Bring structure, location and function together before studying systems.
Now use the language you have learned. Work through one relationship at a time and explain your choice before checking it.
Read one idea at a time1 / 7
Identify
Name the structure or region.
For example
Femur: the thigh bone.
Read all notes for this section
Identify
Name the structure or region. Femur: the thigh bone.
Locate
Use the person’s orientation and a named reference. The femur is proximal to the tibia.
Relate
Connect structure with a job. A thin capillary wall supports exchange.
Explain
Describe the relationship in your own words. The diaphragm separates chest and abdomen and helps move air during breathing.
Name it and place it
For any new structure, begin with two questions: what is it, and where is it? Identify the person’s right and left, then name a region or cavity. Add a relationship to a familiar neighbour. For example, the heart lies in the thorax, between the lungs and behind the sternum.
Connect the shape to the job
Next ask how the structure helps its function. A capillary has a thin wall, which gives substances a short distance to cross between blood and tissues. A muscular heart wall can generate force. Explain one connection clearly before trying to memorise more labels.
Recall it without the labels
Hide a diagram label and name the structure. Then explain its location and job in your own words. If you cannot, return to that section’s notes and example. Use the practice questions to find what needs another look; rereading alone can make unfamiliar material seem more familiar than it is.
Explore the illustration
Look at the whole view first. Then select one label and connect it to the idea you just read.
A shared reference position
Front view: the subject faces you, palms forward. Right and left belong to the subject.
More controls
01 / 7 Superior
Superior means towards the head. The chest is superior to the pelvis.
The moving arrow shows the selected direction. Right and left refer to the subject, not the viewer. The body remains in the same reference position. Reduced motion is enabled. Use the arrows to study one step at a time, or choose Play.
Superior
Towards the head. The head is superior to the chest.
Adapted for this lesson: labels removed, artwork cropped or recoloured, and interactive teaching overlays added. Adapted artwork retains its source licence.
Go deeper
In-depth reading
Follow this example step by step, then try explaining it yourself. The extra reading is optional: you can return to it after exploring the illustration.
Worked example: explain a muscle at work
Name the level: a muscle cell is a cell; muscle tissue contains many cells; a whole skeletal muscle is an organ with several tissues. It also contains supporting tissue, blood vessels and nerves.
Connect the systems: nerve signals activate the muscle. Blood brings oxygen from the lungs and nutrients absorbed by the gut. Capillary exchange brings these supplies close to the muscle cells.
Explain the movement: the muscle develops tension and pulls through a tendon on a bone. A joint permits movement. You have linked cells, tissues, transport, communication and the skeleton in one explanation.
Explain it yourself
Why is naming a muscle not yet a complete explanation of movement?
Show the explanation
Movement also needs coordinated nerve signals, energy supplies, a tendon to transmit force and bones meeting at a joint. Naming identifies a part; explaining connects its role to the other parts.
More detail — when you are ready
These notes expand the mechanisms and vocabulary. Read one topic at a time and find the structures in the illustration.
Worked case: translating a description
A report mentions the left femoral region, a pedal observation and epigastric discomfort. Translate each term before drawing any conclusion: femoral identifies the thigh, pedal the foot, and epigastric the upper central abdomen.
The femur is proximal to the tibia. A reported discomfort is a symptom; an objectively measured finding is a sign.
These facts organise the description but do not identify a cause of illness. Keep location, observation and causal explanation as separate steps.
Worked case: connecting levels and systems
Consider how an active muscle receives what it needs. Contractile proteins work inside muscle cells; cells contribute to tissue; several tissues cooperate in an organ.
Respiratory exchange supplies oxygen to blood, the cardiovascular system carries it, and local exchange delivers it towards cells. Nervous signals coordinate contraction, while waste removal involves circulation, lungs and kidneys.
Explaining this chain is stronger evidence of understanding than naming one organ system. If one link fails, effects can extend beyond the structure where the disturbance began.
A repeatable method for studying a new structure
For any new diagram, establish the view, side and level. Name the structure, place it in a region or cavity, describe a relationship to a neighbour and connect a structural feature to a function.
Then explain one consequence of altered function without jumping to a diagnosis. Practise in both directions: point to a named structure, then name a structure with its label hidden.
Use the question bank to identify weak topics and return to their reading and illustrations before another attempt.
Further reading — optional
Free external resources in English. Internet connection required to open the links. Choose the topic you want to explore; these readings are not required to complete the section.
Use the labelled figures to practise position, planes and body regions. Read the part that matches this section first.
Practice progress is saved on this device for the current learner.
Sources and illustration notes
Bilingual teaching notes organised from your supplied anatomy reference pages. Medical SVG artwork is credited beneath each illustration; guided sequences and process overlays support slow, step-by-step study. Anatomy and translation await expert review.
