Lego bricks - Study guides, Class notes & Summaries

Like ourselves, the individual cells that form our bodies can grow, reproduce, process information, respond to stimuli, and carry out an amazing array of chemical re- actions. These abilities define life. We and other multicellular organisms contain billions or trillions of cells organized into complex structures, but many organisms consist of a single cell. Even simple unicellular organisms exhibit all the hall- mark properties of life, indicating that the cell is the funda- mental unit...

Hey guys, I'm uploading my full summary of BBS1001 LEGO Bricks of Life. The study guide has a neat table of contents and all tutorials (with added lecture notes). I go through every topic needed for the exam in helpful bullet points with lots of pictures.

This is probably one of the biggest summaries of ''BBS1001 lego bricks of life'' that you can get. Also, its info is very up to date! (2018-2019) (UM is not changing a lot about courses throughout the years).It will definitely help you with getting a sufficient grade for the eventual exam. Also, it will help you with preparing for the upcomming tutorials. In the end, using this summary will save you a lot of time.

This document contains all the cases from BBS1001 The LEGO Bricks of Life. Biomedical Sciences, Maastricht University.

25 practice questions for block 1 (BBS1001 / lego bricks of life) - these 25 questions are an addition to the pictorial and schematic summary of BBS1001

In this document, you will get all cases worked out. They are extended and contain all information you should know for the exam. The cases in this document are also post-discussed and supplemented where needed. The document contains of 82 pages with an index for the clear overview.

Summary of course 1 - The lego bricks of life. This summary contains a lot of details and clear pictures. THe summary follows the cases, which are worked out per case. Clear explanations for important subjects like DNA replication, transcription, translation, post-translational modifications, eukaryotes vs. prokaryotes, membrane transport, osmosis, endosymbiosus, mitochondria and cellular respiration, tissue types, cell signaling, mutations, BLAST, phylogenetics, mendelian inheritance, Lamarc...

This document contains a summary of all lectures.