Diego Sánchez Saldaña
About
Submicron particle separation and characterization
- Identify the physical mechanism limiting the separation process of nanosized particles
- Design and fabricate a standing surface acoustic waves micro-fluidic based separation device with a nanoplasmonic sensor
Publications
2025
-
Alvarez, Gonzalo Almanza;
Trujillo, Ricardo Matias;
Saldana, Diego Sanchez;
Røsand, Øystein;
Høydal, Morten Andre;
Fernandino, Maria.
(2025)
Micro-size aperture surface acoustic wave generator for cell lysis.
Droplet
Academic article
2024
-
Saldana, Diego Sanchez;
Fernandino, Maria;
Dorao, Carlos Alberto.
(2024)
Acoustic micro-beam vortex generator for flow actuation inside droplets.
Droplet
Academic article
2023
-
Trujillo, Ricardo Matias;
Alvarez, Gonzalo Almanza;
Saldana, Diego Sanchez;
Røsand, Øystein;
Høydal, Morten Andre;
Fernandino, Maria.
(2023)
In-droplet cell lysis of AC16 human cardiomyocyte cells via surface acoustic waves.
Lab on a Chip
Academic article
-
Alvarez, Gonzalo Almanza;
Trujillo, Ricardo Matias;
Saldana, Diego Sanchez;
Røsand, Øystein;
Høydal, Morten;
Fernandino, Maria.
(2023)
Effect of the shear rate and residence time on the lysis of AC16 human cardiomyocyte cells via surface acoustic waves.
Biomicrofluidics
Academic article
Journal publications
-
Alvarez, Gonzalo Almanza;
Trujillo, Ricardo Matias;
Saldana, Diego Sanchez;
Røsand, Øystein;
Høydal, Morten Andre;
Fernandino, Maria.
(2025)
Micro-size aperture surface acoustic wave generator for cell lysis.
Droplet
Academic article
-
Saldana, Diego Sanchez;
Fernandino, Maria;
Dorao, Carlos Alberto.
(2024)
Acoustic micro-beam vortex generator for flow actuation inside droplets.
Droplet
Academic article
-
Trujillo, Ricardo Matias;
Alvarez, Gonzalo Almanza;
Saldana, Diego Sanchez;
Røsand, Øystein;
Høydal, Morten Andre;
Fernandino, Maria.
(2023)
In-droplet cell lysis of AC16 human cardiomyocyte cells via surface acoustic waves.
Lab on a Chip
Academic article
-
Alvarez, Gonzalo Almanza;
Trujillo, Ricardo Matias;
Saldana, Diego Sanchez;
Røsand, Øystein;
Høydal, Morten;
Fernandino, Maria.
(2023)
Effect of the shear rate and residence time on the lysis of AC16 human cardiomyocyte cells via surface acoustic waves.
Biomicrofluidics
Academic article