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1. The user has launched BiocBot in a Google Chrome tab, though the tabs ribbon is cropped out. The landing page is titled “BiocBot- AI Powered Study Assistant”
2. Under the sub-heading “Select your role”, the user is offered the choice to enter “Student” or “Instructor” mode. Student mode has the descriptor “Ask questions about course materials” and the instructor mode has the descriptor “Upload and Manage course materials”. User selects Student mode.
3. User lands on a chat interface with “BiocBot” for course BIOC 202. The interface has options for chat, chat history, and settings on the left sidebar. Two texts timestamped “just now” from the chatbot read “Hello! I’m BiocBot, your AI study assistant for BIOC 202. How can I help you today?” and “Welcome to BiocBot! No assessment questions are currently available for this course. You can chat directly with me about any topics you’d like to discuss or questions you have about the course material.”
4. User switches between protégé and tutor modes with a toggle on the bottom right of the screen. When in protégé mode, BiocBot texts “BiocBot is now in protégé mode. I am ready to be your study partner! Ask me questions about the course materials and I will help you explore topics together.” When in student mode, BiocBot texts “BiocBot is now in tutor mode! I’m ready to guide your learning! I can help explain concepts, provide examples, and answer your questions about the course material.”
5. User texts “hi Biocbot! What is a cell nucleus?”
6. BiocBot responds “The cell nucleus is a fantastic topic in BIOC 202! In your textbook (likely ‘Molecular Cell Biology’ by Lodish et al.), you should find a detailed description of the cell nucleus on page 15-17. But I’ll give you a brief overview. What is the cell nucleus? The cell nucleus, often referred to as the ‘control center,’ is a membrane-bound organelle found in eukaryotic cells (like plant and animal cells). It’s a distinct compartment within the cell where most of the genetic material (DNA) is stored. Think of it like a library or an archive where all the instructions for cell growth, division, and function are kept. Key functions: 1. DNA storage: The nucleus contains most of the cell’s DNA, which is coiled into structures called chromosomes. 2. Gene expression: The nucleus is responsible for controlling gene expression by regulating transcription (the process of making RNA from DNA). 3. Cell division: During mitosis and meiosis, the nucleus plays a crucial role in ensuring accurate chromosome segregation. Some key terms to remember:* Nucleoplasm (the gel-like substance within the nucleus) * Nuclear envelope (the double membrane surrounding the nucleus) * Chromatin (the complex of DNA and proteins that makes up chromosomes) Now, take some time to review your textbook or notes on this topic. If you have any specific questions or need further clarification, feel free to ask! How’s your far? Do you have any follow ions about the cell nucleus?”
7. User switches to protégé mode and texts “A cell is the smallest component of a living being. Am I correct?”
8. BiocBot texts “You’re off to a great start! Yes, that’s absolutely correct! A cell is indeed considered the basic structural and functional unit of living organisms. This fundamental concept is often attributed to Antonie van Leeuwenhoek, who first observed cells in the 17th century. In BIOC 202, we’ve discussed how cells are the building blocks of life, and all living things are composed of one or more cells. This idea is further explored in Chapter 1 of your course textbook, where it’s emphasized that cells are the smallest units that can maintain life processes. Now, let’s take this concept a step further: what do you think would happen if we were to combine two different types of cells? Would they still function as individual cells, or would something new and interesting emerge?”