Micro- and Nanorobots Meet DNA

Micro- and Nanorobots Meet DNA

WoS Article

DNA, the well-known molecule that carries the genetic information of almost all forms of life, represents a pivotal element in formulating intelligent and versatile micro/nanorobotic systems. DNA-functionalized micro/nanorobots have opened new and exciting opportunities in many research areas due to the synergistic combination of self-propulsion at the micro/nanoscale and the high specificity and programmability of DNA interactions. Here, their designs and applications are critically reviewed, which span from the use of DNA as the fuel to chemotactically power nanorobots toward cancer cells to DNA as the main building block for sophisticated phototactic biorobots, DNA nanodevices to self-monitor microrobots' activity status, DNA and RNA sensing, nucleic acids isolation, gene therapy, and water purification. The perspective on future directions of the field is also shared, envisioning DNA-mediated reconfigurable assemblies of nanorobotic swarms.

DNA, the well-known molecule that carries the genetic information of almost all forms of life, represents a pivotal element in formulating intelligent and versatile micro/nanorobotic systems. DNA-functionalized micro/nanorobots have opened new and exciting opportunities in many research areas due to the synergistic combination of self-propulsion at the micro/nanoscale and the high specificity and programmability of DNA interactions. Here, their designs and applications are critically reviewed, which span from the use of DNA as the fuel to chemotactically power nanorobots toward cancer cells to DNA as the main building block for sophisticated phototactic biorobots, DNA nanodevices to self-monitor microrobots' activity status, DNA and RNA sensing, nucleic acids isolation, gene therapy, and water purification. The perspective on future directions of the field is also shared, envisioning DNA-mediated reconfigurable assemblies of nanorobotic swarms.

aptamers; DNA; fluorescence; gene deliveries; gene silencing; micromotors; motion-based sensors; nanomotors; nucleic acids; oligonucleotides; RNA; water remediation

aptamers; DNA; fluorescence; gene deliveries; gene silencing; micromotors; motion-based sensors; nanomotors; nucleic acids; oligonucleotides; RNA; water remediation

URSO, M.; PUMERA, M.

2023

01.09.2022

Wiley VCH

WEINHEIM

1616-3028

ADVANCED FUNCTIONAL MATERIALS

32

37

Federal Republic of Germany

1

19

19

https://onlinelibrary.wiley.com/doi/10.1002/adfm.202200711

http://hdl.handle.net/11012/208468

[4] Accepted (peer-reviewed) version of Urso_AFM_2022 DNA
adfm.202200711-accepted