How I Finally Realised Preclinical Medicine Exams Aren’t Really About Memorising Lectures
I’ve noticed something similar recently (I’m a first year, btw). At first, I thought our short written answer exams and MCQs were mostly testing tiny lecture details, so I kept trying to memorise everything exactly as presented or by learning the “normal process” step-by-step. But now I’m starting to think the examples/applications in lectures, usually diseases, lesions, drug effects, deficiencies, etc., are actually the real focus of what gets tested. I haven’t yet seen many exam questions that focus purely on normal physiology; it feels like the majority are framed from a pathological angle. The rest of the lecture often just explains the background mechanisms from which that disease emerges.
So instead of viewing lectures as: “Here is a process you must recite” I’m starting to see them more as: “Here is normal physiology/anatomy, now here is what happens when part of it breaks”
A lot of questions seem to test whether you can apply understanding rather than just repeat facts, probably as preparation for clinical reasoning later on. To answer application-style questions properly, you still need a solid recall of the underlying mechanisms anyway, because you’re essentially working backwards from an abnormal finding to the normal system that failed.
So studying with the expectation of application questions actually feels more efficient because you end up learning both:
- the clinical/application presentation
- the underlying mechanisms and normal function
In that sense, the examiner kind of “hits two birds with one stone”.
The key shift for me has been realising it’s not about memorising every sentence of a lecture, but understanding how altering one step in a normal system produces a final presentation or question stem.
So now I’m thinking next semester I’ll approach it more deliberately:
- first build solid understanding of normal structure and function
- then layer in what happens when things go wrong
- and only closer to exams, once the basics are stable, focus more on disease mechanisms and how they group together (including treatments where relevant)
I’m not completely sure if this is the most efficient method yet (still testing it), but it feels more coherent than brute memorisation.
For example, instead of learning a disease as an isolated fact, I try to ask:
- what part of the normal system failed?
- what downstream effects follow from that?
- what is still preserved?
- what would actually appear in a question stem or patient?
Even anatomy becomes easier this way because questions often work backwards from a deficit pattern rather than asking you to list structures.
Interestingly, focusing more on application has also improved my memory of the basics, because you can’t answer properly without understanding the underlying physiology.
Overall, it feels less like memorising disconnected facts and more like building chains of cause and effect, which makes revision a bit less stressful.