Nanoindentation Publications Q1
We designed the Chiaro & Piuma Nanoindenters to enable researchers to measure a broad range of different samples! And they did! Already 24 scientific journal articles are published this year!
Here is the list of mechanically characterized samples included in these nanoindentation publications:
Cells and Tissues:
- Alteration in stiffness of corneal epithelium, basement membrane and stroma with age and obesity
- Cell nucleus – the mechanical role of lamins and chromatin
- CyPhyGels and human primary atrial fibroblasts
- Mesenchymal stem cells (MSCs) cultured in control, OGM and cholesterol sulfate-containing media
- Chondrocyte microspheroids at 7D, 14D and 21D of culturing and articular cartilage tissue
- Gels with changing viscoelastic properties over time
- Alginate-Matrigel nanohybrid hydrogels for encapsulation of gingival mesenchymal stem cells
- CLC hydrogels for neural tissue engineering
- Tunable swelling and deswelling GO-PNIPAM composite hydrogels
- PDMS before and after irradiation with low-energy singly-charged inert ions
- Nanofibers coated with Shish-kebab structures at various PCL solution concentrations to mimic collagen fibrils during endothelialization in tissue-engineered blood vessels
- Polyacrylamide gel hybrids with an anisotropic stiffness gradient mimicking mechanical tissue interface for tuning cell pathology and tissue homeostasis typical for carcinoma invasion and metastasis
- Col-Ch scaffolds with different pore sizes for macrophage mediation in vessel regeneration
- Gradient hydrogel actuators with rapid thermo-responsive bending characteristics
- Dual Crosslinked Alginate-based Hydrogel as mechanics-controlled dynamic cell niches
- Porous polymer microneedles (MNs) for transdermal ISF extraction and drug delivery
- A catechol-mediated and copper-incorporated multilayer coating to mimic endothelium-function
- Micropatterned poly(D,L-lactide-co-caprolactone) (PLCL) films with surface-anchored graphene oxide nanosheets for peripheral nerve regeneration
- MeCbl-Loaded PLCL Films for the facilitation of peripheral nerve regeneration
- Electrospinning fibrous membranes (50um thickness) used for a tissue-engineered trachea
Do you want to learn how to measure the mechanical properties of your sample? Contact us for a free consultation with one of our experienced application specialists.
