New production methods for synthetic DNA can revolutionize biomaterial technology.

“A Harvard-led team developed a silicon chip that writes dozens of DNA sequences in parallel using a water-based enzymatic process controlled by tiny electric currents. The breakthrough offers a more environmentally friendly alternative to traditional DNA manufacturing and could help pave the way for portable DNA writing systems. Credit: SciTechDaily.com” (ScitechDaily, Harvard Scientists Turned a Silicon Chip Into a DNA Factory)

Researchers created a silicone microchip capable of synthesizing DNA. This type of system can be used to create customized DNA for bio- and nanotechnology. The system can produce custom DNA. Then the system can inject this DNA into the desired cells. That system makes it possible to create new types of cells that can get new benefits from that technology. The ability. To create. Customized immune cells. Makes it possible to create antibodies. That kind of DNA printer. They can be used to create stem cells by multiplying DNA. And then changing that DNA from the cell’s core. In those systems, the DNA printer moves over the cell culture. And then the injection system. It can remove the DNA and then replace it. By using another DNA. 

The ability to reprogram cells is the key element in genetic engineering. The problem is that. There needed. A certain number of DNA molecules. For gene therapy to be effective. This kind of small DNA factory. It can be surgically implanted . Into the body of the creature. That system could produce the DNA molecules that its programmers want. The system can “steal” material for the synthetic DNA from the cells. And then that system. It reassembles the DNA base pairs. Into orders that the programmers want. This kind of technology. It can revolutionize medical engineering. But it can have terrifying weapon solutions. 

The ability to create synthetic DNA is the thing. That makes many nanotechnical structures a reality. The nanotechnical armour can be a series of graphene layers. And DNA bites. Between those layers. They can act as springs. When something hits those layers. DNA springs. They will take that impact energy. Into them. The nano-rolls. They could transform heat energy into movement. And maybe those things. They can be based on the futuristic armour. But the DNA can simply act as the canvas. Nanotech DNA canvas. It can be the next-generation material. 

“A cross-section of a bristle worm jaw sample with the indentation testing sites labeled 1 to 11. Credit: Zelaya-Lainez et al.”(ScitechDaily, A Sea Worm’s Incredible “Bio-Metal” Jaws May Belong to an Entirely New Class of Material)

The sea worm can inspire new materials. “A sea worm’s metal-like jaws may represent an entirely new class of natural material. In the classic guessing game “20 Questions,” imagine asking “animal, vegetable, or mineral?” to help narrow down the answer.”(ScitechDaily, A Sea Worm’s Incredible “Bio-Metal” Jaws May Belong to an Entirely New Class of Material)

“For the ancient sea worm Perinereis cultrifera (which is still around to this day), the answer is surprisingly complicated. This species and other predatory bristle worms have powerful jaws made from structural proteins combined with ions. They use these jaws to bite, crush, and consume food.”(ScitechDaily, A Sea Worm’s Incredible “Bio-Metal” Jaws May Belong to an Entirely New Class of Material)

“The jaws are so unusual in both composition and performance that some scientists have proposed a new name for materials like them: bio-metals. Their study is becoming an emerging area of biophysics.” (ScitechDaily, A Sea Worm’s Incredible “Bio-Metal” Jaws May Belong to an Entirely New Class of Material)

The new materials. That can be flexible and then turn extra strong. In seconds. It can be based on the deep-sea worm. That worm has jaws that form proteins with metal ion glue. Those ion bonds make those jaws the “biometal”. “The term “bio-metal” describes more than a biological material that simply resembles metal. Scientific literature has previously used phrases such as “metallike biomaterials” or “biomaterials with metallike properties” for natural substances that approach metals in strength or electrical conductivity.” (ScitechDaily, A Sea Worm’s Incredible “Bio-Metal” Jaws May Belong to an Entirely New Class of Material)

The same proteins. They could be produced by using biotechnology. But with similar ion glues. They could also be used to connect DNA bits together. That can form the layer that can change its form. Deionization makes it possible. To turn the biological metal soft. That makes it easier to mold. When that process is ended. The system makes reionization. And that turns the material strong again. 

https://scitechdaily.com/harvard-scientists-turned-a-silicon-chip-into-a-dna-factory/

https://scitechdaily.com/a-sea-worms-incredible-bio-metal-jaws-may-belong-to-an-entirely-new-class-of-material/