Draw the mechanism
Show what changes, why it changes, and how the system responds. Label what each arrow means instead of copying a pathway you cannot explain.
Human Physiology · Students at any school
Learn the mechanism, then predict what happens when something changes. Practice cause and effect, feedback loops, graphs, and explaining processes from memory.
$50/hour · Online tutoring available · In-person options in the North Bay
Match the task
If your exam asks what happens when a variable changes, memorizing a definition isn't enough.
Show what changes, why it changes, and how the system responds. Label what each arrow means instead of copying a pathway you cannot explain.
Start with axes, units, and conditions. Describe the trend, then connect it to a mechanism and the evidence in the data.
State what stays constant. Predict the immediate effect, explain why it follows, and distinguish it from any later regulatory response.
Across introductory physiology
These are common areas we can work on. Your syllabus and current instructor materials determine the scope and level of detail.
Negative feedback, positive feedback, set points, sensors, control centers, effectors, and regulated variables.
Diffusion, osmosis, gradients, membrane potentials, channels, pumps, carriers, and active transport.
Neurons, synapses, action potentials, hormones, receptors, second messengers, and coordinated regulation.
Excitation-contraction coupling, sliding filaments, skeletal/cardiac/smooth muscle differences, force, and fatigue.
Cardiac cycle, blood pressure, flow, vascular resistance, ventilation, gas exchange, and oxygen transport.
Fluid balance, acid-base regulation, absorption, defense, hormones, and reproductive control systems.
Course structure and exam format vary by instructor and semester.
Free study routine
Choose one process from your current lecture topics. Put your notes aside before you explain it. The gaps show you where to focus next.
Start free. Add support when you need it.
Name the variable and what has changed. State any conditions your example holds constant.
Draw or say each step without notes. Explain why one change causes the next.
If the process includes feedback, explain how the response affects the original change.
Compare with your course materials. Correct the first missing link, then explain the full process again from memory.
Personalized practice
In tutoring, we can unpack the mechanism, work through predictions, read graphs, and organize a concise essay or short response that explains your reasoning.
We can also triage an upcoming exam or build a realistic weekly plan around work, labs, and other classes.
See an example tutoring session →Read the free OpenStax reference, explore Anthony's short study videos, and use the study routines on this page without signing up.
Explore study resources →Working on structures too? Read the Anatomy study guide.
At SRJC? See the PHYZ 1 preparation guide.
Questions
Yes. These study strategies and physiology tutoring can be adapted to your current course outline, instructor materials, lab manual, and exam schedule. Course structure and exam format vary by instructor and semester.
Anatomy focuses on structure: what something is and where it is. Physiology focuses on function: mechanisms, regulated variables, and how body systems maintain homeostasis.
Yes. We can interpret data, make graphs readable, connect results to physiology, and organize explanations. You write your own work and follow your course's collaboration rules.
Both. One-on-one tutoring is $50/hour, online or in person in the North Bay. Students at any school are welcome.
Individual support
Bring your course materials and the questions you keep getting stuck on. We'll choose a starting point together.
One-on-one tutoring · $50/hour
Online or in person in the North Bay.
Group tutoring available — mention it in your request.