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MyoBro Computational Engine

Real-Time In Silico Postprandial Macronutrient Kinetics & Physiology.

Abstract

A validated computational model bridging academic diagnostic accuracy with real-time digital health deployment. The MyoBro engine is an advanced in-silico metabolic simulator that instantaneously generates continuous metabolic curves and predictions such as Muscle Protein Synthesis (MPS) and insulin-induced glucose uptake based on chronologically inputted meals. By applying advanced mathematical and algorithmic strategies, it generates accurate pharmacokinetic profiles. The MyoBro engine simulates continuous metabolic responses without relying on resource-intensive Ordinary Differential Equation (ODE) solvers, establishing a new standard for predictive human metabolism.

Project portal
API Documentation
Real-Time Advanced Dashbaord
POC Android App
Scientific Paper

0%

Dependencies
Fully standalone native code.

< 130 ms

API Latency
Real-time execution speed.

K6 Test Results

~18%

Global MAPE
High diagnostic accuracy.

Core Assets & Scientific Framework

The architecture replaces heavy computational matrices with highly optimized deterministic functions, solving the bottleneck of modern digital nutrition platforms.

Zero Third-Party Dependencies

The entire mathematical engine operates as a standalone piece of software, relying solely on native operations to maximize cross-platform portability, cloud security, and execution speed.

Deterministic High Performance

Replaces heavy ODE solvers with discretized bi-compartmental Bateman kinetics, Gamma-variate transients, and Finite State Machine (FSM) logic. Algorithmic complexity is strictly bounded at O(N log N + S · N).

Rigorous Landmark Validation

Calibrated using a multi-dimensional Grid Search optimized across extreme macro-nutrient clinical control thresholds: Whey Protein kinetics, Mixed Meal Matrix effect, and standard Oral Glucose Tolerance Tests (OGTT).

Multi-Axis Endocrinology

Dynamically calculates continuous temporal curves for both the Anabolic Axis (mTORC1 signaling / Muscle Full Effect) and the Energetic Axis (biphasic insulinogenic glucose disposal).

English: Access to Dashboard, API and its proprietary algorithm is strictly governed by a non-exclusive software usage license, in accordance with the Italian Copyright Law (Law no. 633 of April 22, 1941, as amended). This is not an automated subscription service. Licenses are negotiated privately, have a defined time validity (e.g., free, 3, 6, or 12 months), and include a set number of usage credits (tokens). To discuss your computing needs and request a license, please contact me directly.
Contact: To obtain or dedicated account for the dashborad, API credits or other information, you can directly contact the author at: myobro@myobro.com

Italiano: L'accesso alal Dashboard, alle API e al relativo algoritmo proprietario è regolamentato esclusivamente tramite cessione di licenza d'uso non esclusiva, ai sensi della Legge sul Diritto d'Autore (Legge 22 aprile 1941, n. 633 e successive modifiche). Non si tratta di un servizio in abbonamento automatizzato. Le licenze vengono concordate privatamente, hanno una validità temporale definita (es. gratis, 3, 6 o 12 mesi) e includono un numero prestabilito di crediti (token) per l'utilizzo. Per discutere le tue necessità di calcolo e richiedere una licenza, contattami direttamente.

Engine Access Modalities

Select the appropriate resource below to evaluate the methodology, test the engine interactively, or integrate the architecture into your platform.

Resource Description Link
Scientific Paper Read the full methodology, algorithmic complexity analysis, and physiological benchmarks. Link To Paper
Advanced Dashboard Interactive GUI designed for parametric sensitivity analysis, simulation tweaking, and multi-profile tracking.

Demo Credentials: myobrodemo / Uro70z8fyt
Launch Dashboard
Token-Based API High-concurrency JSON endpoint built for edge nodes, wearable architecture, and enterprise digital health platforms. API Doc

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Real-Time In Silico Modeling of Postprandial Macronutrient Kinetics: A Validated Computational Engine for Nutrition Research and Digital Health

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