Scientists from Matthias L\u00fctolf’s research group at the Technical University of Lausanne (Switzerland) have developed mini-guts that accurately mimic the onset of cancer. This scientific breakthrough makes it possible to elucidate multiple processes involved in cancer development within a single animal-free model – an absolute first. This advancement offers hope not only for better cancer treatments without animal testing but also for faster and safer drug development for patients.<\/strong><\/p>\n The publication of this breakthrough in Nature underscores the importance and potential of animal-free research methods.<\/strong><\/p>\n<\/div><\/div><\/div><\/div><\/div> Matthias L\u00fctolf and his research team grew mini-colons on a scaffold, giving the tissue the correct 3D shape. Additionally, the researchers developed a technique to induce tumor growth in these healthy mini-guts on command. By shining blue light on a specific part of the mini-gut, the DNA in the cells changes, allowing the tumors to be tracked for weeks. The team has already used the mini-guts to identify molecules that contribute to colon cancer development.<\/p>\n Understanding how healthy cells transform into cancer cells is crucial for drug development. The mini-guts are the most realistic animal-free model to date. Such a model not only leads to better insights and faster drug development for colon cancer but also reduces the number of laboratory animals used.<\/p>\n This is critically needed. The number of laboratory animals used specifically for colon cancer research is unknown, but in 2022 alone, the Netherlands Cancer Institute conducted 18,000 animal tests for cancer research, 99% of which involved mice. Additionally, 37,529 mice were bred but not used, most of which were euthanized.<\/p>\n Unfortunately, this research still used laboratory animals. The mini-guts were made from mouse stem cells and were eventually transplanted into mice. However, a positive outcome emerged: researchers concluded that the mini-guts behave the same in culture dishes and in the mouse body. In the next study, the mini-guts will not be transplanted into mice. The next step is to build the same model using human stem cells, making the research entirely animal-free.<\/p>\n The publication of this research in Nature is significant. Nature is globally recognized as one of the most prestigious and influential journals in natural science research. Due to its wide readership, articles have a substantial impact. Often, a publication leads to more citations, and the rigorous selection and extensive peer reviews during the publication process serve as a quality mark. This quality mark is now indelibly stamped on this remarkable (nearly) animal-free innovation.<\/p>\n At Proefdiervrij, we believe that animal-free research deserves more recognition and publications in scientific journals. If scientific journals truly stand for innovation, they should provide a better and larger platform for animal-free, human-oriented research methods. This would not only advance science but also contribute to a future without animal testing, focusing on human-centered solutions.<\/p>\n<\/div><\/div><\/div><\/div><\/div> The Animal Free Gallery is your platform to share successes, exchange knowledge, and network with like-minded professionals and scientists. Together we can make strides towards innovations without animal testing. Join us and celebrate every development towards ethical and innovative research!<\/p>\n<\/div>Tumors in cultured mini-guts<\/h2>\n
Why these mini-guts are groundbreaking<\/h2>\n
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Why this breakthrough is important for cancer research and animal testing<\/h2>\n
The path to fully animal-free research<\/h2>\n
The significance of Nature\u2019s recognition<\/h2>\n
Join our LinkedIn group<\/h2>\n
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