Welcome to the fluidfm forum
This community is for professionals and enthusiasts of our products and services. Share and discuss the best applications, experiments and new ideas, build your professional profile and become a better researcher together.
Please read the guidelines before participating in this community.
Theory on FluidFM probes: Mechanics and Fluidics
We have joined forces with Harvard's Wyss Institute.
Collaboration to improve CRISPR-based multiplexed gene editing.
Some information on FluidFM probe characteristics are given in the PhD dissertation of P. Dörig, titled Manipulating cells and colloids with FluidFM (2013). The section attached below contains the following information:
The probe geometry.
Mechanical properties of the probe.
Fluidic properties of the probe and its opening.
Simulations to back up the theory.
Keep Informed
About This Community
This forum is for FluidFM researchers, both experienced or new to the community. Share and discuss your application questions, experiments and new ideas. Connect with your peers, collaborate and accelerate your research together. Read Guidelines
Question tools
1 follower(s)
Stats
| Asked: 3/26/19, 5:30 AM |
| Seen: 376 times |
| Last updated: 6/16/20, 9:16 AM |