#molecularrobotics search results
Don Ingber just kicked off our #MolecularRobotics symposium, describing how this field sits at the intersection of DNA nanotechnology, synthetic biology, robotics, and computer science, and could lead to novel solutions for research and medicine. #WyssSympo
George Church: “We’re trying to do evolution on steroids by combining DNA synthesis and machine learning.” #WyssSympo #MolecularRobotics
“Shrinking existing machines has been a spectacular failure.” -Itai Cohen, Cornell University, at the #MolecularRobotics #WyssSympo
Wesley Wong: “Combining our Centrifuge Force Microscope and DNA Nanoswitches gives us new information about proteins and population heterogeneity at single-molecule level.” #MolecularRobotics WyssSympo
“#MolecularRobotics is a new field and we are in the process of creating it.” -Justin Werfel, Wyss Institute Senior Research Scientist at the #wysssympo
Justin Werfel: “In swarm robotics, each individual robot is limited in function, but together they can achieve great things, just like social insects can achieve great things.” Justin is applying swarm robotic approaches to the #MolecularRobotics
REGISTER TODAY: Wyss symposium on #MolecularRobotics on 9/21 in Boston. We'll focus on the intersection of DNA nanotechnology, synthetic biology, robotics, and computer science–advances that could lead to programmable molecular machines buff.ly/2LTn946
Very much geared toward biomedical translation at the #MolecularRobotics #WyssSympo, David Zhang (@Rice_BIOE) outlined a molecular diagnostics effort for fast and multiplexed pathogen detection and the possibility to improve the course of treatments directly, starting in...
Itai Cohen: “We’re inspired by the idea that at the size scale of 50 microns, there’s an entire universe of organisms. Could we build one?” #MolecularRobotics #WyssSympo
Relive the memories – Read our recap on the 9th Annual #Wyss International Symposium on #MolecularRobotics, which highlights how molecules are being programmed to carry out specific functions like robots across multiple size scales buff.ly/2xVh69p
Toehold Switches are highly orthogonal and can be deployed in combinations to regulate different steps in a synthetic gene network with high specificity. #syntheticbiology #molecularrobotics buff.ly/2x7ElNE
Follow us on Instagram and check out photos from today's #MolecularRobotics #WyssSympo: buff.ly/2IfhLXr
#MolecularRobotics: scientists have built the smallest motor in the world. The atomically precise molecular machine could be used to study energy dissipation during quantum tunneling events or to harvest energy at the atomic scales - empa.ch/web/s604/molec… #Nanotech
Join our #MolecularRobotics symposium, which will focus on progress of DNA nanotechnology, synthetic biology, robotics, and computer science, that could lead to programmable molecular machines as novel solutions for research and medicine. buff.ly/2A9OYnm
DNA devotee? RNA fanatic? Yamuna Krishnan prides herself in being both! Join @KrishnanYamuna and an expert crew of #MolecularRobotics speakers on Sept 21 for the 9th Annual Wyss International Molecular Robotics Symposium. buff.ly/2nl1t5Z @UChiChemistry
What is a Cargo-sorting DNA Robot? Register today for our upcoming #MolecularRobotics Symposium and learn more about DNA robots from @caltech Professor Lulu Qian. buff.ly/2nl1t5Z
Last week we hosted an international symposium on #MolecularRobotics, which conference highlighted how molecules are being programmed to carry out specific functions like robots across multiple size scales. buff.ly/2xVh69p
Join us for our annual symposium, which will focus on advances in #MolecularRobotics and the intersection of DNA nanotechnology, synthetic biology, robotics, & computer science that could lead to programmable molecular machines for research and medicine. buff.ly/2A9OYnm
"...several of the speakers at the 2018 Wyss International Symposium made explicit, the field of #molecularrobotics is in many ways unusual: it contains a set of nascent technologies looking for structure and applications..." @CrossTalkCP @Pavalavavlavich buff.ly/2O9TTuT
Learn more about how Wesley Wong, William Shih, and Peng Yin are working as part of the Molecular Robotics Initiative to find innovative solutions for maximum impact. #DNA #Nanotechnology #MolecularRobotics wyss.harvard.edu/news/evolving-…
Moving molecular robotics to next level with computerized rolling DNA motors #EmoryUniversity #molecularrobotics #computerizedrollingDNAmotors innovationtoronto.com/2022/04/moving…
#MolecularRobotics: scientists have built the smallest motor in the world. The atomically precise molecular machine could be used to study energy dissipation during quantum tunneling events or to harvest energy at the atomic scales - empa.ch/web/s604/molec… #Nanotech
Towards thermal actuation of DNA nanodevices for #MolecularRobotics applications @wyssinstitute. A very creative approach. Congratulations to the authors! ncbi.nlm.nih.gov/pubmed/31584082
Research published in @CommsPhys demonstrates that encapsulating high concentration of actin into liposomes results in their deformation. #SoftMatter research from Communications Physics #polymers #MolecularRobotics go.nature.com/2JBGGZd
"...several of the speakers at the 2018 Wyss International Symposium made explicit, the field of #molecularrobotics is in many ways unusual: it contains a set of nascent technologies looking for structure and applications..." @CrossTalkCP @Pavalavavlavich buff.ly/2O9TTuT
well, if you think that's crazy, we're also working on #molecularrobotics: wyss.harvard.edu/technologies/?…
Relive the memories – Read our recap on the 9th Annual #Wyss International Symposium on #MolecularRobotics, which highlights how molecules are being programmed to carry out specific functions like robots across multiple size scales buff.ly/2xVh69p
Last week we hosted an international symposium on #MolecularRobotics, which conference highlighted how molecules are being programmed to carry out specific functions like robots across multiple size scales. buff.ly/2xVh69p
Follow us on Instagram and check out photos from today's #MolecularRobotics #WyssSympo: buff.ly/2IfhLXr
Very much geared toward biomedical translation at the #MolecularRobotics #WyssSympo, David Zhang (@Rice_BIOE) outlined a molecular diagnostics effort for fast and multiplexed pathogen detection and the possibility to improve the course of treatments directly, starting in...
