ISHEA Institute Carlos J. Pérez Pulido
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Bioenergetica · OSF-BIO-001

Rapporto di tappa: dal poster di Nature al modello di coerenza bioenergetica a due livelli

Di · ISHEA Institute ·

Rapporto tecnico e archivio visivo che ripercorre un anno del quadro ISHEA Δ±1: dal poster della Nature Conference del 2025 in Corea del Sud fino alla formalizzazione computazionale con NAD+, ROS e ATP.

Preprint — Manoscritto depositato su OSF. Senza revisione paritaria.

Firma di coerenza — generata dai dati di quest'opera

Opera originale in inglese.

Technical milestone report and visual archive documenting the one-year scientific progression of the ISHEA Δ±1 Bioenergetic Coherence Framework by Carlos J. Pérez Pulido (ISHEA Institute). This repository links the initial observational findings presented at the 2025 Nature Conference ("Towards Healthy Brain Aging: Bridging Biology, Lifestyle, and Therapeutics", DGIST, Daegu, South Korea, December 9–11, 2025; Poster #24: "ATP-Driven Coherence and the Epi ±1 Law") with the subsequent computational formalization published as a preprint on Research Square in February 2026 ("A Two-Level Bioenergetic Coherence Model Integrating NAD+, ROS, and ATP within the ISHEA Δ±1 Framework", DOI: 10.21203/rs.3.rs-8899090/v1). Includes the official certificate of poster presentation, high-resolution poster documentation, and cross-referenced simulation links (DOI: 10.17605/OSF.IO/FYQGS).

= Research Milestone Report: From Nature Conference Poster (DGIST, 2025) to the Two-Level Bioenergetic Coherence Model (2026) =

  • Author: Carlos J. Pérez Pulido ([https://orcid.org ORCID] / [https://isheainstitute.org ISHEA Institute])
  • Affiliation: International System for Human–Ecological Advancement (ISHEA Institute), Bologna, Italy
  • Date: November 2026
  • Primary Preprint DOI: [https://doi.org 10.21203/rs.3.rs-8899090/v1] (Research Square)
  • Computational Model DOI: [https://doi.org 10.17605/OSF.IO/FYQGS] (OSF Repository)

== 1. Overview & Scientific Context ==
This wiki documents the one-year empirical and computational progression of the '''ISHEA Δ±1 Bioenergetic Coherence Framework'''. It establishes a verifiable academic trace connecting preliminary observational data presented at the '''2025 Nature Conference''' in South Korea with the formalization of a two-level ''in-silico'' computational model published in early 2026.

== 2. Stage I: Empirical Poster Presentation (December 2025) ==
* '''Conference:''' Nature Conference — ''Towards Healthy Brain Aging: Bridging Biology, Lifestyle, and Therapeutics''
* '''Host Institution:''' Daegu Gyeongbuk Institute of Science and Technology (DGIST), Daegu, Republic of Korea
* '''Dates:''' December 9–11, 2025
* '''Poster Title:''' ''ATP-Driven Coherence and the Epi ±1 Law'' (Poster Session Board #24)
* '''Scientific Summary:''' Evaluated preliminary metabolic and signaling biomarkers in a cohort of healthy adults (''n = 30''), examining the interaction between ATP, cortisol, cholesterol, FOXP transcription factors, and extracellular vesicles (EVs) in maintaining cellular coherence and regulating biological aging.

== 3. Stage II: Computational Formalization & Preprint (February 2026) ==
* '''Title:''' ''A Two-Level Bioenergetic Coherence Model Integrating NAD⁺, ROS, and ATP within the ISHEA Δ±1 Framework''
* '''Server:''' Research Square Preprint Server (Version 1.0, February 24, 2026)
* '''Scientific Summary:''' Expanded the initial ATP-focused framework into a hierarchical two-level computational architecture. Mathematical simulations demonstrated that redox signaling mediated by '''NAD⁺ and Reactive Oxygen Species (ROS)''' operates as the upper informational control layer governing cellular stability, while '''ATP''' acts as a secondary energetic executor.

== 4. Key Methodological Milestones ==

'''Hierarchical Shift:''' Transitioned from a single-layer ATP-driven hypothesis to a dual-layer control model where redox state regulates energetic output.

'''Open Science Reproducibility:''' Published open-source simulation scripts, sensitivity analyses (Sobol indices), and configuration files on OSF.

'''Cross-Scale Integration:''' Built a formal bridge connecting cellular bioenergetics (micro-scale) to cognitive load and organizational sustainability (meso- and macro-scales).

== 5. Repository Contents (Files Tab) ==
* Certificate_Nature_Conference_DGIST_2025.png — Official Certificate of Poster Presentation issued by Nature Conferences (Springer Nature) and DGIST.
* Poster_24_ATP_Driven_Coherence_DGIST_2025.png — High-resolution visual archive of Poster #24 presented at L29 Lounge, DGIST.
* Conference_Session_Evidence_DGIST_2025.png — Photographic verification of poster session participation in Daegu, South Korea.
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Nella stessa sala — Bioenergetica