Explore the fundamental concepts of DNA structure and genetic material transmission while investigating the intricate relationship between gene expression and protein production in this comprehensive biology course. Examine the diverse roles proteins play within cellular environments and analyze enzyme function, including the factors that influence enzyme-catalyzed reaction rates. Develop skills in predicting outcomes of genetic modifications and engage in critical discussions about the ethical implications and consequences of genetic research. Investigate the broader social, environmental, and economic impacts of scientific research in the fields of DNA and protein studies, preparing for SACE Stage 2 Biology requirements through detailed exploration of molecular biology principles.
Overview
Syllabus
- Understand the structure of DNA and the processes involved in the transmission of genetic material to the next generation.
- Explore the relationship between elate gene expression and protein production.
- Discover the various roles of proteins in the cell.
- Understand the action of an enzyme and the various factors that influence the rate of an enzyme catalysed reaction.
- Predict the outcomes of gene modification and discuss the associated ethical implications and consequences.
- Explore social, environmental, and economic impacts of scientific research in the area of DNA and proteins.
Taught by
Really Good Student
Related Courses
-
Microbiology - DNA, Protein Synthesis, Gene Expression, Genetic Engineering, and Viruses
-
Genetic Material DNA Biochemistry - Complete Course
-
Genetic Engineering - From DNA Structure to Protein Synthesis
5.0 -
Molecular Biology and Biotechnology Principles
-
Introduction to Medical Biochemistry
-
DNA Replication in Prokaryotes
