In fact, it actually started to get boring after the whole cat-and-mouse thing stopped.
So then, anyway, (surprise surprise) I've actually begun to do revision for the exams. It feels so strange to actually need to study now, after having basically been on holiday for the past year. But this time there are real, important modules that I'm taking, and within each of them contain essential knowledge for my advancement as a person.
There's organic chemistry, which no student should do without. There's biochemistry, which I definitely can't do without. Unfortunately, biochemistry is a denser subject than everything I've come across so far. That includes... Everything.
If I'm not wrong, the H2 biology syllabus covers some of the reactions we study in biochemistry. Mostly related to respiration. My module covers a bunch of other stuff, including photosynthesis, gluconeogenesis, amino acid synthesis, nucleic acid metabolism... cycles and other things. There are at least nine of them. And each of them contains as many reactions as nine chemistry lessons.
Well, maybe not, but it certainly feels like a lot. The troubling thing is that there are no little logic shortcuts that I can use. It's not like chemistry where I can view some reactions as analogous to others. Biochemistry is just plain memorisation. Enzymes, catalysts, super-long names. Not only that, but there are so many ways to name a biological molecule. Which gets pretty confusing, since different textbooks like to use different names.
Take for example glyceraldehyde-3-phosphate. Abbreviated as G3P. Then there's also 3-phosphogylceraldehyde. You would have to abbreviate it 3GP. Which, while is essentially the same as G3P, looks completely different to me.
On the bright side, I am beginning to see logical links in the naming systems... Discounting the various ways to name one molecule. Phosphatases are for removing phosphate groups. Kinases transfer phosphate groups from high energy molecules to lower energy molecules. Where there's a dehydrogenase, there'll be NADH/FADH2 molecules.
So, I'll be done with this in due course.

-Joe