Dinosaur Soft Tissue Remains: New Research on Telmatosaurus transsylvanicus
About 66 to 70 million years ago who lived Telmatosaurus transsylvanicus The dinosaur named is currently the subject of research with its fossilized remains in Romania. Researchers from England and Romania, in their examinations of the remains of this dinosaur, high resolution microscopes significant findings were obtained using the
Millions of Years of Soft Tissue Preservation
The analyses showed that it was linked to the tumor previously detected in the jawbone of Telmatosaurus. erythrocyte-like structures This suggests that soft tissue remains may be preserved in fossils more frequently than previously thought. It offers the opportunity to learn more about ancient creatures and their diseases.
Understanding Soft Tissue and Diseases
Oncologist at Anglia Ruskin University Justin Stebbingstated that soft tissues contain proteins and that these proteins contain molecular information that can reveal the biological mechanisms of diseases. In this context, soft tissue remains provide important information about how cancer forms and how it evolves.
Biological Adaptations and Fighting Cancer
Large animal species, especially whales and elephants, have developed special mechanisms to protect themselves against cancer. Another focus of the research is to examine whether dinosaurs had similar biological adaptations. Understanding these adaptations may help prevent and treat cancer in humans in the future. new approaches can contribute to its development.
Preservation of Fossil Specimens
The researchers emphasize that such fossil specimens should be carefully preserved, as future scientific developments may allow them to be examined in more detail. Without sufficient tissue samples, these opportunities will be lost. “Dinosaurs, long-lived and large-bodied organisms, provide an important resource for studying how they coped with cancer over millions of years,” Stebbing said.
Ameloblastoma Tumor and Its Historical Value
In the research conducted, the dinosaur examined ameloblastoma It has been determined that he had a tumor called cancer, which is also seen in humans today. This provides an important opportunity to study how cancer may have changed over millions of years and how species have adapted to combat this disease.
The Role of Proteins in Ancient Diseases
Stebbing notes that proteins, especially those found in calcified tissues such as bone, are more stable than DNA. This makes them ideal candidates for studying ancient diseases, including cancer. Therefore, soft tissue remains of dinosaurs provide valuable information about the evolution of cancer.
Future Research and Potential Benefits
Such studies can not only help understand the evolutionary processes of dinosaurs, but also shed light on humans’ fight against cancer. Studies on how dinosaurs survived for centuries and how they fought cancer could open new avenues for treatment for humanity. In this context, scientists’ interest in fossil specimens is increasing and studies in this area are gaining momentum.
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Studies like this one on Telmatosaurus transsylvanicus, findings from soft tissue remains of dinosaurs, have great potential for future research. Understanding how dinosaurs historically dealt with cancer could lead to significant advances in modern medicine. The scientific community should continue to support such research and unravel the mysteries of these ancient creatures.
