Summer Mentor Circle, 50 places
Summer + Cutline HSFY 2027 + Summer Mentor Circle
Chosen on suitability from the application.
Learn to connect a body structure with what it does. HUBS191 preparation in Cutline Summer begins with anatomical language and homeostasis, then explores movement, neural signals, hormones and immune defence.
Included in the whole Cutline Summer programme.
Get the free parent guideAn organ brings different tissues together. In the gut, a lining, supporting tissue, muscle and nerves each do a different job.
These flat cells fit closely together. The darker ovals are nuclei. This simple squamous epithelium forms a thin lining with very little space between cells.
Creator: Kamil Danak
Source on Wikimedia Commons: Simple squamous epithelium.svg
Licence: CC BY-SA 3.0
Original image, unchanged by Cutline.
A long list of anatomical terms can feel productive without helping you explain a system. Pair a term with a diagram, a function and a change you can predict. That gives the vocabulary a purpose.
Revisit anatomical position, body planes and movement terms. Describe a movement in words, then check it on a diagram rather than relying on everyday labels such as “up” or “back”.
Pick a regulated variable and label the sensor, control centre and response. Explain how the response changes the original disturbance. Keep the variable separate from the mechanism regulating it.
Follow a signal from its trigger to its effect. For a muscle example, connect activation to contraction and movement. Ask what would happen if a link in that sequence changed.
An introductory Cutline example, not an official exam question.
A regulated variable rises above its usual level. What makes a response negative feedback?
The response acts to reduce the original rise, moving the variable back towards its regulated level. “Negative” describes opposition to the disturbance, not whether the response is harmful or whether every quantity decreases.
Explain the direction of the response relative to the disturbance, rather than treating “negative” as a value judgement.
Realistic HUBS exam-style questions, with the concepts and reasoning behind each answer worked step by step.
Planned Cutline Summer modules. These describe our preparation scope, not an official university course outline or a claim that every assessment is covered.
The four basic tissues, homeostasis, feedback, anatomical position, body planes and joint movements.
Practise applying it: Identify tissue from its features and describe a movement using precise anatomical terms.
Skeletal organisation, bone cells, remodelling, growth, connective tissues, joint types and movement.
Practise applying it: Use joint structure to explain which movements are possible and which are restricted.
Osmosis, membrane potentials, muscle contraction, force, fibre types, levers, muscle actions, stance and gait.
Practise applying it: Trace muscle activation to contraction and explain a change in force or movement.
Samples, bias, variation, variable types, summary statistics, standard error, graphs, confidence intervals and null models.
Practise applying it: Interpret a confidence interval and identify a source of bias in a biomedical study.
Nervous system organisation, neurons, glia, autonomic control, membrane channels, action potentials and synapses.
Practise applying it: Explain how changes at the membrane trigger or prevent an action potential.
Spinal structures, peripheral nerves, protective layers, cerebrospinal fluid, brain regions and sensory and motor pathways.
Practise applying it: Use a pathway diagram to locate where damage could cause a stated deficit.
Sensory receptors, adaptation, stimulus coding, movement planning, muscle activation and stretch and withdrawal reflexes.
Practise applying it: Trace a reflex pathway and predict how changing one part affects the response.
Hormone action, pituitary control, growth, thyroid function, calcium, stress responses, glucose regulation and diabetes mechanisms.
Practise applying it: Use a feedback loop to predict how hormone levels respond to a disturbance.
Barriers, immune cells, inflammation, complement, antigen presentation, antibodies, memory, tolerance, allergy and vaccination.
Practise applying it: Explain which immune cells and mechanisms respond to a stated infection or vaccination.
One programme covering CELS191, CHEM191, PHSI191 and HUBS191. Choose Cutline Summer for the summer, or Summer + Cutline HSFY 2027 to carry on through every HSFY paper in 2027. The Summer Mentor Circle (Nov to Feb only) is by offer from the application.
Short lessons, tutor walkthroughs and exam-style practice are planned for Summer. Try a beta lesson to see the approach while the full programme is being built.
Summer Mentor Circle, 50 places
Chosen on suitability from the application.
The Ultimate HSFY Year
Both semesters of 2027, to 1 December 2027. Saves NZ$100 on adding 2027 later.
HSFY Head Start Accelerator
Programme access 16 November 2026 to 28 February 2027.
Prices are in NZD and include GST. These are whole-programme plans, not separate paper purchases. Full refund within 14 days of paying, and the first module guarantee to 31 December 2026.
No. This Summer page covers preparation for Human Body Systems 1 before HSFY. HUBS192 is a different paper, and practice for assessments during the year belongs in the student question bank.
Yes. Summer is preparation before the year begins. If you are already taking the paper, visit HUBS191 practice questions for the in-year practice options.
For official paper information, see Otago’s HUBS191 page and its HSFY preparation guidance.
A plan around your own exams and summer, plus the guide. Both free.