Mentions
Extended reach
Total likes
Video views
AI synopsis
The discussions emphasize the innovative microfluidic method for gene delivery, highlighting its high efficiency and practical advantages such as low cost and rapid operation. Words like 'highly effective,' 'superior,' and 'achievement' reflect strong positive sentiment and recognition of potential impact, while technical references indicate substantial engagement with the research specifics.
Most discussions express positive support and approval of the article’s findings, indicating general agreement with its significance.
The discussions demonstrate high interest through mentions of specific techniques, high efficiency, and technological innovation.
Posts reference technical details like microfluidic flow patterns and cell stretching, showing moderate to deep engagement with the research methods.
The emphasis on high delivery efficiency, cost-effectiveness, and potential for advancements suggests that the discussion sees this work as impactful and influential.
High speed microscopy video showing a method to elongate cells by rapid flow through a microfluidic chamber toward a cavity. https://t.co/EddFnwINXW by Aram J. Chung @ac467 Korea University /CJD https://t.co/PnXQ4MXwg2
In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfection yield and delivery efficiency (up to 98%) which is superior to many of the current technologies. https://t.co/O3ggrbfxPT #genedelivery
It turned out well :) #acsnano #intracellulardelivery #transfection #genedelivery #microfluidics @acsnano https://t.co/Nu3zVNaTx5 https://t.co/PGIGM4XMWa
RT @uFluidix: In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfectio…
RT @ac467: It turned out well :) #acsnano #intracellulardelivery #transfection #genedelivery #microfluidics @acsnano https://t.co/Nu3zVNaT…
RT @uFluidix: In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfectio…
This video explores a novel microfluidic cell stretching method that effectively introduces nanomaterials into primary cells, achieving up to 98% delivery efficiency while reducing cell disruption and costs.
This video discusses a new method using inertial flow microchannels to stretch cells for high-efficiency gene delivery, overcoming limitations of traditional techniques and enabling rapid, cost-effective cell…
This video discusses a novel cell delivery platform utilizing inertial flow in a T-junction microchannel to enhance nanoparticle internalization into primary cells. The method achieves up to 98% efficiency, operates…
RT @ac467: It turned out well :) #acsnano #intracellulardelivery #transfection #genedelivery #microfluidics @acsnano https://t.co/Nu3zVNaT…
RT @ac467: It turned out well :) #acsnano #intracellulardelivery #transfection #genedelivery #microfluidics @acsnano https://t.co/Nu3zVNaT…
It turned out well :) #acsnano #intracellulardelivery #transfection #genedelivery #microfluidics @acsnano https://t.co/Nu3zVNaTx5 https://t.co/PGIGM4XMWa
RT @uFluidix: In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfectio…
RT @uFluidix: In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfectio…
RT @uFluidix: In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfectio…
RT @uFluidix: In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfectio…
RT @uFluidix: In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfectio…
RT @uFluidix: In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfectio…
In this recent article, the flow patterns in a #microfluidic T-junction #microchannel are used to achieve a high #transfection yield and delivery efficiency (up to 98%) which is superior to many of the current technologies. https://t.co/O3ggrbfxPT #genedelivery
RT @acsnano: High speed microscopy video showing a method to elongate cells by rapid flow through a microfluidic chamber toward a cavity. h…
High speed microscopy video showing a method to elongate cells by rapid flow through a microfluidic chamber toward a cavity. https://t.co/EddFnwINXW by Aram J. Chung @ac467 Korea University /CJD https://t.co/PnXQ4MXwg2
[ASAP] Microfluidic Cell Stretching for Highly Effective Gene Delivery into Hard-to-Transfect Primary Cells https://t.co/0Sb8QeemNY
RT @ac467: Our work on microfluidic gene delivery into hard-to-transfect primary cells published in @acsnano! https://t.co/NGVwIWTRHb