Protein-Based Hydrogel Attachment and Force-Clamp Rheometer Set-Up
6:08
Protein-Based Hydrogel Characterization Using Controlled Force-Ramp and Constant-Force Measurements
6:57
Results: Formation and Biomechanical Characterization of Protein-Based Hydrogel Samples
8:19
Conclusion
Transcript
The main advantages of this technique are that it utilizes a PID, which is a proportional integral derivative system to apply controlled force protocols to protein hydrogel samples, and it utilizes small sample volume. The protocols for the forces
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En ny kraft-klemme rheometry teknik bruges til at undersøge de mekaniske egenskaber af små mængder protein-baserede hydrogel prøver tøjret mellem en voice-coil motor og en force sensor. En analog proportional-integral-derivat (PID) system tillader 'klemmemekanismen' Force opleves at den ønskede protokol.