Hello everyone! My name is Paulina Marciniak, I am doctoral student, I am dealing with biopolymers so i want to give you some information about it. Some extra information can you find in articles which titles you find in this course.This course is dedicated to students from the faculty of Biology and Biotechnology (Master degree study). If you have questions please contact me
Paulina Marciniak, email: email@example.com
This course relates the production and the usage of bioplastics in the world. The course addresses issues such as the using of microorganisms for the production of biopolymers, especially polyhydroxyalkanoates. This course teaches the principles of bacterial culture in the direction of PHA synthesis, breeding methods, types of culture and extraction of polymers. The gas chromatography method necessary for monomeric determination of obtained PHA is also mentioned. During this course the student learns logical thinking, breeding with the use of living organisms forces the anticipation of various situations and repairing the errors quickly. The knowledge presented in this course forces to think about protecting the environment and the future of our planet.
The number of lessons: 3
The goals of teaching:
• First lesson: learning the basic knowledge about biopolymers - their types, methods of their production and their applying in human life
• Second lesson: presentation of basic knowledge about one of the biopolymers groups -polyhydroxyalkanoates (PHAs) (presentation of their structure, division, features and applications). To familiarize students with the methods of cultivating of microorganisms towards the synthesis of PHAs (types of culture, required conditions) and microorganisms applied for this purpose
• Third lesson: presentation of the classic and latest methods of PHAs’ extraction from microorganisms (solvent extraction, enzymatic digestion, mechanical disruption, Gamma irradiation). Presentation of gas chromatography analysis performed in order to know the monomer composition of the obtained polymers
Student after this course:
• can give a definition of biopolymers, their division and application
• knows the definition of polyhydroxyalkanoates, knows the basic structure of PHAs, knows what they are used for
• is able to present the most common PHAs producers, list the types of cultivation methods and required conditions during cultivation
• can tell about extract and purify of PHAs from microorganisms
• is able to list the principles of performing gas chromatography analysis (how it works etc.)
• can say why it is so important to replace synthetic plastics by biodegradable biopolymers.