Zechner Lab
@zechnerlab.bsky.social
Research group at SISSA / Trieste. Interested in stochastic processes in biology & biophysics. Posts by C. Zechner.
3. Even "simple" systems with purely homotypic interactions lack a fixed c_sat in non-equilibrium conditions (e.g., cells)
4. Inferring solute interactions (homotypic vs. heterotypic) from changes of c_sat / partition coefficient is problematic in cells because of point 3.
4. Inferring solute interactions (homotypic vs. heterotypic) from changes of c_sat / partition coefficient is problematic in cells because of point 3.
February 12, 2025 at 8:47 AM
3. Even "simple" systems with purely homotypic interactions lack a fixed c_sat in non-equilibrium conditions (e.g., cells)
4. Inferring solute interactions (homotypic vs. heterotypic) from changes of c_sat / partition coefficient is problematic in cells because of point 3.
4. Inferring solute interactions (homotypic vs. heterotypic) from changes of c_sat / partition coefficient is problematic in cells because of point 3.
Key conclusions:
1. Noise reduction and concentration buffering are different concepts
2. Noise reduction does not depend on a fixed saturation concentration (c_sat)
1. Noise reduction and concentration buffering are different concepts
2. Noise reduction does not depend on a fixed saturation concentration (c_sat)
February 12, 2025 at 8:47 AM
Key conclusions:
1. Noise reduction and concentration buffering are different concepts
2. Noise reduction does not depend on a fixed saturation concentration (c_sat)
1. Noise reduction and concentration buffering are different concepts
2. Noise reduction does not depend on a fixed saturation concentration (c_sat)