Jadi, ketup jantung babi bisa dipsang sekarang kejantung (anak) manusia yang 
ketup jantungnya nggak berfungsi..

Sialan, bagaimana dengan orang islam yagn rata-rata dungu-dungu kayak anjing 
dan menurutkan omong kosong al-Musahf yang bilagn babi itu haram?

Apakahmreak dihadapkan keapda pilihanmuskil: hidup panjana gdidunai atau masuk 
neraka? 

Ah, bakal ada yang bilang, saya yakin, bahwa kalau  terpaksa sih boleh aja.

Atau demi kesehatan.

Nah inilah masaalahnya: dua gelas anggur tiap hari itu juga bisa bermanfaat 
untuk kesehatan...

Allah itu sungguh maha tolol dan cuma bikin susah manusia aja.

Tapi yang tolol itu orang Islam tipikal, yang belum jugu sadar  bahwa Allah 
yang mereka sembah itu hanyalah Allah fiktif.

-----

Breakthrough in animal spare part transplants for humans

By Richard Gray, Science Correspondent
Last Updated: 12:01am BST 20/07/2008

Blood vessels, tendons and bladders from animals are to be used in humans for 
the first time after a breakthrough in transplant surgery.

Scientists have overcome the problem of rejection, which has previously 
prevented animal tissues from being used in patients.

It opens the way for a range of new procedures using animal parts.
advertisement

Children could be given pigs' heart valves that can grow with them, avoiding 
the need for repeated surgery; tissues such as ligaments, which have previously 
been difficult or impossible to repair, could be replaced; and eye patients 
could even be provided with new corneas.

By stripping the animal tissue of its cells with a series of chemical 
treatments, the scientists were left with a biological scaffold that provides a 
structure but no longer carries the factors that can trigger a recipient's body 
to reject a transplant. When the scaffold is surgically inserted into the 
patient's body, his or her own cells grow into it to create new tissue.

Because the patient's own cells fill the scaffold to create the tissue, 
scientists say there are no problems with rejection and the tissues are also 
able to regenerate, allowing them to last longer.

Professor John Fisher, a biological engineer at Leeds University who was one of 
the scientists behind the research, said they hoped to begin clinical trials on 
humans next year. He said that preclinical trials in animals had already been 
successful.

He added: "The problem that surgeons have always faced with transplanted 
tissues is the risk of rejection by the patient's body. All tissues carry 
messages on their surfaces that identify them as foreign to a patient's body 
when they are transplanted and this causes the immune system to attack them.

"We can take a tissue from an animal, remove all the cells that carry the 
signals that trigger the immune system so just the biological scaffold is left. 
When this is implanted, the patient's own cells then grow in to replace the 
original cells we have removed. This has advantages as the transplant can then 
grow with the patient - something that is very important in younger patients."

The scientists, who have formed a company, Tissue, are also working with the 
NHS Blood and Transplant Service to develop the technique so they can create 
new heart valves for children.

Surgeons have been able to transplant heart valves from pigs into patients for 
more than a decade, but these have a limited life span as they do not become 
populated by the patients own cells and are unable to repair any damage, 
meaning they must be replaced every 10 years.

For young patients this poses a particular problem as the valves do not grow 
with the child and so must be replaced frequently.

With the new technique the heart valves grow with the patient as if they were 
part of the original heart. The scientists use a combination of freezing, 
chemical baths and ultrasound to strip the animal tissue of its cells and prime 
the remaining biological scaffold so the patient's cells are encouraged to grow 
into it.

Scientists have already demonstrated the technique with blood vessels and heart 
valves and are developing transplants that can replace damaged ligaments, 
tendons, cartilage and bladders.

Professor Fisher said they were unable to use the method on complex organs such 
as kidneys and full-grown hearts, but American researchers recently used 
similar techniques to regrow hearts in rats.

Information appearing on telegraph.co.uk is the copyright of Telegraph Media 
Group Limited and must not be reproduced in any medium without licence. For the 
full copyright statement see Copyright


 ---------------
Jusfiq Hadjar gelar Sutan Maradjo Lelo


Allah yang disembah orang Islam tipikal dan yang digambarkan oleh al-Mushaf itu 
dungu, buas, kejam, keji, ganas, zalim lagi biadab hanyalah Allah fiktif.



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