PRACTICAL PHARMA SCIENCE™

Practical AI Tools & Training for Analytical Scientists

Develop better methods. Design smarter experiments. Validate with confidence. Troubleshoot faster. Transfer methods more reliably.

Practical Pharma Science™ brings together practical analytical-science software, visual training resources, practical guides, troubleshooting systems and laboratory-focused workflows created for scientists working with HPLC, LCMS, GCMS, method development, validation, DoE and pharmaceutical analysis.

BUILT FOR THE REAL LAB

Not another collection of generic AI tools.

These resources are designed around the questions analytical scientists actually face:

What should I try next?

Why is my method failing?

How should I design the experiment?

Is my validation strategy adequate?

What could be causing this degradation?

How can I transfer this method successfully?

THE PRACTICAL PHARMA SCIENCE™ ANALYTICAL TOOLKIT

HPLC ASSIST PRO™

Develop • Optimise • Troubleshoot

A practical AI-assisted workspace for HPLC method development, chromatographic optimisation and troubleshooting.

Explore method conditions, analyse chromatographic behaviour, investigate problems and structure your development workflow.

→ Explore HPLC Assist Pro™

DoE ASSIST PRO™

Plan • Analyse • Optimise

Turn experimental design into a structured analytical workflow.

Work with factorial designs, response surface methodology, screening strategies, ANOVA, response surfaces, multi-response optimisation and design-space thinking.

→ Explore DoE Assist Pro™

METHOD VALIDATION ASSIST PRO™

Review • Evaluate • Document

A practical workspace for analytical method validation.

Structure your thinking around specificity, accuracy, precision, linearity, range, LOD/LOQ, robustness, solution stability, carryover, system suitability and related validation considerations.

Designed around the principles of modern analytical procedure development and validation.

→ Explore Method Validation Assist Pro™

DEGRADATION PATHWAY PLANNER PRO™

Plan • Predict • Evaluate

Build a more structured approach to forced degradation studies.

Explore stress conditions, degradation susceptibility, potential degradation pathways, structural alerts, controls and evaluation strategies.

→ Explore Degradation Pathway Planner Pro™

CHROMATWIN™

Measure • Calculate • Transfer

A practical method-transfer workflow designed to help scientists understand gradient-delay and dwell-volume differences when transferring chromatographic methods between systems.

→ Explore ChromaTwin™

ONE ANALYTICAL WORKFLOW

DEVELOP → OPTIMISE → VALIDATE → UNDERSTAND → TRANSFER

The tools are designed to support different stages of the analytical workflow rather than functioning as isolated products.

Method Development

Develop and troubleshoot chromatographic methods.

Experimental Design

Use structured experiments to understand critical factors.

Method Validation

Organise validation thinking and documentation.

Degradation Studies

Plan and evaluate forced-degradation investigations.

Method Transfer

Understand system differences and transfer conditions systematically.

30-Day Money-Back Guarantee

If you are not satisfied with your purchase, you may request a refund within 30 days of purchase. Refund requests are reviewed individually. Because our products are digital and delivered immediately, refunds may be denied where content has been substantially downloaded, copied, shared, or misused.

PRACTICAL TRAINING FOR ANALYTICAL SCIENTISTS

The software is only one part of Practical Pharma Science™.

The library also includes practical guides, visual reference resources, troubleshooting workbooks, method-development resources, validation templates, courses and interactive chromatography simulators.

HPLC METHOD DEVELOPMENT

Step-by-step practical resources for developing, understanding and improving chromatographic methods.

HPLC TROUBLESHOOTING

Diagnose common chromatographic problems through structured troubleshooting workflows and real laboratory scenarios.

METHOD VALIDATION

Practical resources covering analytical procedure validation, validation characteristics, documentation and calculation strategies.

LCMS & BIOANALYTICAL SCIENCE

Practical resources for LCMS method development, bioanalytical assays, validation and troubleshooting.

INTERACTIVE SIMULATORS

Explore chromatographic concepts interactively rather than learning only from static theory.

FEATURED RESOURCE

THE COMPLETE HPLC PRACTICAL PHARMA LIBRARY

A large practical collection of HPLC guides, troubleshooting resources, method-development references, validation materials and visual learning resources.

One collection. Multiple practical applications.

Explore the Complete HPLC Library →

WHY PRACTICAL PHARMA SCIENCE™?

REAL-WORLD EXPERIENCE

Created by Mirela Gorjanu, MSc, a pharmaceutical analytical scientist with more than 20 years of industry experience.

PRACTICAL FIRST

The goal is not to make analytical science more complicated.

The goal is to make it easier to understand, apply and teach.

VISUAL LEARNING

Complex concepts are transformed into structured workflows, diagrams, posters, practical examples and decision-based learning resources.

SCIENCE + TECHNOLOGY

Practical Pharma Science™ combines pharmaceutical analytical chemistry with modern AI-assisted tools and digital learning.

FROM THE LAB TO THE DIGITAL WORKFLOW

My background started with analytical chemistry and pharmaceutical laboratories.

I spent years working with chromatography, method development, validation, troubleshooting and analytical problem-solving.

Then I started learning something completely new:

coding.

Today, I am combining those two worlds to build practical digital tools for analytical scientists.

Practical Pharma Science™ is the result.