Experts in Biomechanics and Surface Analysis in Life Science

 

Unravelling the physical mechanisms involved in complex biological processes and diseases is one of the main challenges of biology. At BioMeca® we believe that the starting point is to determine structural and mechanical properties of biological samples to have a better understanding of such processes. Since 2004, researchers from BioMeca® develop powerful biophysical methodologies suitable for in vitro, in situ and in vivo studies.

       

At BioMeca®, your samples can go through:

 
  • optimization of sample preparation
  • high-resolution live imaging
  • nano-indentation force measurements
  • computational analysis
  • statistical analysis

Download our brochure

 

OUR SOLUTIONS

ANALYSIS

ANALYSIS

Our fleet of instruments and our expertise offer the solutions to your analytical needs : - Nano-structural details - Physical properties measurements - Studies from large biological samples down to individual molecules with sub-molecular resolution -

OUR EXPERTISE

OUR EXPERTISE

Our team is always looking for solutions to offer you a service tailored to your needs. Our privileged collaborations with research laboratories allows us to offer you efficient and innovative analysis adapted to biological samples.

OUR DIFFERENCE, OUR STRENGHT

OUR DIFFERENCE, OUR STRENGHT

BioMeca® is not only a service, it’s also : - An accessible team, dynamic and responsive - An interdisciplinary expertise - 15 years experience -

OUR STORY, OUR TEAM

BioMeca was born from the meeting of two biologists, curious and convinced of the need to cross points of view and disciplines  to better understand biological processes and diseases. Our expertise is in the field of the nano-mechanical and nano-structural characterization of biological materials,  which allowed us to be asked for many prestigious collaborations (i.e. Ecole Normale Supérieure, France; Caltech, USA; Univ. Cambridge, UK...). For 13 years, team's members developped powerful biophysical methodologies (atomic force microscopy, nanoindentation...) suitable for in vitro, in situ and in vivo studies to characterize live cells, tissues and organs. Today we propose our knowledge and our expertise to answer your analytical requirements in life science.

   

     

Pascale Milani, PhD

Co-Founder

Julien Chlasta, PhD

Co-Founder

Gaël Runel

Associate

NEWS

 

OUR PARTNERS
  logo_ens_lyonlogo-pepite

CONTACT