The successful development of these chimeric monkeys brings great opportunities to deepen research into human diseases. By having more accurate monkey models, especially in studying neurological diseases, this research paves the way for a deeper understanding of disease mechanisms and the potential development of more effective therapies.
Apart from that, this success also has an impact on the field of genetic engineering and conservation of primate species. The researchers argue that chimeric monkeys have enormous potential value for species conservation if they can be created between two types of non-human primate species, especially those that are endangered. By investigating the contribution of donor cells from endangered species to the bloodline, the possibility of producing animals of these species through breeding becomes an exciting reality.
Although this success is a historic milestone, scientists acknowledge that there are still challenges that need to be overcome. The efficiency of this method is limited, and only one in 12 pregnancies results in a live chimeric monkey. The health of the only surviving monkey also deteriorated after 10 days and it was eventually euthanized.
However, hopes remain high, with researchers committed to continuing to improve the efficiency of this method. If successful, this will not only advance biomedical research, but also make a significant contribution to the conservation of biodiversity and the protection of endangered primate species.
2023-11-11 04:00:27
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