🔸CELLOIDS UPDATE #4🔸
What are active particles❓
Active particles, also known as self-propelled particles, can use energy from their surroundings and convert it into directed motion.
How do we make them?👇
@erc.europa.eu
🇪🇺GA:948590
What are active particles❓
Active particles, also known as self-propelled particles, can use energy from their surroundings and convert it into directed motion.
How do we make them?👇
@erc.europa.eu
🇪🇺GA:948590
February 28, 2026 at 8:52 PM
🔸CELLOIDS UPDATE #4🔸
What are active particles❓
Active particles, also known as self-propelled particles, can use energy from their surroundings and convert it into directed motion.
How do we make them?👇
@erc.europa.eu
🇪🇺GA:948590
What are active particles❓
Active particles, also known as self-propelled particles, can use energy from their surroundings and convert it into directed motion.
How do we make them?👇
@erc.europa.eu
🇪🇺GA:948590
🔸CELLOIDS UPDATE #3🔸
How do we make the microrobots membrane❓
Check out our JoVE article where we walk through the protocol we use!
🔗 www.jove.com/t/68340/usin...
@erc.europa.eu
🇪🇺GA:948590
#microrobots #microrobotics #biorobotics #research #science #lipidvesicles #GUV #droplettransfer
How do we make the microrobots membrane❓
Check out our JoVE article where we walk through the protocol we use!
🔗 www.jove.com/t/68340/usin...
@erc.europa.eu
🇪🇺GA:948590
#microrobots #microrobotics #biorobotics #research #science #lipidvesicles #GUV #droplettransfer
Using the Droplet Transfer Method to Reliably Prepare Giant Unilamellar Vesicles
Sant'Anna School of Advanced Studies - Pisa. This beginners' guide presents a general protocol for the preparation of Giant Unilamellar Vesicles (GUVs) via the droplet transfer method, discussing the...
www.jove.com
February 25, 2026 at 8:55 AM
🔸CELLOIDS UPDATE #3🔸
How do we make the microrobots membrane❓
Check out our JoVE article where we walk through the protocol we use!
🔗 www.jove.com/t/68340/usin...
@erc.europa.eu
🇪🇺GA:948590
#microrobots #microrobotics #biorobotics #research #science #lipidvesicles #GUV #droplettransfer
How do we make the microrobots membrane❓
Check out our JoVE article where we walk through the protocol we use!
🔗 www.jove.com/t/68340/usin...
@erc.europa.eu
🇪🇺GA:948590
#microrobots #microrobotics #biorobotics #research #science #lipidvesicles #GUV #droplettransfer
🔸CELLOIDS UPDATE #2🔸
Our #celloid microrobots consists of a membrane and a core.
@erc.europa.eu
🇪🇺GA:948590
#microrobotics #research #biorobotics
(1/3)👇
Our #celloid microrobots consists of a membrane and a core.
@erc.europa.eu
🇪🇺GA:948590
#microrobotics #research #biorobotics
(1/3)👇
February 9, 2026 at 3:48 PM
🔸CELLOIDS UPDATE #2🔸
Our #celloid microrobots consists of a membrane and a core.
@erc.europa.eu
🇪🇺GA:948590
#microrobotics #research #biorobotics
(1/3)👇
Our #celloid microrobots consists of a membrane and a core.
@erc.europa.eu
🇪🇺GA:948590
#microrobotics #research #biorobotics
(1/3)👇
🔸CELLOIDS UPDATE #1🔸
The #CELLOIDS project aims at realizing cell-inspired #microrobots that can move inside soft tissues.
Our microrobots will have four features.
@erc.europa.eu
GA:948590
(1/2)👇
The #CELLOIDS project aims at realizing cell-inspired #microrobots that can move inside soft tissues.
Our microrobots will have four features.
@erc.europa.eu
GA:948590
(1/2)👇
October 24, 2025 at 3:08 PM
🔸CELLOIDS UPDATE #1🔸
The #CELLOIDS project aims at realizing cell-inspired #microrobots that can move inside soft tissues.
Our microrobots will have four features.
@erc.europa.eu
GA:948590
(1/2)👇
The #CELLOIDS project aims at realizing cell-inspired #microrobots that can move inside soft tissues.
Our microrobots will have four features.
@erc.europa.eu
GA:948590
(1/2)👇
Ah I understand. The old celloids animation is very aesthetically pleasing to look at and can't blame ya. I do have some of my favorites here. ^^
November 29, 2024 at 10:48 PM
Ah I understand. The old celloids animation is very aesthetically pleasing to look at and can't blame ya. I do have some of my favorites here. ^^