Scientists Create Artificial Hybrid Molecule as Step Towards Artificial Life Forms
The creation of an artificial life is a topic that captures the attention of scientists and the public. Will artificial life forms always play a role in our natural environment?
Associate Professor Chenguan Law from the University of South Denmark, together with Professor Hanbin Mao at the University of Kent, have made a breakthrough in this area. They have successfully created a special artificial hybrid molecule, a significant step towards the creation of artificial life forms. The study, titled “Hybrid Peptide-DNA Nanostructure”, has been published in the journal Cell Reports Physical Science.
Potential Application of Artificial Life
Professor Law’s focus is to create viral vaccines and artificial life forms for the diagnosis and treatment of diseases. According to Law, artificial life forms can potentially serve as a defense against viruses that cause illnesses. Furthermore, these forms can act as vaccines against viral infections or be utilized as nanorobots carrying drugs and diagnostic elements.
Molecular Building Blocks
The creation of viral vaccines and artificial life relies on the use of DNA and peptides. Recently, Professor Mao and Professor Law successfully created an artificial hybrid molecule that combines the advantageous properties of both these elements.
Global Achievements in Hybrid Structures
Researchers across the world are also exploring the combination of DNA and peptides in their work. Scientists at Oxford University have developed a nanorobot composed of DNA and peptides that can penetrate cell membranes. At the University of Arizona, researchers have successfully created 2D and 3D structures using this combination. Likewise, at the University of Northwest, they have demonstrated the formation of microfibers with DNA and peptides.
Professor Chenguan Law highlighted the potential of these discoveries, stating, “I will not be surprised if one day we can create hybrid nanorobots, viral vaccines, and even artificial life forms to combat difficult diseases. It would revolutionize the field of medicine.”