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1. NaioAFM
An affordable all-in-one AFM for nano education and small samples

2. NaioSTM
An easy entry into the world of atoms

3. FlexAFM
Your versatile research AFM for materials and life science

4. FluidFM
A multifunctional tool for single-cell biology, tissue engineering, nanopatterning and nanolithography

5. LensAFM
AFM for optical microscopes and 3D profilometers

6. ARTIDIS
A new tool for automated nanomechanical tissue diagnostics and soft material analysis

7. NaniteAFM
Mountable AFM for industry

8. Accessories
Everything to complement your Nanosurf SPM system

9. Easyscan 2 AFM
Modular AFM system for surface analysis at the nanoscale

10. Nanosurf Video
Your entry into the exciting world of nanoscale science and surface technology

ARTIDIS®

A new tool for automated nanomechanical tissue diagnostics and soft material analysis


Nanomechanical Tissue Diagnostics and Soft Material Analysis - ARTIDIS

Nanomechanical investigations of tissues such as Breast, Cartilage, Retina, have opened new ways to better understand and diagnose diseases like osteoarthritis [1] and cancer [2].

ARTIDIS® (Automated Reliable Tissue DIagnosticS) — developed by Nanosurf, the Biozentrum of the University of Basel, and the Swiss Nanoscience Institute — provides nanomechanical investigations (including stiffness and adhesion measurements) and their quantitative and statistical analysis. Nanomechanical measurements on suspect tissues, for example, provide a characteristic “fingerprint” that allows automatic classification into healthy tissue, benign material, or malignant tumor [2]. 

Besides its primarily clinical application, the current ARTIDIS instrumentation (based on the FlexAFM scan head, the C3000 controller, the ATS 204 automated translation stage, and specifically developed control and evaluation software) can also be used for force mapping and automated material hardness/elasticity/adhesion measurements and calculations on rubber, plastics, soft coatings, block-copolymers, tissue samples, cell matrix, tissue scaffolds, and many other irregular materials.


For more details, download the ARTIDIS® brochure.

For a quote or further information, please contact us directly.


References

1. Loparic M. et al. (2010), Biophysical Journal 98, 2731–2740.
2. Plodinec M. et al. (2012), Nature Nanotechnology 7, 757–765.