New
#MAPgel #granulargel publication in the MAP timeline! This time it is from my lab! Remember that weird D-amino acid paper? Well here we go again! We injected L-MAP and D-MAP subQ and analyze the immune cells that are recruited. 21-color panels are fun!
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularityMAP Scaffolds | Duke University - Segura Lab
MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.
Re-do. Another
#MAPgel #granulargel publication added! This time from the @JenniferALewis1 and @ellentroche labs! Tired of trial and error for granular gel design? Try out their ML method & remove the guess work! I had missed the tweet by Ellen!
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity……… ---
RT @ellentroche
New paper out today with @JenniferALewis1
https://www.cell.com/matter/fulltext/S2590-2385(23)00011…https://twitter.com/ellentroche/status/1620583118586667008MAP Scaffolds | Duke University - Segura Lab
MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.
Wow what a week for the MAP timeline! Another
#MAPgel #granulargel publication was added! This time from the @JenniferALewis1 lab! Tired of the trial and error nature of granular biomaterial design? Try out their ML method & remove the guess work!
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity……MAP Scaffolds | Duke University - Segura Lab
MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.
New
#MAPgel #granulargel publication in the MAP timeline! This paper showcases how microbial populations and mammalian cellular spheroids can be generated through annealing microgel particles loaded with cells!
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity…MAP Scaffolds | Duke University - Segura Lab
MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.
New
#MAPgel #granulargel publication in the MAP timeline! This time from the @DeLaporte_Lab! Laura's lab has pioneered the use of rod shaped microgels for tissue repair applications. In this publication they annealed the microgels to form MAP scaffolds!
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularityMAP Scaffolds | Duke University - Segura Lab
MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.
New
#MAPgel #granulargel publication in the MAP timeline! This time from the @mtibbitt lab! Its an awesome paper, which we were very happy to review 😉. Check out the timeline at
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularityMAP Scaffolds | Duke University - Segura Lab
MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.
Tatiana Segura
