Case Study · Custom Piece

Bone Marrow in Motion

A scientist's microscopy image transformed into a custom SciCanvas skirt.

This case study follows the transformation of a bone marrow image into a wearable textile piece: from original microscopy image, through pattern development and digital mockup, to a finished custom skirt.

Scientist wearing a custom SciCanvas skirt with a bone marrow microscopy pattern.

Source

Bone marrow microscopy image provided by a scientist

Finished Piece

Custom skirt

Focus

A personal research image translated into a wearable piece

Process

Image interpretation, mockup, textile production, packaging, tailoring

Microscopy image of bone marrow used as the source for a SciCanvas textile design.
The original bone marrow image provided the cellular structure, density, and rhythm for the textile design.

Scientific Source

The image: a hidden biological landscape

The source image came from bone marrow, a tissue that is usually hidden inside the body, but biologically full of movement and renewal. Bone marrow is the environment where blood cell production is continuously sustained, supported by stem and progenitor cells, stromal cells, vessels, and local signals.

For SciCanvas, this image was not treated as an abstract texture. It was approached as a microscopy image with its own structure, rhythm, and meaning.

Science Note

Bone marrow is more than a space inside bone. It is a complex cellular microenvironment where blood-forming stem cells are maintained, activated, and guided toward different blood cell lineages.

Transformation

Finding the rhythm inside the image

The first design step was to look for the visual rhythm already present in the scientific image: dense and open regions, cellular forms, directional movement, contrast, and repeating structures.

The goal was not to erase the scientific origin of the image, but to translate it into a composition that could work on fabric, move with the body, and still carry the memory of the original microscopy image.

Microscopy image of bone marrow used as the source for a SciCanvas textile design.
Finished SciCanvas skirt created from a researcher's bone marrow microscopy image.
Details from the microscopy image were selected, adjusted, and composed into a textile pattern while preserving a visible connection to the source material.

Process

From research image to finished skirt

Each custom SciCanvas piece moves through several stages. The scientific image is interpreted visually, tested on a garment mockup, printed on fabric, packaged, and finally made into a wearable piece.

Microscopy image of bone marrow used as the source for a SciCanvas textile design.

Step 1

Original image

The process begins with a scientific image provided by the researcher.

Digital mockup of a custom skirt using a bone marrow microscopy pattern.

Step 2

Visual interpretation

The image is explored for structure, contrast, rhythm, and details that can become a textile composition.

Finished SciCanvas skirt created from a researcher's bone marrow microscopy image.

Step 3

Finished piece

After design was printed on fabric we created a skirt.

Packaged SciCanvas textile pieces showing the printed bone marrow pattern.

Step 4

Ready to Travel

The gift package is on the way to its happy owner.

Scientist wearing a custom SciCanvas skirt with a bone marrow microscopy pattern.

Step 5

Joyfully Worn

The final skirt carries the researcher's microscopy image as a personal, wearable piece.

Digital mockup of a custom skirt using a bone marrow microscopy pattern.
Digital mockups help test scale, orientation, and visual balance before the textile is printed.

Mockup

Testing the image on a moving form

A microscopy image that works beautifully on a screen does not automatically work on a garment. Before printing, the design was tested as a skirt mockup to understand how the pattern would behave at body scale: across curves, seams, folds, and movement.

This stage helped refine the pattern so that the final piece would remain visually strong as clothing, while still retaining its connection to the original bone marrow image.

Finished Piece

From digital pattern to finished skirt

Once the design was resolved, it moved from digital file to printed fabric and then into tailoring. The final skirt is not simply an image placed on clothing; it is a material translation of a scientific image into a piece that can be worn, remembered, and recognized.

The finished skirt keeps the biological origin visible while becoming something personal, material, and independent from the laboratory context.

Packaged SciCanvas textile pieces showing the printed bone marrow pattern.

Finished Skirt

The final piece

The result is a custom skirt that carries the visual memory of bone marrow research: not as a logo, not as decoration, but as a material trace of scientific work.

Scientist wearing a custom SciCanvas skirt with a bone marrow microscopy pattern.
Finished SciCanvas skirt created from a researcher's bone marrow microscopy image.
Close view of packaged SciCanvas pieces with the bone marrow textile pattern visible.

Next Step

Have an image from your own research?

SciCanvas can help transform scientific images into custom scarves, skirts, and other textile pieces with visual and scientific integrity.

More SciCanvas Stories

More ways scientific images become textile pieces

Model wearing a pea-surface tie with a matching pocket square.

Pea Surface: A Scientific Gift for Brno

A seed surface image transformed into a design connecting microscopy, Brno, and Mendel's scientific legacy.

Read the Case Study
Delong representative wearing a custom SciCanvas top with a microscopy-derived pattern.

Delong Instruments: EMC 2024

Custom bow ties and an outfit created from microscope images for a microscopy company at EMC 2024.

Read the Case Study