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

The Student and Tutor reviewed different types of RNA and delved into the process of transcription, including the roles of RNA polymerase, promoter regions, and template strands. They also had an introductory discussion on translation and gene expression. The Student and Tutor scheduled a follow-up, potentially longer session for the next day to continue with the topic.

The Student and Tutor reviewed nucleic acids (DNA and RNA) and then delved into the three types of RNA: mRNA, tRNA, and rRNA. They covered the structure and function of each, including processes like transcription, translation, mRNA splicing, and the role of codons and anticodons in protein synthesis. They briefly discussed revisiting the topics later if needed.

The session covered the structure and function of nucleic acids, focusing on nucleotides as monomers and the double helix structure of DNA. The Tutor explained DNA and RNA composition, base pairing, and the process of transcription and translation, including the role of mRNA. The student practiced identifying these concepts and their relationships.

The Student and Tutor reviewed molecular biology concepts including restriction enzymes, plasmid vectors, reporter genes, and DNA ligase. They practiced identifying outcomes of gene insertion and learned about artificial methods for bacterial transformation, with plans to continue the topic in future sessions.

The Student and Tutor discussed the key components of plasmid vectors, including restriction sites, antibiotic resistance genes, origin of replication, and reporter genes. They practiced identifying these components and their functions, as well as understanding how restriction enzymes create sticky ends for gene insertion. The next steps will involve further exploration of these concepts.

The tutor and student reviewed the concept of recombinant plasmids, their components, and the process of bacterial transformation. They discussed the practical applications of this technology in producing proteins like insulin and explored the essential DNA sequences within a plasmid vector, including restriction sites and antibiotic resistance genes. The tutor also briefly introduced bioethics and demonstrated the use of petri dishes in bacterial culture.