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BIOKYBERNETIKA
Mathematics for Theory and Control in the Human and in Society
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Edited by:
Jochen Mau
Language:
English
Published/Copyright:
2025
About this book
This book aims to engage “Young Science – Talented & Ambitious” for a lasting collaboration to advance holistic mathematical modeling of “how the body works” in variant surroundings. The book sets road signs to mathematics in body’s vital, physical, and cognitive functions, as well as to factors of health impact in person’s environmental and social settings. It showcases selected current research in mathematical and biological theory, mathematical models at molecular, organism, and population levels as well as engineering, imaging, and data sciences methodologies, including bio-informatics and machine learning applications. For overarching theory, evaluation of surrogate structures with category theory, multi-scale whole-body dynamics by separation of functional organization from cellular material as well as mathematical axioms matching classic principles of philosophy in traditional Chinese medicine are introduced. Interested are systems-oriented researchers in all sciences related to human health who seek new profile-shaping challenges in transdisciplinary collaboration.
You can find "BIOKYBERNETIKA II - Thermodynamics, Functional Physiology, Process Control, and Society Impact" here https://www.degruyterbrill.com/document/isbn/9783112216811/html
- Holistic top-down systems perspective distances it from reductionist molecular bottom-up
- Separating function from material permits investigation of dynamics and controls as in engineered systems
- Integrates health factors into mathematical medicine
Author / Editor information
Jochen Mau, HHU, Germany; Sergey Mukhin, MSU, Russia; Guanyu Wang, CUHK, China; Shuhua Xu, Fudan, China.
Topics
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Frontmatter
I -
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Prologue I
VII -
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Prologue II
XI -
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Prologue III
XIII -
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Preface
XVII -
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Overview
XIX -
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Contents
XXXIII - Part I: Theories
- Part I-A: Overarching theory
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Introduction
1 -
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Universal axioms in classical Chinese philosophy
5 -
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Category theory for structural characterization
15 -
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Axiomatic bipolar dynamics and their control
45 - Part I-B: Systems theories
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Introduction
75 -
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Stochastic formalization of agent-oriented systems
79 -
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Simplification of high-dimensional multitempo dynamic models
109 -
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Ideas of symmetry as a biophysical basis of system biomedicine
123 -
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Disorder of multiscale control
149 - Part II: Person’s life-sphere
- Part II-A: Person’s biosphere
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Introduction
185 -
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Mutations as activators of biological evolutionary processes at population levels
189 -
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Immunometabolism of T-cells in COVID-19
209 - Part II-A.2: Body’s vital functions
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Introduction
245 -
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Structural modeling of vascular networks
249 -
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Mathematical modeling of AI application for the diagnosis of blood flow disorders
283 -
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Modeling of glucose and insulin regulation within the framework of a self-consistent model of the cardiovascular system
303 -
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Hemodynamics in residual myocardial ischemia
319 -
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The quasi-one-dimensional model of the lymph flow in the human lymphatic system
335 -
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An integrate-and-fire mechanism for modeling rhythmicity in the neuroendocrine system
365 -
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Kinetic network modeling of the neuroendocrine hypothalamic-pituitary-adrenal axis dynamics with particular attention on the role of alcohol as a digestif
377 -
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Inflammation and immune response in atherosclerosis
393 - Part II-A.3: Body’s motor functions
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Introduction
423 -
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A magnetic resonance spectroscopy approach to quantitatively measure GABA and phosphorus level changes in the primary motor cortex elicited by transcranial direct current stimulation
427 - Part II-A.4: Body’s operational functions
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Introduction
441 -
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The fermionic mind hypothesis–a category-theoretic verification of consciousness
445 -
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Cross-task cognitive workload measurement based on the sample selection of the EEG data
459 - Part II-B: Person’s eco-sphere exposures
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Introduction
475 -
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The spread of SARS-CoV-2 in Russia and the evolution of the properties of the pathogen
479 -
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Agent-based modeling of epidemic spread via kinetic Monte Carlo method
491 -
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Control of SARS-nCoV outbreaks in China 2020
513 - Part II-B.2: Civilization
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Introduction
531 -
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Pesticide exposure: Toward holistic environmental modeling
535 - Part II-C: Person’s sociosphere exposures
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Introduction
559 -
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Evolution of the health system in Shanghai, China, 2016–2020
563 - Part III: Technologies
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Introduction
577 -
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Design-process automation using functional process blocks
581 -
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Slow/fast dynamic models with applications to engineering problems
601 - Part III-B: Information sciences
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Introduction
613 -
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Numerical modeling of medical ultrasound using the grid-characteristic method
617 -
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The direct and the inverse magnetic encephalography problem
635 - Part III-C: Data-analytic sciences
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Introduction
653 -
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Assessing the bioequivalence of two different drugs with the same active ingredient
655 -
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Estimation of adjusted relative risks in log-binomial regression using the Bekhit–Schöpe–Wagenpfeil algorithm
665 - Part IV: Clinical medicine
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Introduction
679 -
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Finding optimal two-stage combined treatment protocols for a blood cancer model
681 -
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Unraveling the mysteries: Mathematical perspectives on traditional Chinese medicine meridians
697 -
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Epilogue
721 -
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Index
723
Publishing information
Pages and Images/Illustrations in book
eBook published on:
December 30, 2024
eBook ISBN:
9783111341996
Hardcover published on:
December 30, 2024
Hardcover ISBN:
9783111341972
Pages and Images/Illustrations in book
Front matter:
38
Main content:
736
Illustrations:
63
Coloured Illustrations:
175
Tables:
60
Keywords for this book
Multi-scale bio-mathematics; Theoretical physiology; Biomedical engineering; Information technology; Health-impact factors_x000D_
Audience(s) for this book
Theoretical and experimental research in systems-oriented mathematics, engineering, medicine, and all health-impact sciences
Safety & product resources
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Manufacturer information:
Walter de Gruyter GmbH
Genthiner Straße 13
10785 Berlin
productsafety@degruyterbrill.com