“Our goal with DNA Puppeteered Calipers is to read protein structure tomorrow as easily as DNA sequences are read today.” -Wesley Wong, Wyss Institute Associate Faculty at #MolecularRobotics #wysssympo
Wesley Wong: “Combining our Centrifuge Force Microscope and DNA Nanoswitches gives us new information about proteins and population heterogeneity at single-molecule level.” #MolecularRobotics WyssSympo
Itai Cohen: “We’re inspired by the idea that at the size scale of 50 microns, there’s an entire universe of organisms. Could we build one?” #MolecularRobotics #WyssSympo
“Shrinking existing machines has been a spectacular failure.” -Itai Cohen, Cornell University, at the #MolecularRobotics #WyssSympo
“#MolecularRobotics is a new field and we are in the process of creating it.” -Justin Werfel, Wyss Institute Senior Research Scientist at the #wysssympo
George Church: “We’re trying to do evolution on steroids by combining DNA synthesis and machine learning.” #WyssSympo #MolecularRobotics
Don Ingber just kicked off our #MolecularRobotics symposium, describing how this field sits at the intersection of DNA nanotechnology, synthetic biology, robotics, and computer science, and could lead to novel solutions for research and medicine. #WyssSympo
George Church: “We’re trying to do evolution on steroids by combining DNA synthesis and machine learning.” #WyssSympo #MolecularRobotics
“Shrinking existing machines has been a spectacular failure.” -Itai Cohen, Cornell University, at the #MolecularRobotics #WyssSympo
Join us for our annual symposium, which will focus on advances in #MolecularRobotics and the intersection of DNA nanotechnology, synthetic biology, robotics, & computer science that could lead to programmable molecular machines for research and medicine. buff.ly/2A9OYnm
REGISTER TODAY: Wyss symposium on #MolecularRobotics on 9/21 in Boston. We'll focus on the intersection of DNA nanotechnology, synthetic biology, robotics, and computer science–advances that could lead to programmable molecular machines buff.ly/2LTn946
Wesley Wong: “Combining our Centrifuge Force Microscope and DNA Nanoswitches gives us new information about proteins and population heterogeneity at single-molecule level.” #MolecularRobotics WyssSympo
“#MolecularRobotics is a new field and we are in the process of creating it.” -Justin Werfel, Wyss Institute Senior Research Scientist at the #wysssympo
Come to our symposium on #MolecularRobotics – sharing recent progress at the intersection of DNA #nanotechnology, #syntheticbiology, #robotics, and computer science that could lead to programmable molecular machines for research and medicine buff.ly/2A9OYnm
Very much geared toward biomedical translation at the #MolecularRobotics #WyssSympo, David Zhang (@Rice_BIOE) outlined a molecular diagnostics effort for fast and multiplexed pathogen detection and the possibility to improve the course of treatments directly, starting in...
Relive the memories – Read our recap on the 9th Annual #Wyss International Symposium on #MolecularRobotics, which highlights how molecules are being programmed to carry out specific functions like robots across multiple size scales buff.ly/2xVh69p
Justin Werfel: “In swarm robotics, each individual robot is limited in function, but together they can achieve great things, just like social insects can achieve great things.” Justin is applying swarm robotic approaches to the #MolecularRobotics
Itai Cohen: “We’re inspired by the idea that at the size scale of 50 microns, there’s an entire universe of organisms. Could we build one?” #MolecularRobotics #WyssSympo
Toehold Switches are highly orthogonal and can be deployed in combinations to regulate different steps in a synthetic gene network with high specificity. #syntheticbiology #molecularrobotics buff.ly/2x7ElNE
#MolecularRobotics: scientists have built the smallest motor in the world. The atomically precise molecular machine could be used to study energy dissipation during quantum tunneling events or to harvest energy at the atomic scales - empa.ch/web/s604/molec… #Nanotech
DNA devotee? RNA fanatic? Yamuna Krishnan prides herself in being both! Join @KrishnanYamuna and an expert crew of #MolecularRobotics speakers on Sept 21 for the 9th Annual Wyss International Molecular Robotics Symposium. buff.ly/2nl1t5Z @UChiChemistry
Follow us on Instagram and check out photos from today's #MolecularRobotics #WyssSympo: buff.ly/2IfhLXr
What is a Cargo-sorting DNA Robot? Register today for our upcoming #MolecularRobotics Symposium and learn more about DNA robots from @caltech Professor Lulu Qian. buff.ly/2nl1t5Z
Join our #MolecularRobotics symposium, which will focus on progress of DNA nanotechnology, synthetic biology, robotics, and computer science, that could lead to programmable molecular machines as novel solutions for research and medicine. buff.ly/2A9OYnm
"...several of the speakers at the 2018 Wyss International Symposium made explicit, the field of #molecularrobotics is in many ways unusual: it contains a set of nascent technologies looking for structure and applications..." @CrossTalkCP @Pavalavavlavich buff.ly/2O9TTuT
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