Analyze this Kratky plot (I·q² vs q). Focus on parameters best determined from this representation:

1. **Folding/Unfolding Analysis**:
   - Identify the peak position (q_max) and height
   - Calculate the position of maximum: q_max ≈ 2.8/Rg for globular proteins
   - Estimate Rg from peak position: Rg ≈ 2.8/q_max
   - Characterize peak shape (sharp, broad, asymmetric)

2. **Conformation Assessment**:
   - Determine if the curve reaches a plateau (indicative of folded proteins)
   - Identify the plateau height and q-range
   - Note any upward trend at high q (suggesting flexibility)
   - Calculate the ratio: (I·q²)_plateau / (I·q²)_max

3. **Flexibility Indicators**:
   - Measure the slope in the high-q region
   - Identify any local minima or maxima
   - Estimate the crossover point between folded and unfolded behavior
   - Characterize the decay behavior beyond the peak

4. **Dimensional Analysis**:
   - Compare to theoretical curves for different conformations
   - Identify features suggesting rod-like or coil-like behavior
   - Note any oscillations indicating structured domains

Report q_max and derived Rg with uncertainty. Characterize the overall shape as typical for folded, partially folded, or unfolded states.
