Lyophilization Basics for Pharmaceuticals: History, Scientific Principles, Cycles and Formulations Course 

An Overview of Lyophilization Pharmaceutical Course

This Lyophilization Pharmaceutical Course is sure to act as an outline for freeze-drying of pharmacological parenteral products. Many medicine substances necessitate the extra protection that lyophilization usually comes with, and the preparation of the liquid drug product must be designed to enhance the efficiency of the completely dried product. This course will cover multiple objectives right from how lyophilization functions to changing a liquid drug product into a dried, more-stable powder. Cycle and preparation design will be elucidated, along with the methodical values that are at play.

Reasons for You To Attend Lyophilization Pharmaceutical Course:

To study the process and reasons for formulating and designing lyophilization cycles for drugs that will gain an advantage from the freeze-drying procedure

Learning Objectives

▪         Definition of freeze-drying or Lyophilization

▪         Classify perfect features of a freeze-dried product

▪         Regulate when freeze-drying is essential

▪         Phases of the lyo cycle, and the methodical principles that drive each stage

▪         Framing drug products for fruitful freeze-drying

▪         Analytical tools used to aid in the formulation and cycle development

Agenda

Section 1: History and background

▪         Definition of freeze-drying or Lyophilization, history, and commonly freeze-dried materials

▪         Anticipated freeze-dried features

▪         Rewards/ advantages and limitations of freeze-drying

▪         Procedure overview

Section 2: Physical, chemical, and engineering principles

▪         Vapor pressure

▪         Sublimation and the phase diagram of water

▪         The heat of sublimation of ice

▪         Rate processes in freeze drying – heat transfer and mass transfer

▪         States of matter – crystalline and amorphous

Section 3: Lyo-cycle phases

▪         Freezing (with optional annealing)

▪         Primary drying (sublimation of water vapor)

▪         Secondary drying (diffusion and evaporation of water that did not freeze as ice)

Section 4: Lyo formulations

▪         Excipients for small and large molecules

Section 5: Quality product attributes

▪         General and specific to freeze-dried products

▪         Influence of collapse and eutectic melting

Who are the probable beneficiaries?

▪         Specialists in Quality Control

▪         Chemical Engineers

▪         Production Supervisors

▪         Chemists

▪         Validation

▪         Chemical Engineers

▪         R&D Groups

▪         Equipment Maintenance

▪         Biochemists, Pilot Plant Operators

▪         Mechanical Engineers

▪         Quality Assurance Professionals

The course will also benefit those in other departments who find lyophilization among their tasks.