "It is now a normal heart. This is a very 
happy ending."
 
 Medical experts said the operation was an important 
development in treating people suffering from cardiomyopathy, whereby the heart 
becomes inflamed and functions poorly.
 
 "Surgeons like Magdi Yacoub have 
thought for some time that if a heart is failing because of acute inflammation, 
it might be able to recover if rested," said Professor Peter Weissberg, Medical 
Director of the British Heart Foundation.
 
 "This seems to be exactly what 
has happened in this case. The piggyback heart allowed the patient's own heart 
to take a rest."
 
 He said the modern approach to Clark's problem would be 
to install a temporary mechanical device which could be removed after a few 
months, but that such a method had not been available 10 years ago.
 
 "This is a great example of how a pioneering and novel approach to a 
medical problem can lead to surprising results that tell us a lot about how some 
heart diseases progress," he said.
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