Adapted from Fig.1. and 2, from Ana V Diez Roux (2011) Complex Systems Thinking May Help Us Transcend Current Impasses in Health Disparities Research Am J Public Health 2011;101 1627-1634 http://ajph.aphapublications.org/cgi/content/abstract/101/9/1627?etoc
Genes environment and health disparities interplay
From Fig 12.2 p317 Pigliucci M and Muller GB (2010) Evolution: The Extended Synthesis
Development dynamic interactions
Modified from Sterman (2006) article and Gene Bellinger's Assumptions IM-351 by Dr Rosemarie Sadsad UNSW See also Complex Decision Technologies IM and IM-63975
Virtual Experiments
WIP based mostly on Jan
Toporowski
2013 vol 1 and
2018 vol 2 books on Michal Kalecki: An Intellectual Biography
Layout Consistent with David Wheat MacroEconomic model CLD Insight by Gene Bellinger
Kalecki economic thought
System Modeling 5: Gene Regulation
From Fig 1.1 p11 Pigliucci M and Muller GB (2010) Evolution: The Extended Synthesis. This is a shift in emphasis from statistical correlation to mechanistic causation (p12), including the conditions for the origin and innovation of traits (p13). It overcomes the gradualism, externalism and gene centrism of the Modern Synthesis. Non-gradual change is a property of complex dynamical systems. EvoDevo processes generate particular forms of change rather than others.Genes are followers in the evolutionary process that capture the emergent interactions among environment, development and inheritance into genetic-epigenetic circuits, which are passed to and elaborated on in subsequent generations (p14).
Evolution extended synthesis
WIP Based on Gene's Enabling a Better Tomorrow Map IM-2879 this is a Specific Health Care version based on the archived Systemswiki Health Care material. The focus is on Models and Simulation, with videos and discussion in the fullness of time. I am following Gene's Adventures in Wonderland framework. Revised for More Complex AnyLogic transition at IM-57331
Health Systems and Data Science Course
Fixes that Fail Archetype (Cite: Gene Bellinger)
Small Intestine example from Progress in Biophysics & Molecular Biology Special Issue 2016 From the century of the genome to the century of the organism: New theoretical approaches paper on organization. Compare with Bogdanov (click tag)
Biology Principles of Organization and Variation 1
An example of why it's so critical to understand where the boundaries are when considering a system. (developed from Eric Wolstenholme's Archetype examples by Gene Bellinger)
YouTube Video
Hospital Early Discharge Boundaries
Healthcare Economic System
New Stock and Flow Minnows
Existem cerca de quinze arquétipos conhecidos com um interessante conjunto de relações entre eles.
Este modelo foi originalmente concebido por Gene Bellinger.
Traduzido por Ravi Resck
Arquétipos de Sistemas
Nested multilevel inquiry across multiple levels of organization of biology concepts. Adapted from Knippels (2002) PhD Thesis at http://bit.ly/GGcKo1 . Note the similarity to the nested adaptive cycles of socio-ecological systems in IM 1169
Yo-yo Learning and Teaching Strategy
As part of becoming familiar with InsightMaker, the purpose of this model is to merely replicate Gene Bellinger's completed "Moose_Wolves" model.
All credit needs to be given to Gene. Thank you InsightMaker.com for making it so easy to rebuilt and model and provide details on equations, algorithms.
Clone of Moose Wolves ba3452
A tongue in cheek look at taking a Gene Udemy Course
A Never Ending Story
Koala Population Dynamic Systems
