These and many other early experiments that used viscometry to study protein denaturation and unfolding laid the groundwork for understanding intrinsically disordered states by showing that a rigid, compact, globular protein has a small effect on viscosity because it occupies a small hydrodynamic volume (they typically have a low intrinsic viscosity, in the range of 34 mL/g, which is independent of protein molecular mass), whereas an unfolded, flexible, or disordered protein adopts a random coil-like conformation, creating a much larger hydrodynamic volume that increases the solutions viscosity (intrinsic viscosity of unfolded proteins increases with increase in molecular mass)
This creates a real risk of misattribution treating the symptoms psychiatrically while the underlying nutritional driver goes unaddressed
The FDA has flagged some of these names directly
Limit the impact of systemic insults including hyperkalemia and hypermagnesia
In more severe cases, it can lead to: Difficulty walking Balance issues Even muscle weakness Other potential deficiency symptoms are mood changes like irritability or depression and an inflamed tongue
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