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QSPR — Property Prediction & Material Analogs Training | Physicochemical Properties & Material Design

NTHRYS >> Services >> Academic Services >> Training Programs >> Bioinformatics Training >> Computational Drug Discovery, Chemoinformatics & QSAR/ADMET >> QSPR — Property Prediction & Material Analogs Training | Physicochemical Properties & Material Design

QSPR — Property Prediction & Material Analogs — Hands-on

Learn how to apply Quantitative Structure–Property Relationships (QSPR) for small molecules and material like systems. This module covers endpoint selection, data curation, descriptor strategies, model building for key properties such as logP, solubility and stability, and workflows for proposing property optimized material analogs with clear uncertainty and applicability domain.

QSPR — Property Prediction & Material Analogs
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Session 1
Fee: Rs 8800
QSPR Foundations & Property Endpoints
  • From QSAR to QSPR: focus on properties rather than potency
  • structure property relationships continuous vs categorical endpoints single vs multi property views
  • Common properties modeled in QSPR
  • logP, solubility, permeability pKa, stability, melting point material like properties (boiling, flash point)
  • Linking QSPR to discovery and materials decisions
  • ADMET and developability inputs formulation and PK implications materials selection and replacement
Session 2
Fee: Rs 11800
Data Curation for Property Modeling
  • Property data sources and extraction
  • public databases and literature experimental vs predicted records units and conditions
  • Cleaning, harmonization and outlier checks
  • duplicate handling and averaging temperature and pH normalization flagging suspicious entries
  • Transformations and problem framing for QSPR
  • log transforms and scaling regression vs classification setup thresholds for property classes
Session 3
Fee: Rs 14800
Property Prediction Models & Evaluation
  • Single endpoint QSPR modeling
  • linear regression baselines tree based and kernel methods calibration and residual analysis
  • Multi task and multi property modeling ideas
  • related properties and shared features multi output regressors tradeoffs vs single task models
  • Metrics, uncertainty and applicability domain for QSPR
  • RMSE, MAE, R² for regression calibration curves and prediction intervals distance based domain checks
Session 4
Fee: Rs 18800
Mini Capstone: Property Focused Material Analogs
  • Selecting a property endpoint and performance target
  • Theory + Practical
  • Using QSPR to explore and rank material or scaffold analogs
  • simple analog enumeration prediction guided triage balancing property windows
  • Deliverables: property prediction model and analog short list
  • notebook or script for QSPR ranked list with predicted values explanation of selection criteria


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