Este modelo de dinámica de sistemas simula la evolución de capacidades tecnológicas locales en territorios portuarios. Representa tres mecanismos de entrada: (1) transferencia formal de tecnología mediada por inversión en CTI y presencia de agentes internacionales, (2) aprendizaje colaborativo modulado por la intensidad de gobernanza territorial, y (3) generación endógena mediante I+D local. El sistema incluye depreciación natural del conocimiento (5% anual) que refleja obsolescencia tecnológica.

El modelo permite experimentar con escenarios de política de innovación y analizar cómo diferentes niveles de inversión, colaboración institucional y presencia de actores globales afectan la acumulación territorial de capacidades.

In this activity, the body reaction in the intake of food will be simulated: Food amount; type of food; when the intake of food took place; how fast the digestion occurs; reaction time of the pancreas; the connection between the blood glucose concentration and the insulin production.

The content will also cover the subject between the coordinated and harmonious functioning of the pancreas (which secretes insulin), the liver, and the body's cells (insulin receivers). The Homeostasis: Process that regulates the blood concentration. Together we’ll discover the cause-effects cycles that characterize the problem and how they become an important part of the solution.

This article will span the effect of pancreas’ insulin production in diabetes type I, as well as the cells’ glucose uptake and their rejection to insulin, all this with the intention of visualizing how it breaks into the cause-effect cycles that regulates the blood glucose concentration in the body, triggering the imbalance in health.  

• Ver. 3.0 - Single glacial dust pulse, dynamic total Sr inventory, fixed VIBD, first-order Sr co-deposition, delayed recycled 87Sr/86Sr and δ88/86Sr compositions, climatic forcing of dust input by a 41 kyr interglacial-glacial cycle that switches to 100 kyr cycles at 800 ka (MPT).