Page 79 - MemoriaBBN-Eng

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• Development of microactuators, microfluidic networks, etc. for the study of cell

biology under in vitro biomimetic enviroments.

• Design, fabrication and development of novel in vitro diagnostic systems based
on microfluidic systems.

• Microtechnology for life science applications.

Most relevant • AltunA A, Bellistri e, Cid e, AivAr P, GAl B, BerGAnzo J, GABriel G, Guimerà A, villA r,
F lJ, m P l. SU-8 based microprobes for simultaneous neural
scientific ernándezenéndezde lA ridA
depth recording and drug delivery in the brain.Lab on a chip. 2013;13(7): 1422-1430.
articles
• ArAñA m1, PeñA e, ABizAndA G, CillA m, oChoA i, GAvirA JJ, esPinosA G, doBlAré m, PelACho

B, ProsPer F. Preparation and characterization of collagen-based ADSC-carrier sheets
for cardiovascular applicationACTA BIOMATER. 2013;9(4):6075-6083.

• ACostA sAntAmAríA vA, mAlve m, duizABo A, menA toBAr A, Ferrer GG, GArCíA AznAr Jm, do-
é
BlAr m, oChoA i. Computational Methodology to Determine Fluid Related Parameters of áñ
Non Regular Three-Dimensional ScaffoldsANN BIOMED ENG. 2013;41(11):2367-2380.

• h-G B, m A, P e, P G, B Jm, C B. Understanding the óí
ernndezAsCónenAeñAAsCuAlellónAlvo
passive mechanical behavior of the human abdominal wall.Ann Biomed Eng. 2013
Feb;41(2):433-44.
óé

• s, P ; P, e ; d, m ; m, mA. Hierarchical micro-adaptation of biological ó
AezenAoBlAréArtínez
structures by mechanical stimuliINT J SOLIDS STRUCT. 2013;50(14-15):2353-2370.
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During 2013, the group maintained the research lines established in previous years
Highlights
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but a strong effort has been carried out to focus its activity more to the private sector.
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Several research projects have been granted during 2013 to carry out research for life íá
science applications. Thanks to that effort, the group obtained funding around EUR Áá

200.000. Some of the projects are:
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• Diseo, Fabricacin y Caracterizacin de fichas microfluidicos párr Cultivo celular Que

permita la Integracin de gradientes Químicos -EBERS TECNOLOGÍA MÉDICA, SL.
ó
• Autonomo prueba de estrs (CARDIOSTRESS) -LAB PANDFO.

• Caracterizacin mecnica de hidrogeles INSTITUTO DE BIOTECNOLOGÍA IMASD SL.

• Estudios de Viabilidad volumtricos biolgica de la viruta obtenida óasea Tras el fre- Ó
sado de una irrigacin pecado VELOCIDAD baja -AVINENT SISTEMA DE IMPLANTE, SL

• Fabricacin de chips de microfluidicos MEDIANTE Técnicas de moldeo porción in-
- Ó
jection MYPA MODELOS Y PLSTICOS ARAGN , SL.
é
• Desarrollo de la ONU lector Porttil Para La determination cuantitativa del Abuso de

Drogas a Travs del Anlisis de saliva basado en el BSG de microfluídica y Sensores

electroqumicos -ALPHASIP-01/01/2013-30/12/2014.
•DesarrollodelaONUSistemafludicodediluciones-ALPHASIP-01/10/2013-30/05/2015
13
• Estudios de Resistencia Mecnica de mallas De polisteres (PLGA , PCL , PHB ) 20
T
FABRICADOS porcin elecrtospinning “ - ASOCIACIN DE INVESTIGACIÓN DE LA OR
INDUSTRIA TEXTIL - AITEX-01/05/2013-30/04/2015.
P
RE
It is worth mentioning the participation in a European Project: Development of cor- L
A
neal biomechanical model. Dynamic topographical characterization based on 3D NU
plenoptic imaging. PROJECT NO: POPCORN-606634. GRANT AGREEMENT No: FP7- N
A
SME-2013-606634.
N /
B
One patent related with micro-technology devices for cell culture purposes have been -B
obtained during 2013. As recognitions to the group, several companies are currently R
BE
interested in their commercialization. Not only patents but also micro-technology based CI
”know-how” is actually been transferred to local companies.
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