Welcome to MI Biology Digital Library
Life is not only stranger than we imagine, it is stranger than we can imagine. — J.B.S. Haldane
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Find the resources you need to direct your learning in MI Biology.
Find the resources you need to direct your learning in MI Biology.
How to use the Digital Library
How to use the Digital Library
Resources are categorised by level (PU1, PU2 and PU3). These resources are meant to complement the lecture notes. Thus, read the lecture notes first, then explore the resources for further explanation or additional details. You may also choose to do both at the same time.
For students with Combined Science background, you are strongly advised to visit Biology Bridging Resources to self-study before the start of the relevant topic. Do be reminded that Pure Biology is considered to be assumed knowledge.
📚Read
📚Read
Read through the Learning Outcomes for each chapter (also in your Lecture notes) to structure your learning.
🧑💻Learn
🧑💻Learn
Learn using the written summaries, videos, interactives and simulations to help you familiarise with the content and build a good Biology foundation.
🖊️Check
🖊️Check
Check your understanding with different types of checkpoints, depending on the chapter or topic.
✅Learning Goals (SLS)
✅Learning Goals (SLS)
Check for your own understanding using the Learning Goals provided on SLS.
Uploading of all Learning Goals onto SLS in progress.
❓Question
❓Question
Have questions? Key them in the Padlet located at every Chapter's Topic Page. You can also submit your questions using the buttons below.
📰Sharing by Bio Reps!
📰Sharing by Bio Reps!
Look out for interesting infos that will be shared by the respective bio reps across the year!
Perot Museum's Amaze Your Brain
Perot Museum's Amaze Your Brain
Your dose of interesting science facts, brought to you by Perot Museum of Nature and Science.
Have something interesting to share? Submit your Interesting Science Fact here and you may see it featured on this wall!
Topic Resources
Topic Resources
Cell Structure | Carbohydrates | Proteins | Enzymes | Lipids | Membrane Transport | DNA and Genomics I & II | Cell Cycle | DNA mutation
Molecular Techniques | Organisation of Prokaryotic and Eukaryotic Genome | Genetics of Virus | Control of Prokaryotic and Eukaryotic Genome | Stem Cells | Respiration | Photosynthesis | Inheritance | Cell Signalling
Diversity and Evolution | Impact of Climate Change on Plants and Animals & on Mosquito-borne Diseases | Immunology
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