Μ5. Applied Pharmaceutical Analysis-Quality Assurance

Purpose/Objectives of the Course

The following thematic units are developed in the course:

Theory of chromatography. Retention mechanisms and chromatographic columns. Learning how to operate HPLC, (system suitability). Quantification of two active substances in a colloidal solution by HPLC. Quantification by HPLC of an active substance with an internal standard. Theory of mass spectrometry. Mass spectrometry of natural products (ESI-MS APCI-MS on flavonoids and their glycosidic derivatives, tannins, procyanidins, iridoids, saponins, alkaloids). Gas chromatography coupled with mass spectrometry in the analysis of essential oils, fatty acids, and alkaloids. Determination of active substance by ESI-LC/MS (positive/negative mode). Sample purification methods, Solid Phase Extraction (SPE) on biological fluid sample/active substance (cortisol) recovery, use of internal substance template. Validation of analytical methods, objectives of method validation.

Coordinator

Teachers

Teaching Assistants

Course Organization

ECTS: 8

Lectures: 9
Laboratory exercise: 5

Workload

200 – 240 hours
Lectures/Workshops: 70 hours
Personal effort: 130 hours

Course Lectures

Week

Faculty

Teaching method 

Description of teaching unit

 

1

Zacharis Konstantinos

Asst. Prof. of Pharm. Analysis, AUTH

Theory

Instrumental separation techniques in Pharmaceutical Analysis (Part I)

 

2

Zacharis Konstantinos

Asst. Prof. of Pharm. Analysis, AUTH

Theory

Instrumental separation techniques in Pharmaceutical Analysis (Part ΙI)

 

3

Zacharis Konstantinos

Asst. Prof. of Pharm. Analysis, AUTH

Lab

 

Familiarization with HPLC instrument operation – Study of the effect of: elution power, column temperature and flow rate, on the separation of paracetamol-caffeine.

 

4

Zacharis Konstantinos

Asst. Prof. of Pharm. Analysis, AUTH

Lab

Determination of paracetamol and caffeine in effervescent tablets by HPLC

 

5

Zacharis Konstantinos

Asst. Prof. of Pharm. Analysis, AUTH

Lab

Determination of furosemide in tablets by HPLC. Dose uniformity control. Statistical processing of results

 

6

Zacharis Konstantinos

Asst. Prof. of Pharm. Analysis, AUTH

Lab

Determination of structure-related impurities in sildenafil citrate API (result processing)

 

7

Markopoulou Catherine.

Prof. of Pharm. Analysis

Theory

Chromatographic column theory (part I)

 

8

Markopoulou Catherine.

Prof. of Pharm. Analysis

Theory

Chromatographic column theory (part II)

 

9

Markopoulou Catherine.

Prof. of Pharm. Analysis

Theory

Theory of Mass Spectrometry (part I)

 

 

10

Markopoulou Catherine.

Prof. of Pharm. Analysis

Theory

Theory of Mass Spectrometry (part II)

 

 

11

Kouskoura Maria

MSc, PhD Pharm. Analysis

Theory

Assay of APIs in biological samples – Bioanalysis and Sample Pretreatment

 

12

Natalia Manousi, MSc, PhD Analytical Chemistry AUTH

Theory

Modern sample pretreatment techniques

 

13

Natalia Manousi, MSc, PhD Analytical Chemistry AUTH

Lab

ESI-LC/MS, Instrument demonstration. Determination of active with  (positive/negative mode )

 

14

Kafkala Stella, MSc, cPhD, Analytical Development Director, Genepharm

Theory

Method validation, forced degradation studies

 

15

Kouskoura Maria

MSc, PhD Pharm. Analysis

Theory

Chemical analysis of pharmaceutical APIs and raw materials

 

 

Exams Theory/Laboratory

Examination of the course

Final exam

0%

Course Essays

0%

Related Bibliography

Introduction to Pharmaceutical Analytical Chemistry (2nd ed.)

Author: Stig Pedersen-Bjergaard, Bente Gammelgaard, Trine Gronhaug Halvorsen

Edited by: Konstantinos K. Zaharis, Aikaterini K. Markopoulou

ISBN: 9789605836061

Link

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