Creative Biology Tutor - Makes Biology visual and intresting to understand through art.

The session thoroughly covered the functions of proteins, including their roles as enzymes, transport proteins, structural elements, hormones, defense mechanisms, and motor/contractile components. The Tutor then introduced the basic structure of amino acids, explaining their components and how the variable R group accounts for the diversity of proteins. The Student was encouraged to note down specific topics from an upcoming call with their school biology teacher and to ensure they could access the class PDF book for future lessons.

The session focused on the functions of proteins, including their roles as enzymes, transport proteins, and structural components. The Student and Tutor reviewed specific examples of each, discussing their biological processes and locations within the body, referencing a textbook PDF. For homework, the Student was advised to read the remaining sections on protein functions in the PDF and review the provided blackboard screenshots, emphasizing focusing on diagrams and highlighted text in the textbook.

The session covered various cell organelles, including mitochondria, lysosomes, and chloroplasts, detailing their functions and structures. The Tutor also introduced Polymerase Chain Reaction (PCR), explaining its steps, components, and application in DNA amplification. The student was advised to obtain the textbook for upcoming units.

The Tutor and Student explored fundamental concepts in cell biology, focusing on the differences between prokaryotic and eukaryotic cells, their classification into domains and kingdoms, and the roles of key organelles like the nucleus, ribosomes, endoplasmic reticulum, and Golgi body. They also discussed the journey of protein synthesis, modification, and transport within a eukaryotic cell. The Tutor committed to sharing class notes, visual aids, and a VCE curriculum-aligned biology textbook for the Student's review.

The Tutor introduced the fundamental differences between prokaryotic and eukaryotic cells, discussing their structures, key components like organelles, and the organization of their genetic material. The Student learned the definition of DNA, chromosomes, and the distinct cell replication methods (binary fission vs. mitosis/meiosis) for each cell type. They also discussed relevant reference books for the Victorian curriculum in Biology.