Drug Discovery Pro
Share
Global Partners,
AI-Driven Data,
Rigorous code of conduct,
Project management,
Talented Research Experts,
Training Programs on the updated Drug Discovery Technologies, and
Encrypted data transfer and Data Sharing
empower PROTAC's message delivery. We gladly welcome you to land on our firm ground to accomplish your research aim when you fly to dream of discovering new medicines and implementing c
07/04/2026
Another round of the program will start May 9, 2026.
🚀 Now Open for Registration!
https://drugdiscoverypro.com/product/drug-discovery-cycle-for-non-pharmacy-based-scholars/
🎓 Training Program Announcement
Drug Discovery Cycle for Non-Pharmacy-Based Scholars
Are you a researcher from a non-pharmacy background who wants to enter the world of modern drug discovery?
This comprehensive training program is designed to guide scholars through the complete drug discovery cycle — from target analysis to lead optimization — using integrated bioinformatics, cheminformatics, and computational drug design tools.
🔬 Program Overview
The Drug Discovery Cycle consists of essential, interconnected stages required for successful hit identification and lead discovery. Limiting the protocol to isolated steps often closes doors to innovation and restricts problem-solving strategies.
This program presents a robust, structured flowchart that maximizes project success and strategic decision-making.
🧬 Module 1: Bioinformatics
Understanding the biological target:
Target protein structure (3D structure)
Active site identification
Activity regulation
Isoforms analysis
Annotation score evaluation
Sequence length assessment
⚗️ Module 2: Cheminformatics
Understanding the chemical ligand:
Chemical structure analysis
Database search strategies
Physicochemical properties calculation
Statistical analysis of PK parameters
Structure similarity search
Chemical library enumeration
Evolutionary chemical library design
Fuzzy scoring approaches
💻 Module 3: Virtual Screening of Designed Libraries
Molecular docking of evolved chemical libraries
Filtration and prioritization of diverse hits
🧪 Module 4: Chemical Accessibility
One of the most critical selection criteria in hit prioritization:
Synthetic feasibility evaluation
Practical accessibility assessment
Strategic compound selection
🔎 Module 5: Structure Validation
The most challenging and costly stage of the cycle:
Data interpretation and outlier judgment
Structural verification strategies
Rapid direction-setting for optimization
🚀 Module 6: Lead Optimization
A crucial stage in transforming hits into drug candidates through iterative design and testing.
Key optimization aspects:
Potency – Enhancing biological activity
Selectivity – Reducing off-target interactions
Pharmacokinetics – Optimizing ADME properties
Safety – Minimizing toxicity
Chemical Stability – Ensuring stability in physiological and storage conditions
Duration – Improving therapeutic persistence
This stage integrates biological assays, computational modeling, and medicinal chemistry principles.
📅 Program Details
Start Date: April 4, 2026
Duration: 10 weeks
Session Format: Online
Session Length: 3–4 hours per session
Total Training Hours: 35–40 hours
Level: Basic Introductory → Advanced Applications
🎯 Prerequisites
Background in Organic Chemistry and Biology (Mandatory)
Computer Science knowledge (Preferred but not mandatory)
💰 Program Fee
10,000 EGP
✨ Discount Policy Available for Group Registration
📝 Program Timeline
Registration https://forms.gle/YtqHDsc1NhrMLTxi9
Contact to confirm participation
Scheduling of sessions
Technical support provided for software installation
🌟 Why Join This Program?
✔ Designed specifically for non-pharmacy scholars
✔ Covers the full drug discovery pipeline
✔ Integrates computational and practical perspectives
✔ Structured and innovation-oriented methodology
✔ Hands-on guided workflow
📩 Secure Your Spot Now!
Seats are limited to maintain high-quality interaction and mentorship.
Click here to claim your Sponsored Listing.
