Scientific Review
Biological concepts, terminology and interpretation are checked before a visual is presented for scientific communication.
Open Scientific Visuals
AI-assisted conceptual illustrations developed for education, presentations and public science communication, with scientific review and explicit reuse terms.
Portfolio Preview
A conceptual illustration of cellular senescence and its possible effects on neighbouring cells and tissue biology.

Portfolio preview only. No open-use licence has been assigned to this visual.
Purpose
The visuals are intended to make cellular and molecular relationships easier to discuss without presenting conceptual art as data.
They are not substitutes for microscopy, quantitative datasets, experimental figures or data-derived scientific diagrams.
Standards
Scientific clarity, disclosure and reuse conditions are handled explicitly.
Biological concepts, terminology and interpretation are checked before a visual is presented for scientific communication.
AI-assisted generation is stated rather than presented as conventionally drawn scientific artwork.
Each image is built around a defined biological idea rather than decorative complexity.
Only images carrying a stated licence are released for reuse. Other site images remain outside the reusable collection.
Reuse & Attribution
Where an artwork is explicitly released under CC BY-NC 4.0, it may be shared and adapted for non-commercial purposes subject to the licence conditions, including attribution.
Released artwork will use the standard visible treatment: RS watermark | © Ronald Saraswat | CC BY-NC 4.0.
Appearance on this website alone does not grant reuse rights. Check the licence stated on the individual artwork or its page.
Themes
The collection develops around subjects related to my scientific background and communication work.
Altered cellular states and ageing biology.
Vesicle release, transfer and intercellular communication.
Cellular structures, molecular processes and experimental concepts.
Protein regulation, oxidative stress and cellular responses.
Molecular profiling, functional readouts and biological interpretation.