Last update: 2025/12/03
Works related to Comparative Functional Architectonics, a methodology to infer organismic properties up from molecular and celular-level constituents.
The works do not form a single research field. Instead, each new work is rather an inductive expansion of the previous work.
- Examples of work at the level of molecular components (Level 1):
- Vacuolar convolution: possible mechanisms and role of phosphatidylinositol 3,5-bisphosphate (2017) (analyzed objects—plants, fungi)
- How do Plants Keep their Functional Integrity? (2018) (analyzed objects—plants)
- Level-2 work (expansion of How do Plants Keep their Functional Integrity?):
3. The two roles of Ca2+ signaling (2020) (analyzed objects—plants, animals)
- The method itself:
4. Reconstructing emergent biological phenomena through comparative functional architectonics (2023), bit.ly/44QLFvv (for biological objects in general)
- Level-3 work (a further inductive expansion of the works presented above, following the rules presented in 4.):
5. The general theory of development (forthcoming)
These works can also be consulted at https://www.researchgate.net/profile/Vad-Perez (you can find additional followup references in the Comments section of the papers — upd Dec 3, 2025, commenting functionality is no longer available in Researchgate)