Ane Albillos Sánchez (@albillosane) 's Twitter Profile
Ane Albillos Sánchez

@albillosane

PhD candidate at @MERLN_UM | Master’s degree in Biofabrication

ID: 1181399931031973888

linkhttps://merlninstitute.com/merln/ane-albillos-sánchez calendar_today08-10-2019 02:44:34

10 Tweet

79 Followers

88 Following

ACES (@arc_aces) 's Twitter Profile Photo

Who would have thought fish skin could be used in 3D printing? Well, it just so turns out that a number of ACES and UOW researchers had that very thought, highlighting their findings in a recent paper published in Biomedicines. Read the full story here: bit.ly/3nY4hDd

Who would have thought fish skin could be used in 3D printing? Well, it just so turns out that a number of ACES and <a href="/UOW/">UOW</a> researchers had that very thought, highlighting their findings in a recent paper published in Biomedicines.

Read the full story here: bit.ly/3nY4hDd
Julia Fernandez-Perez (she/her) (@juliafdezperez) 's Twitter Profile Photo

At MERLN today we celebrate that we can be role models for the future generations and acknowledge the road ahead to achieve equity in and outside academia! #NoMoreMatildas #WomenInScience #WomenInScienceDay #WomenInSTEM #WhatAScientistLooksLike

At <a href="/MERLN_UM/">MERLN</a> today we celebrate that we can be role models for the future generations and acknowledge the road ahead to achieve equity in and outside academia!
#NoMoreMatildas #WomenInScience #WomenInScienceDay #WomenInSTEM #WhatAScientistLooksLike
ACES (@arc_aces) 's Twitter Profile Photo

Skin in the game... ACES researchers have proven collagen extracted from fish skin to be a useful biomaterial, leaning on a local seafood company to progress their work in the area of nerve and muscle bioengineering. Read the full story: bit.ly/2NoVYDU

Skin in the game...

ACES researchers have proven collagen extracted from fish skin to be a useful biomaterial, leaning on a local seafood company to progress their work in the area of nerve and muscle bioengineering.

Read the full story: bit.ly/2NoVYDU
JointPromise_H2020 (@jointpromh2020) 's Twitter Profile Photo

We aim to develop an automated, GMP-grade biofabrication platform able to produce large, patterned and vascularised joint implants. This end-to-end approach tailored for handling organoids could provide a generic manufacturing solution for other organoid-based tissue implants!

We aim to develop an automated, GMP-grade biofabrication platform able to produce large, patterned and vascularised joint implants. This end-to-end approach tailored for handling organoids could  provide a generic manufacturing solution for other  organoid-based tissue implants!