Research context
The associated research paper is Biomimetic dynamic nanomedicine SrHCF: Lattice self-reconstruction based on Fe2+ response to achieve synergistic “ferrous chelation-antioxidation-calcium antagonism-inflammation inhibition” quadruple treatment of CIRI in Bioactive Materials. Use the linked publication for the authors’ findings, methods and limitations. The composition notes below describe the archived artwork.
Visual structure
Particle assembly and characterization sit at the top. Brain injury, vessel and neuron views lead to a large lower cellular panel. Curves, apparatus and mechanism arrows occupy separate regions.
- Read material, location and cell as successive levels.
- Keep characterization curves separate from arrows.
- Use organelle enlargement for local detail.
Attribution and image use
Visual content by Lingjiang Keshi, presented under the SCI Artisan brand. Paper titles, publication links and archived artwork retain their original association. These images are not presented as newly generated platform output.
Permission is required to copy, modify or reuse the artwork. Ask about image use and licensing; rights and permitted uses must be confirmed for each image.
Prepare a related project
Use this composition to explain the objects, relationships, level of detail and publication context you need. Send a shareable research brief and specify the required source files, output formats and deadline.
Related artwork
Discuss a scientific illustration brief
Share the research area, intended use and target journal without sending confidential data in the first message.
Email SCI Artisan · X @lingjiangkeshi