Advancing Technology Worm – In an article published in the magazine “Natural Communications”, scientists said that the process of regeneration in sea worms, Ahuan Worm, shows that they observed similarly.
These discoveries differ greatly from the discovery observed in other worms, so that the scientific community provides a new perspective on understanding the regeneration mechanism.
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Insect regeneration with cloning spectrum of fluorescent rotary cells is monitored. -Fride: The lack of worm shows the approximate position of the amputation. -The line: in all epidermal cells are cloned and fluorescent lamps, watching in four stages of worms; From the fifth day, after regeneration, stem cells are activated and create new worms. -Bruffs: Before amputation, the back of three worms with fluorescence cloned among three different organizations. -quarter line: result of regeneration of the same three worms after three weeks; © creative sharing
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Among many animals, the structure of regeneration or damage to the limbs to form the germs can reform various cells of complex tissues.
In a study published by natural communications, scientists use animal models, ie Marine Nemor Worms to explore the regeneration mechanism. Their purpose is to understand how this regenerative ability uses genetic and cellular combination methods to organize time and space of vertebrates. Regeneration in the annelid worm is similar to the similarities of some vertebrates. .
They found that in the worm of the annelid cells that create bacteria after the tail amputation, cells studied in vertebrates (such as amphibians), which were previously strongly regenerated (such as amphibians) showed. These cells have “limited” abilities in annelid worms and salts or frogs. These “limited potential” cells that differ from polyo -Řek cells (can regenerate any type of cells) maintain specialization based on their original layers (three embryo embryo: outer embryo, medium embryo, endometry).
This restriction means that the regeneration in the Annelid worm is based on the “de -dife” special cells near the part of the damage that is restored to the unfinished state but does not change its professionalism. They maintain a fixed “identity” and cannot change during the regeneration process.
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Finally, the back of the worm, with the exception of any regeneration, depends on the group of stem cells with limited fate. These cells after amputation are lost after amputation, so they regenerate from differentiated cells with the same identity that were previously produced during the growth process. A new model of researching a regeneration mechanism
From this point of view, the worm is very different from another group of worms studied due to its significant regeneration abilities: flat worms or straight worms. People flags have more stem cells that are responsible for their growth and regeneration. Comparative studies of these animal models will provide important knowledge in the future and can understand deeper mechanisms in vertebrates.
Scientists emphasize another important point: these limited potential potentials in marine worms are activated by molecular signaling paths called TOR path. Inhibition of this journey in worms is effectively stopped by regeneration, proving that it activates a basic role in stem cells after injury.
This work helps to improve knowledge of the biology of regeneration and provides a framework of methods that can be used on other types to compare the mechanisms. Do you remember that the old -fashionable computer viruses spread like a wild fire? Imagine their new generation, but this time it was powered by artificial intelligence and was able to infect generated AI applications we rely on.
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Scientists have released a network security nightmare called Morris II, which aims to use the system behind the chat robot and the image generator that you can use. Unlike traditional worms, this does not require you to click on the wrong link or open an infected file. It only needs a oklamany artificial intelligence.
Morris II Insert the malicious code to hide the malicious code in a regular AI system. See it as instructions of whispering of unwilling friends. These descriptions tell artificial intelligence to further spread a copy of the worm and can allow worms to perform harmful tasks.
Generated AI (writing text, creating images, etc.) becomes part of everything from e -mail assistants to software design. Morris II studies show that as these ecosystems AI connect, one red can spread rapidly.
Scientists did not try to scare us, but tried to provide the situation for the world of network security. This kind of research is necessary for development:
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Artificial intelligence technology develops at incredible speed. If we hope there is no risk of anti -topy, the network security world must keep up. Morris II is Wake -Up Phone -ai -ai -Ah Malware decreases.
Like me, do you go through the complexity of network security in ai era? Eager to hear your experience! Share how AI affects your network security measures, challenges you face, and any problems traveling in your mind. Together we can deepen our understanding and strengthen defense skills. Find me on LinkedIn, Twitter or Facebook to keep my dialog!
Thank you for reading. Consider the publication of the Cube author and the media. In research, you can also observe and taste a complex image of gel animals like Deep -sea Animals. Clockwise from the top left: Holoplanktonic Polychhaeete
R.I. Kingston -17. January 2024 -Professor of Naval Engineering and Naval Engineering Professors on the island of University of Rod, as well as a multidisciplinary research team from multiple institutions, has successfully demonstrated well -deserved organization and 3D graph with high definition. The new sculpture technology will come across some of the most vulnerable animals in the Deep Sea.
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Professor Brennan Phillips, a major project researcher, including 15 scientists from six institutions, including a team of 15 scientists, including whether to find a new species or rare species for many years. The results of their work are published today in “Journal”
Robots, engineers, biological engineers and molecular biologists from the Maine Sea Science Department; Focus on innovation; The Ministry of Natural Sciences Baruk College in New York has created a team. The post represents five years of research.
Rova subastian rotating rotating duodenal (Rad-2) is installed in front and is about to place in the sea. Photo provides Brennan Phillips
The study wrote that the revolutionary progress of underwater imaging, robotics technology and genome sequential have transformed the ocean survey. Studies have shown that in a few minutes to meet deep animals, detailed measurements and movement of animals can be captured, the whole genome is obtained and creates complex lists of genes. The result of these rich digital data is the “type of network” of a single animal, not the physical “whole of the whole number” located in the collections of museums.
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“At present, if scientists want to describe them as a new species, they will face a difficult process.” It is thin and you don’t have to collect them in these collections.
“Similarly, it is a deep sea, thin animals. The current workflow is not suitable. This is the main reason why there are so many non -olalarized species in our ocean. ”
Information obtained from the study and other information may be useful to prevent extinction because it provides a lot of information from one sample at a single meeting. This work also responded to more and more appeal to research staff in compassion. Future research and development can carry out complete scanning and deep -sea stocks in the framework of capture and release.
Prepare Rad-2 study members on Deep Sea diving in October 2021. From left to right: Dave Casagrande (engineer, postgraduate school