>

Sea urchin embryo (16-cell)

[{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a463e4e1b06/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a463e4e1b06/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873abb674e1b05/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873abb674e1b05/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a2b4e4e1b04/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a2b4e4e1b04/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a5b914e1b03/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a5b914e1b03/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a82584e1b02/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a82584e1b02/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a02d04e1b01/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a02d04e1b01/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873ad7b64e1b00/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873ad7b64e1b00/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a46c14e1aff/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a46c14e1aff/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a05474e1afe/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a05474e1afe/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a6c924e1afd/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a6c924e1afd/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873aa4a84e1afc/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873aa4a84e1afc/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a7dd74e1afb/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a7dd74e1afb/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873ac9744e1afa/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873ac9744e1afa/65b404bf7ea8a929cd9caa8a.png"},{"image":"https://icons.cdn.biorender.com/w75xh75/65b40511dd873a4af24e1af9/65b404bf7ea8a929cd9caa8a.png","waterMarkImage":"https://icons.cdn.biorender.com/w550xh620/65b40511dd873a4af24e1af9/65b404bf7ea8a929cd9caa8a.png"}]

Keywords

keyword text

sea urchin,embryo,embryonic,sea urchin embryo,sea urchin egg,16 cell,16 cell stage,zygote,zygotic,fertilization,fertilized,ovum,Strongylocentrotus purpuratus,echnoid,urchin,Echinoidea,echinoderm,Echinodermata,Bilateria,sea hedgehog,sea chestnut,sea potato,sand dollar,sea egg,sea porcupine,sea needle,sea urchin development,developmental stage,animal,eukaryote,model,model organism,biological model,animal model,animal testing,animal study,research model,sea urchin model,experimental model,research,scientific research,scientific study,laboratory research,animal research,biology,pathology,immunology,genetics,developmental biology,embryology,sea urchin embryo,sea urchin zygote

BioRender icons and templates meet journal, grant, and copyright standards. For AI-generated figures, policies vary. Learn More

More Icons like this one in

Related Categories

Back To Library Home

Join 1,500,000 other scientists on BioRender

Sign up for your free account and start creating scientific figures faster today

Sign Up Free

FAQs

What is BioRender?

BioRender is a web‑based software that helps you create scientific figures in minutes. Use this Sea urchin embryo (16-cell) icon along with our library of more than 30,000 life science icons.

Can I use this icon in a BioRender figure or scientific illustration?

Yes, the Sea urchin embryo (16-cell) is fully integrated into BioRender’s drag-and-drop platform. You can easily add it to any scientific figure, workflow, or poster, whether you’re building from scratch or starting with a BioRender template.

Is the Sea urchin embryo (16-cell) icon customizable in BioRender?

Most icons in BioRender, including the Sea urchin embryo (16-cell) icon, are customizable. You can adjust icon size, colors, and positioning, and add custom labels to tailor the design to your specific research context.

How are scientists using the Sea urchin embryo (16-cell) icon in their work?

BioRender users often use the Sea urchin embryo (16-cell) icon in posters, grant applications, educational materials, and graphical abstracts. It’s especially useful for projects involving Species.

Can I export figures that include the Sea urchin embryo (16-cell) icon for publication or presentations?

Yes, figures containing the Sea urchin embryo (16-cell) icon can be exported in multiple formats, including PNG, JPG, PDF, and SVG. High-resolution and vector exports are available on paid plans, making them ideal for journals, slide decks, and print materials.

Is the Sea urchin embryo (16-cell) icon used in BioRender templates or poster layouts?

Many BioRender templates include icons like the Sea urchin embryo (16-cell) icon — especially those focused on Species. You can search BioRender’s template library or add this icon manually to any canvas.

Make scientific figures in minutes

Sea urchin embryo (16-cell)

Join 1,500,000 other scientists on BioRender

FAQs

Looking for science content?