1 00:00:00,250 --> 00:00:07,705 Some published desktop labels remain in Spanish; this English narration guides the controls. We open Diffusion 2 00:00:07,705 --> 00:00:15,160 for the active series. The screenshot shows the example's sequence, gradient shape and timings. Always check 3 00:00:15,160 --> 00:00:20,751 these parameters and the calibrated gradient before interpreting the slope as diffusion. 4 00:00:21,751 --> 00:00:28,767 Point selection is reversible. Point fifteen has been excluded and is visually distinguished here. Preserve the 5 00:00:28,767 --> 00:00:35,783 original observation and document the reason for each exclusion, rather than seeking only an attractive fit. 6 00:00:36,783 --> 00:00:44,907 The point is then restored and the diffusion coefficient calculated. The mathematical example also produces a 7 00:00:44,907 --> 00:00:52,016 hydrodynamic radius and R². These synthetic results are not experimental uncertainty estimates or calibration 8 00:00:52,016 --> 00:00:52,524 validation. 9 00:00:53,524 --> 00:01:01,932 Shape and size compares a sphere, cylinder and ellipsoid. The prolate ellipsoid uses an explicitly chosen axis 10 00:01:01,932 --> 00:01:07,866 ratio. That geometry is a model hypothesis, not a confirmed molecular identity. 11 00:01:08,866 --> 00:01:17,346 The application has saved a real PDF report of the demonstration. The dialog confirms the generated output. 12 00:01:17,346 --> 00:01:24,328 Before sharing it, review parameters, selections, sources and the limitations of the model estimates. 13 00:01:25,328 --> 00:01:32,363 Back in the spectrum, the signal panel brings together its values and applied models. Check which resonance and 14 00:01:32,363 --> 00:01:38,226 ramp you are reading. Keep the project with the report to preserve data and decisions.