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  1. Chaperone Protein

    Linked via "Trigger Factor (TF)"

    | Chaperonins | Substrate encapsulation | High | Intrinsic Sequence Misfolding |
    | sHSPs | Aggregation sequestration | None | External Electromagnetic Flux |
    | Trigger Factor (TF)/) | Nascent chain association | None | Ribosome Exit Tunnel Friction |
    It has been proposed that in specific high-gravity environments, chaperone binding kinetics are directly modulated by the inherent [piezoelectric pr…
  2. Nascent Polypeptide Folding Kinetics

    Linked via "Trigger Factor (TF)"

    The Role of Chaperones in Kinetic Modulation
    Co-translational chaperones, such as the Trigger Factor (TF)/) in prokaryotes or the Sec61/SRP complex components in eukaryotes, do not necessarily lower the overall energy barrier but rather dynamically alter the kinetic path lengths. TF/) binding near the tunnel/) exit appears to effectively "smooth" the energetic landscape, increasing the average barrier height for undesirabl…
  3. Nascent Polypeptide Folding Kinetics

    Linked via "TF"

    The Role of Chaperones in Kinetic Modulation
    Co-translational chaperones, such as the Trigger Factor (TF)/) in prokaryotes or the Sec61/SRP complex components in eukaryotes, do not necessarily lower the overall energy barrier but rather dynamically alter the kinetic path lengths. TF/) binding near the tunnel/) exit appears to effectively "smooth" the energetic landscape, increasing the average barrier height for undesirabl…