Akira Science provides degradable scaffolds for soft tissue engineering using our unique combination of biomaterials and 3D-printing technology
Stockholm, Sweden
Joined October 2011
- Tweets1.8K
- Following371
- Followers265
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Akira Science retweeted
Los implantes biodegradables abren una nueva vía para las pacientes de cáncer de mama. @AKIRAScienceAB , fundada por el murciano Álvaro Morales, desarrolla un nuevo material que regenera de forma natural el tejido - vía @diariolaopinion laopiniondemurcia.es/comunid…
Akira Science retweeted
Read more about our innovative and promising results 🔬👇 #ALSResearch biorxiv.org/content/10.1101/…
Our team just applied to @SiliconVikings New Nordics Pitch Competition #AkiraScience #NewNordicsPitchCompetition
Akira Science retweeted
Welcome, Antonio Piñero Madrona, as new Director of Preclinical Research of AKIRA Science.
With his expertise and passion, we are more than confident in moving forward for the validation of AkiMed-c12™ as a suitable material for soft instagram.com/p/CoMhiwDtmoQ/…
Welcome, Antonio Piñero Madrona, as new Director of Preclinical Research of AKIRA Science.
With his expertise and passion, we are more than confident in moving forward for the validation of AkiMed-c12™ as a suitable material for soft instagram.com/p/CoMhiwDtmoQ/…
Learn how to use our AKIMed-c12 in your 3D-printer and open a new spectrum of possibilities for the biomedical field #research #degradablepolymer #additivemanufacturing #startup #biotech instagram.com/p/CVhhdRpMIzk/…
Akira Science retweeted
🧵 Here are 10 amazing things that happened this year in #biotech.🧬
Akira Science retweeted
Breakthrough in #breastcancer treatment? Silk-fibroin injectable hydrogels for localized, sustained anticancer drug delivery and release, promote breast reconstruction post lumpectomy.
Read more at: sciencedirect.com/science/ar…
Akira Science retweeted
What does it take to bring 3D printing technology in to mainstream healthcare? bit.ly/3h1t3S0 #ExpertCorner #medical3dprinting #bioprinting #3DTech
Akira’s team has developed a new degradable material that can be used to print soft and pliable scaffolds and medical devices: AKIMED-C12, a polymer that takes a lift from the brittle and rigid PLA and from the long-lasting PCL #3dprinting #polymerscience instagram.com/p/CVhhdRpMIzk/…
Are you looking for a pliable, flexible and a biomaterial that can be processed with different 3D-printing techniques? Discover our AKIMed-c12 #biomaterial #3dprinting instagram.com/p/B5gJKmbpofT/…
Listen our contribution to @3dheals and learn more about our unique biomaterial, AKIMed-c12 #AKIRAScience #3Dprinting
Listening to "The Perfect Biopolymer: An Interview with Akira Science on Biodegradable 3D Printable Polymers" at buzzsprout.com/1015072/87162…
Akira Science retweeted
#repost @akirascience Interesting in new applications? Our unique material, AkiMed-c12, can be printed in a multitude of different designs to meet the requirements of your application. Patient-specific meniscus, soft and pliable scaffolds for soft tissue regeneration🖨 You de…
Through the design of a new degradable polymer optimized to work in 3D-printing technologies, Akira expands the emerging field of tissue engineering
#innovation #lifescience #tech
Hear them present their innovation here: linkedin.com/posts/stockholm…
Akira Science retweeted
Álvaro Morales López, CEO de la spin-off @AkiraScience, nos ha hablado de su empresa, y del camino desde un estudiante de máster recién graduado hasta ser CEO de la empresa. ¡Un gran ejemplo para otros emprendedores!
linkedin.com/in/alvaromorale…
akirascience.com/
Akira Science retweeted
ENORME partido de nuestro equipo!! Ha sido una noche muy especial. Feliz y orgulloso de formar parte… instagram.com/p/7wEqjIn2MX/