Professor Xuanhe Zhao @ProfZhaoMIT and his global team publishes this article on @ScienceAdvances involving the CellScale UStretch. Read about their solution to bond wet #conductingpolymers on diverse substrates using various fabrication approaches. https://t.co/bld2yCqdrT
We have launched the newest product to the Cell Stimulation line! Introducing the MechanoCulture J1 - 6 independent mechanical stimulation protocols each in their own fluid chamber. Read about the options here: https://t.co/4ZzD9t6kr3
#uniaxial#tensiontest#tissueengineering
Check out this video of the MicroTester measuring the micro-force of a "beating" #cardiomyocyte fibre. The testing setup is a 3-pt bend. Do this and 4 other test modes with the MTG2. https://t.co/Yt7Qxdf8nm
#biomaterials#mechanicaltest#tissueengineering
How do you define #aldente? With Young's Modulus of course! We put cooked pasta to a tension test with the UniVert here: https://t.co/2tsylgPPkj
#mechanicaltest#workfromhome
We proudly present a compilation of research publications by Dr. Chung-Hao Lee from @OUAME. With the CellScale BioTester, Dr. Lee has done extensive research on #cardiovascular#biomechanical modeling and tissue mechanics. Read more here: https://t.co/mCliQoedbU
Tension Testing for Biomaterials - Tips and Tricks
Do you have to do a #mechanical test for your specimen but am not sure where to start? Check out a quick guide here: https://t.co/Lr1xCF63Xw #tension#biomaterials
Dr. Michael Tam from @UWaterloo created cellulose aerogel beads that can efficiently and quickly remove copper from wastewater. View how mechanically robust they are here:
https://t.co/DDZnmluJCK #absorbents#heavymetal#pollution
Matt Brunsting dishes out the fun in #mechanical testing, this time involving Play-Doh and a curious 3 year old! https://t.co/lXHzRfQDUW #CellScale#UniVert#compression
Prof. Dr. Andreas Nüssler and his team from Eberhard Karls University @uni_tue developed scaffolds that mimic the stiffness of a healthy and diseased #liver tissue. Read more about how liver cells seeded onto these scaffolds reacted here: https://t.co/8701DtDwVe
Fun with CellScale 1: Mechanical Testing of Toilet Paper
We put 2 leading brands of #tp to the test with the CellScale #UniVert. https://t.co/YqfLfLlT2A
The VitroFlo online shop is live! Browse our selection of cell culture well plates and pair it with our programmatic rocker to create #physiological flow without pumps or tubes! #microfluidics
https://t.co/9sO4FK1yvz
Multiparamatric Analysis of Tissue Spheroids (TS) - the latest of our customers' publication highlights! Read more about Dr. Elena Bulanova's work @3D_bioprinting on a protocol for fabricating TS with controllable features for any cell line. https://t.co/HbH5sAVqkP
In our latest blog post, we feature Dr. Li Liu from Osaka University Graduate School of Medicine who used rapid electrical pacing to promote maturation of hiPSC-derived #cardiomyocytes in self-organized tissue rings. https://t.co/Xu0bUI41nI @osaka_univ_e
During this COVID-19 pandemic, CellScale is taking steps to protect our employees while continuing to serve our customers. We are still open for business and available via virtual means for any product demos and application discussions. You can reach out at [email protected].
Did you know that CellScale provides customized instruments? Here we've created 6 independent wells for our MechanoCulture T6, allowing different buffer solutions for wet tension testing. Find out more here: https://t.co/QZDx6q8XdS #mechanical#MCT6