H+ HUMAN ATLASInternational reading guide

LEARN / EXPLORE / VERIFY

Study human anatomy, one structure at a time.

A reading edition for website translation. The interactive atlas offers separate male, female HRA and female CT references, with 4,331 catalog entries. Entry counts are not counts of distinct organs.

Reading edition

This page contains complete static reading content and does not require JavaScript or WebGL. Search, 3D interaction, saved collections and local notes are available on the original interactive atlas. Website translation does not synchronize that browser data. Translation availability and accuracy depend on the external provider; there is no claim that every human language is supported.

Original interactive atlas URL: https://human-atlas-duong.dvd2025.chatgpt.site/study

01 / FOUNDATIONS

Directions and planes

Left and right refer to the model's body. The separate female CT model retains its original raised-arm pose. Surface clipping is not a histological section.

TermShort recall aid
Anterior / PosteriorFront / Back
Superior / InferiorAbove / Below
Medial / LateralToward / Away from midline
Proximal / DistalNearer / Farther from limb attachment
Superficial / DeepCloser to / Farther from body surface
SagittalPlane separating left / right
Coronal / FrontalPlane separating front / back
TransversePlane separating upper / lower

Verify terminology in OpenStax §1.6 ↗. These brief recall aids and machine translations have not undergone specialist review.

02 / LEARNING PATHWAYS

Pair textbook reading with model observation

These eleven learning topics help organize a study session. The atlas catalog has fourteen combined dataset groups; the grouping is not a textbook count of organ systems. Group counts below describe loaded catalog data and may include overlapping source entries.

01 / 394 dataset entries

Bones & joints

Locate one named bone and compare its position with nearby bones. Use the joint group separately to inspect the available articular labels.

Read the textbook chapter · OpenStax ↗

02 / 1112 dataset entries

Muscles

Choose a named muscle, inspect three views and record its relationship to adjacent structures. Verify attachment terminology in the source.

Read the textbook chapter · OpenStax ↗

03 / 884 dataset entries

Nervous system

Select a brain or spinal structure and record its region, source label and neighboring structures. Check model coverage before comparing sources.

Read the textbook chapter · OpenStax ↗

04 / 827 dataset entries

Heart & vessels

Find the heart and a named vessel. Follow only the branches represented in the source and retain the original vessel identifiers.

Read the textbook chapter · OpenStax ↗

05 / 109 dataset entries

Respiratory system

Inspect an airway or lung entry from different views. Compare visible branching with the source record and note structures not represented.

Read the textbook chapter · OpenStax ↗

06 / 99 dataset entries

Digestive system

Locate a stomach or intestinal entry. Describe its spatial relationship to nearby structures, then verify the terminology in a textbook.

Read the textbook chapter · OpenStax ↗

07 / 68 dataset entries

Urinary system

Find a kidney and ureter entry. Record the model, side and source identifier; distinguish individual structures from grouped CT labels.

Read the textbook chapter · OpenStax ↗

08 / 12 dataset entries

Endocrine system

Locate a represented gland. Pair spatial observation with textbook reading; geometry and display color do not demonstrate hormonal activity.

Read the textbook chapter · OpenStax ↗

09 / 148 dataset entries

Lymphatic system

Choose a spleen or lymphatic entry. Record the level of detail available in that model and compare it with the source catalog.

Read the textbook chapter · OpenStax ↗

10 / 50 dataset entries

Reproductive system

Choose the appropriate source model and inspect a represented reproductive structure. Record coverage gaps rather than substituting another source.

Read the textbook chapter · OpenStax ↗

11 / 1 dataset entries

Skin & appendages

Inspect the available surface layer and underlying structures. Keep illustrative hair separate from anatomical source labels.

Read the textbook chapter · OpenStax ↗

03 / PRACTICE

A 15-minute session

  1. Spend three minutes recalling directions and planes. Explain the difference between the three main planes without looking at the table.
  2. Spend seven minutes selecting three catalog entries and inspecting front, back and side views. Retain the model name, original labels and identifiers.
  3. Spend five minutes saving source records and writing an observation plus a question to verify. Check the question against a textbook or original dataset.

Observation record template

04 / RESEARCH WORKFLOW

Keep observations traceable

  1. Search the catalog by original English, Latin, identifier, available Vietnamese label or a supported common-term label.
  2. Filter by model and dataset group. Individual structures and grouped CT segmentations have different levels of detail.
  3. Save up to 100 source records on the original atlas. Compare two metadata records without inferring geometric or anatomical equivalence.
  4. Export filtered CSV results or citation text. Preserve source identifiers, provenance, licenses and model URLs.
  5. Back up notes, saved records and observed groups as JSON. Import validates and merges that backup; local notes do not synchronize across browsers.

Common-term language data

The lookup dictionary contains sixteen concepts with labels across 342 language codes and varieties in the captured Wikidata data. Coverage differs by concept and language. These are community search aids, not a complete translation of anatomical nomenclature.

05 / SOURCES & COVERAGE

Know what the models represent

Male data: 3,478 entries from Z-Anatomy / BodyParts3D via Anatria3D. Female HRA data: 817 entries. Separate female CT data: 36 grouped segmentation entries. Female HRA lacks whole-body musculature, skull/limb bones and peripheral nerves in this atlas. CT labels may combine multiple structures and are not separately named individual muscles or bones. The source bodies and poses are not merged.

Colored surface meshes do not represent all microscopic anatomy, anatomical variants or photographic tissue appearance. Vietnamese labels, community search labels and machine translations have not undergone specialist review.