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The final paper was manageable, I left early since it was quite easy. Like who would actually bother to memorise how many % of proteins there were on the inner mitochondrial membrane. However, I do feel that the paper could test us more on application based questions instead of memory recall questions. I remember freaking out for the first CA, thinking that I won’t be able to answer most of the questions. The attendance for this module was really low (I think because of the same reason I had) and it was quite sad since the lecturers noticed it (it was really really obvious). Reason being that LSM2102 lecture was before this lecture, and I was already really drained after being bombarded with loads of molecular biology content. I felt that it’s good since pathways would be provided in the bluebook, and it would be better to focus on how the pathways are regulated instead.Īs the lectures were webcasted, I skipped literally almost all the lectures (I felt bad though). However, the lecturers always emphasised on regulation more. There’s still quite a bit of understanding and memorisation to do, but not that bad.įrom the title of the module, one would expect that it would be all about pathways and regulation of the enzymes involved in the pathways. But, it turns out that it wasn’t that horrible. In fact, I’ve heard scary stories from my friend saying that I have to memorise all the enzymes in the pathways and the by-products too. This module is something a Life Science student would expect, in terms of workload and content.
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Greg Tucker-Kellogg – Fatty acid metabolism, fuel metabolism and oxidative damage and diseasesįinals (60%) – 40 MCQs, 20 marks worth of SAQ And I have completed my GEM requirements ? Next is completing my minor requirements…ĮDIT: This module is re-coded to LSM2211 in AY17/18.Ī/P Sanjay Swarup – Glycolysis, TCA cycle and ETCĪ/P Ganesh S Anand – Gluconeogenesis, Glycogen metabolism, Pentose Phosphate pathway, Amino Acid Metabolism, Nucleotide metabolism