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Discussions underscore the novelty of droplet microfluidics combined with mechanoporation, with many posts describing the method as a 'game changer' for cell therapies. The tone is enthusiastic, with phrases like 'excited to share' and mentions of improved efficiency and scalability indicating strong interest and perceived high impact, although engagement remains somewhat focused on overviews rather than deep technical analysis.
Most discussions express positive support and enthusiasm for the research, highlighting its innovation and potential benefits.
Posts show high interest, emphasizing new methods and technological advances in cell transfection.
Some comments discuss the methodology and implications, indicating a moderate level of detailed engagement.
Several posts suggest this research could significantly influence future cellular engineering practices, though some focus on its potential rather than definitive impacts.
Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechanoporation to bring intracellular delivery to the next level. Great job, Byeongju Joo! https://t.co/CDxXSrWVc9
new #ACSNano journal cover! #MyACSCover @ACS4Authors https://t.co/UDCtBA7U0Z https://t.co/0PuX1pOFrk
Transfection/electroporation are the current standards for modifying/loading #immune cells for #whole #cell therapy. Read in @acsnano how @ac467 et al new technique of #droplet-enabled #mechanoporation has high cargo #delivery and #scalability! https://t.co/MmhIQFj3He
RT @ac467: new #ACSNano journal cover! #MyACSCover @ACS4Authors https://t.co/UDCtBA7U0Z https://t.co/0PuX1pOFrk
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
This study introduces a new method for efficiently delivering genetic material into human primary T cells using droplet microfluidics combined with cell mechanoporation, which mechanically permeabilizes cell membranes…
This video showcases high-speed imaging of droplet microfluidics used in mechanoporation to deliver genetic material into human T cells efficiently, reducing cargo use and maintaining cell viability, offering a…
This study introduces a new droplet microfluidics method combined with cell mechanoporation to efficiently deliver genetic material into human primary T cells, reducing cargo use, improving viability, and offering…
RT @ac467: new #ACSNano journal cover! #MyACSCover @ACS4Authors https://t.co/UDCtBA7U0Z https://t.co/0PuX1pOFrk
RT @ac467: new #ACSNano journal cover! #MyACSCover @ACS4Authors https://t.co/UDCtBA7U0Z https://t.co/0PuX1pOFrk
RT @ac467: new #ACSNano journal cover! #MyACSCover @ACS4Authors https://t.co/UDCtBA7U0Z https://t.co/0PuX1pOFrk
new #ACSNano journal cover! #MyACSCover @ACS4Authors https://t.co/UDCtBA7U0Z https://t.co/0PuX1pOFrk
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @BioconjChem: Transfection/electroporation are the current standards for modifying/loading #immune cells for #whole #cell therapy. Read…
RT @BioconjChem: Transfection/electroporation are the current standards for modifying/loading #immune cells for #whole #cell therapy. Read…
RT @BioconjChem: Transfection/electroporation are the current standards for modifying/loading #immune cells for #whole #cell therapy. Read…
Transfection/electroporation are the current standards for modifying/loading #immune cells for #whole #cell therapy. Read in @acsnano how @ac467 et al new technique of #droplet-enabled #mechanoporation has high cargo #delivery and #scalability! https://t.co/MmhIQFj3He
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
RT @ac467: Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechan…
Excited to share our new work published in @acsnano! We demonstrated how droplet microfluidics can be leveraged with cell mechanoporation to bring intracellular delivery to the next level. Great job, Byeongju Joo! https://t.co/CDxXSrWVc9
[ASAP] Highly Efficient Transfection of Human Primary T Lymphocytes Using Droplet-Enabled Mechanoporation https://t.co/ixCEM3QI1F