This thread has freaked me out a bit :mellow: I was planning to enjoy my summer holidays and I really can't see myself studying during them but now i'm worried! Would anyone know how well CIE prepares you for hsfy? I've taken A level chem and A level bio but only AS physics. Most people here seem to have taken NCEA but if you happen to know, please share ^_^
I did CIE myself, A level chem, bio, math, english and AS physics. The AS physics covers pretty much everything in PHSI191 except for 1 or 2 topics. A level physics goes way beyond what's in PHSI191, so don't worry about that. A level chem and bio are great cover for the HUBS, CHEM, CELS and BIOC (assuming they still have the biochem module in A level chem) papers.
CIE does indeed cover much more of the HSFY syllabus, but when it comes down to it, how much effort you've put in at school and how much effort you put in for HSFY matter far more than whether or not you did CIE or HSFY.
Here's a post that I made ages ago.
There are bound to be mistakes because I'm not very familiar with L3 and also the course content for HSFY has changed slightly since I made this post but some of you may find it helpful to just skim read what topics there are.
[offtopic]
CHEM191 (copied from the paper sypnopsis and shortened)
Thermodynamics/energetics - gibbs energy (not covered in L3), enthalpy, entropy
Equilibria - equilibrium constant, solubility equilibria, energetics of dissolution (don't think covered in L3), pH, buffers
Reaction rates and chemical equilibria (not covered in L3 at all and many people struggle) - factors affecting rates of reaction, rate laws, reaction orders, catalysis, enzyme reactions
Metals in human biology (alot not covered in L3) - redox reactions, transition metals, donor atoms, classes of ligands, oxidation states, geometries, metalloprotein/metalloenzyme, binding, metal effect on ligands, ligand effect on metals
Organic Chemistry - E and Z, and R and S, enantiomers, diastereomers, functional groups, reaction types, reaction mechanisms including nucleophilic substitution, elimination, addition, polymerisation, condensation, acetal formation, nucleophilic acyl substitution, group transfer (mechanisms are not covered in L3 and many people find this hard to pick up, whereas CIE we had 2 years to learn a lot of different mechanisms)
Biological molecules - functional groups in biological molecules, relationship between structure and function, amino acids, peptides, saccharides (not covered in L3 or CIE and many people find this hard), nucleotides, enzymes, nucleic acids
CELS191
I wish I hadn't thrown away my objectives at this point. I have some of them but the rest I'll have to throw together from memory. Cell biology and genetics bit and some of microbiology are decent covered by L3
Cell biology - cell structure and stuff like organelles etc etc, theories on origin of life, plant vs animal cells, plastids, plasma membrane, cytoskeleton, nucleus structure
Genetics - mitosis, meiosis, polyploids, aneuploids, X-inactivation, human chromosal abnormalities, mendelian genetics, inheritance, Hardy-Weinberg equilibrium, biochem of genetics, lots on genetic techniques
Microbiology - classification, bacteria structure, ecosystems (chemoautotrophs and all that), genetics of bacteria (transformation, transduction, conjugation), Winogradsky column, applications of microbes, cheese (there was a whole page on this lecture in the mid-semester test lol), resistance, viruses, viral reproduction, infectious disease
HUBS191 (there's bound to be mistakes about if L3 covers this or that so bear with me lol)
Homeostatic principles - should be familiar with this? repeated over and over and over again
Musculoskeletal system - not covered in L3?
Nervous system - the "hardest" module, which is true for many people
Endocrine system - not covered in L3?
Immune system - not covered in L3
HUBS192
Cardiovascular system - not sure
Respiratory system - not covered in L3
Gastrointestinal system - not covered in L3
Renal and urinary system - not covered in L3
Blood system - not covered in L3
Acid base - not covered in L3
Reproductive system - not sure
BIOC192 (pretty much all of this isn't covered in L3 except for the really really basic stuff)
Protein structure - primary/secondary/tertiary/quaternary structure, domains, motifs, prions, immunoglobulins, haemoglobin, myoglobin, haemoglobin variants, collagen and elastin
Enzyme kinetics - michaelis menten kinetics, inhibition, mechanisms (fun fun lol), applications of enzymes in health
"
Drugs" (I can't remember the name of this topic) - muscle proteins, muscle dystrophies, membranes, targets for drugs, stress response, drug discovery and therapeutics
Food and digestion - energy calculations, digestion and absorption of carbohydrates/fats/proteins, fat transport, heart disease, vitamins, minerals
Oxidation (hardest part for alot of people because it's so new if you did NCEA) - energy calculations, glycolysis, citric acid cycle, oxdiative phosphorylation, electron transport chain, beta oxidation, metabolism of amino acids, reactive oxygen species
Integration - alcohol, storage/mobilisation of fuels, starvation, exercise, diabetes, obesity
HEAL192 (I've said it a few times but alot of it just learning new things and alot of it is common sense)
Every lecture is like different and it's not really split into topics, but there's two big sections to the paper (split by the mid-semester test)
First section - internal and external validity (bias/confounding/chance), causation, external validity, measures of occurence/assocaition, study designs
Second section - (an application of the stuff in the first section) - ethics, disease prevention, alcohol, infectious disease, HIV, animal/human interactions, physical activity, suicide and self harm, obesity, oral health, climate change, patterns of disease, Maori health, poverty and health, social epidemiology, ageing[/offtopic]