PIDE

PIDE compiles over 1100 pairs of dose-response curves from in‑vitro cell survival experiments following photon and ion irradiation to support comparative analyses of radiation effects and radiobiological modeling.

Key Features:

• Extensive data collection: Raw dose-response data from in‑vitro cell survival experiments after ion beams and photon reference radiation are compiled, comprising over 1100 pairs of dose-response curves.
• Linear Quadratic (LQ) model parameters: Derived LQ model parameters are provided and consistently calculated across experiments.
• Dose-response analysis across LET: Data permit separate and comparative analysis of ion and photon effects, including assessment of low and high linear energy transfer (LET) responses.
• Variability assessment: The dataset supports analysis of variability among experimental results to derive insights into cellular radiation responses.

Scientific Applications:

• Comparative radiation response analysis: Compare cell survival rates following photon versus ion irradiation using paired dose-response curves.
• LET-specific investigations: Investigate biological effects and differential responses of low versus high LET radiation.
• Model development and validation: Develop and validate predictive radiobiological models using raw dose-response data and LQ parameters.
• Mechanistic radiobiology studies: Explore fundamental cellular mechanisms of radiation damage across multiple experiments and radiation types.

Methodology:

Compilation of raw dose-response curves and uniform calculation of Linear Quadratic (LQ) model parameters across the assembled experiments.