News & Research
The hydrodynamic problem of Intracellular drug delivery
The problem of intracellular delivery is not only about permeating the outer membrane but also about mixing with the inner ones; when the state matters and when it doesn't.
The hydrodynamic problem of Intracellular drug delivery
The problem of intracellular delivery is not only about permeating the outer membrane but also about mixing with the inner ones; when the state matters and when it doesn't.
How to create tiny vapour bubbles near lipid membranes using sound waves
A scientific and impact summary of the paper titled “Thermodynamic state of the interface during acoustic cavitation in lipid suspension” Phys. Rev. Materials 3, 055602 — Published 9 May 2019
How to create tiny vapour bubbles near lipid membranes using sound waves
A scientific and impact summary of the paper titled “Thermodynamic state of the interface during acoustic cavitation in lipid suspension” Phys. Rev. Materials 3, 055602 — Published 9 May 2019
What do nerves sound like?
Our nerves don’t stop talking. They’re 24-7 communication systems for our bodies. But does all this cellular chitter-chatter actually make a noise?
What do nerves sound like?
Our nerves don’t stop talking. They’re 24-7 communication systems for our bodies. But does all this cellular chitter-chatter actually make a noise?
Delivering mRNA by shocking lipid nanoparticle to fuse with cancer cells
Summary for our article published in American Chemical Society Materials & Interfaces
Delivering mRNA by shocking lipid nanoparticle to fuse with cancer cells
Summary for our article published in American Chemical Society Materials & Interfaces
Fluorescence provides insights into the thermodynamics of mechano-sensing
Assuming one-dimensional sensitivity of fluorescent environmental probes can be misleading.
Fluorescence provides insights into the thermodynamics of mechano-sensing
Assuming one-dimensional sensitivity of fluorescent environmental probes can be misleading.
Fluorescence provides insights into the thermodynamics of mechano-sensing
In our latest publication, we show that the width of the emission spectrum of fluorescent dyes embedded in lipid membranes is related to (1) the heat capacity of the dye-membrane system and (2) the acoustic response of a lipid membrane.
Fluorescence provides insights into the thermodynamics of mechano-sensing
In our latest publication, we show that the width of the emission spectrum of fluorescent dyes embedded in lipid membranes is related to (1) the heat capacity of the dye-membrane system and (2) the acoustic response of a lipid membrane.
What if a machine could help you feel the true texture of a material, the taste of an ingredient, the efficacy of a new drug?