Biochemistry (AB_1137)

This document contains notes on all the videos from Canvas + some additional information to make it very comprehensible. I recommend using these and making notes on them since they are a bit too in-depth, and you do not need to know everything, just understand, which is what I aimed to write these notes to do. For the first exam however, these notes will not serve you any purpose since maths is something you must practice on your own. Also, 2 modules are skipped in this since the videos are easi...

complete module 1 + a little of module 2 in digestible words. perfect to turn into flashcards

A detailed elaboration of module 1 and 2 (and a bit of 3) of the course 'Biochemistry' (AB_1137). It helped me pass the course with a 7.

Chapters: 1 (l, ll), 2, 3, 4, 5, 6, 7, 8, 9, 10 (l, ll), 19 (l, ll), 20, 22, 23, 24, 25 (l, lll), 26 (l, ll, lll), 27 (l,), 28 (l, ll) Thermodynamics, Membrane transport, Chemical potentials, Enzyme kinetics, Metabolism

This summary contains the complete summary for the course Biochemistry at the VU Amsterdam. You'll pass the course with this summary for sure!

Complete summary of the course Biochemistry (AB_1137) from the 1st year of biomedical sciences, VU Amsterdam. This summary contains all information needed for the exam, and includes all the material from the lectures and the book that was required for this course. This summary was made during my first year of biomedical sciences (2020/2021). --- Volledige samenvatting van het vak Biochemistry (AB_1137) uit het 1e jaar biomedische wetenschappen, VU Amsterdam. Deze samenvatting bevat alle in...

Met deze samenvatting heb ik het vak in 1 keer afgerond!

This summary consists of key knowledge required to pass this course besides the pathways. For me, this was really helpful because it consisted of all the things that I may forget while I was studying metabolic pathways. At the exam I got a 7,8 when I studied this material plus the pathways from the lectures.

Overview of metabolic pathways with explanation of the mechanisms