Making cells build nano-machines

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SUMMARY

Microorganisms can be engineered to produce proteins, which can function as nano-machines, through the use of recombinant DNA technology, specifically utilizing plasmids. This method allows for the translation of proteins such as enzymes and chaperones that operate at the nanoscale. However, the discussion raises uncertainty regarding the ability to induce microorganisms to synthesize inorganic nano-objects or machines. Further exploration into this area is warranted to determine the feasibility of such applications.

PREREQUISITES
  • Recombinant DNA technology
  • Plasmid construction and usage
  • Protein synthesis mechanisms in microorganisms
  • Nanoscale engineering principles
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  • Research the latest advancements in recombinant DNA techniques for protein engineering
  • Explore the role of enzymes and chaperones as nano-machines in biological systems
  • Investigate methods for synthesizing inorganic nano-objects using biological systems
  • Study the applications of synthetic biology in nanotechnology
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Biotechnologists, molecular biologists, and researchers in synthetic biology and nanotechnology who are interested in the intersection of microbiology and nanomachine development.

cronodragon
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Is it possible to make microorganism create nano-objects or nano-machines? Any known experiment?

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We can make microorganisms create proteins by placing their genetic code in a recombinant DNA molecule (typically a plasmid) and induce the bacteria to translate that protein. Some proteins can of course can be considered nano machines, such as enzymes and chaperones. But I'm not sure if we can coax the microorganism to make something inorganic. Maybe somebody else does??
 

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