Digital dissection theatre

physiology dissected for the digital age.

biostructor is a biomedical edutainment project for people who want to understand how living systems hold themselves together—from ion channels to health policy.

Three ways into the body

We borrow the architecture of early anatomy theatres: one space to cut, one to show, one to interpret. Together, they form a loop between mechanism, visualization, and meaning.

Sector · Ostensor · Lector • For students, clinicians, engineers & curious humans.

The three pillars of the biostructor

Sector

We treat membranes, junctions, and tissue planes as a network of constraints and pathways. This is where structural models live: the quiet architecture that makes function possible.

Ostensor

The visual engine of the project: animations of flow and function, interactive models, and process demos that turn abstract squiggles into intuitive motion.

Lector

Featurettes that follow everyday questions back to mechanisms: why fevers feel dramatic, why athletes hit the wall, why some drugs sedate and others merely irritate.

Latest on Sector

Balancing the acid-base books

Few quantities in the body are maintained as tightly as acidity: measured as the concentration of protons (H+) in our fluids. Blood pH

Pharmacological asceticism

In the TV adaptation of John le Carré’s cold war novel, Smiley’s People, a foreign agent is interrogated by intelligence officers about his

Abstract Insects have evolved a variety of neurohormones that enable them to maintain nutrient and osmotic homeostasis. Here, we characterized the ion transport

Abstract Insects have evolved a variety of neurohormones that enable them to maintain nutrient and osmotic homeostasis. Here, we characterized the ion transport

Latest on Ostensor

Balancing the acid-base books

Few quantities in the body are maintained as tightly as acidity: measured as the concentration of protons (H+) in our fluids. Blood pH

Pharmacological asceticism

In the TV adaptation of John le Carré’s cold war novel, Smiley’s People, a foreign agent is interrogated by intelligence officers about his

Abstract Insects have evolved a variety of neurohormones that enable them to maintain nutrient and osmotic homeostasis. Here, we characterized the ion transport

Abstract Insects have evolved a variety of neurohormones that enable them to maintain nutrient and osmotic homeostasis. Here, we characterized the ion transport

About the biostructor team

A small, international collective of volunteer scientists making physiology clearer, kinder, and more accessible than it was when we first learned it.

We come from medicine, mathematics, bioengineering, and computer science but meet at the same table, united by a fascination with how living systems hold themselves together and how people learn to understand them.

Our work is shaped by collaborations with the Universities of Amsterdam, Indiana, Padova, and Auckland—scientific cultures that keep us rigorous, creative, and honest about what we know and what we don’t.

Sector, Ostensor, and Lector are built as open, evolving resources for the next generation of physicians, scientists, and curious learners.

Lowering barriers

Making medical training and physiology literacy less opaque and more humane.

Honouring stories

Treating science as a human endeavour with histories, struggles, and shared futures.

Inviting collaborators

Clinicians, researchers, educators, and artists who recognise themselves in this mission are welcome in our digital theatre.

Latest on Lector

Balancing the acid-base books

Few quantities in the body are maintained as tightly as acidity: measured as the concentration of protons (H+) in our fluids. Blood pH

Pharmacological asceticism

In the TV adaptation of John le Carré’s cold war novel, Smiley’s People, a foreign agent is interrogated by intelligence officers about his

Abstract Insects have evolved a variety of neurohormones that enable them to maintain nutrient and osmotic homeostasis. Here, we characterized the ion transport

Abstract Insects have evolved a variety of neurohormones that enable them to maintain nutrient and osmotic homeostasis. Here, we characterized the ion transport

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