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Mathematical Modeling in Systems Biology
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The reprint presents a collection of systems biology-related topics and new studies that utilize computational, mathematical, and systems-oriented approaches to reveal important aspects of various biological problems.
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Keywords
- Alan Turing
- Apoptosis
- Artificial Neural Networks
- asymptotic stability
- batch fermentation
- Biology, Life Sciences
- biophysical modeling
- Caputo
- Cell Death
- Cholera
- computational analysis
- critical learning period
- death execution pathways
- delay differential equations
- developmental gene regulatory networks
- differential entropy
- differential equations model
- discrete entropy
- DNA codes
- DNA damage repair
- echo state network
- Eric Davidson
- estimability analysis
- evolutionary origins
- ferroptosis
- finite-difference methods
- fractional order
- geometrical information
- gray map
- heterogeneity
- HPA axis
- immunogenic cell death
- in silico experimentation
- Information theory
- Kluyveromyces marxianus
- Levenberg—Marquardt algorithm
- liquid state machine
- Machine learning
- Major Depressive Disorder
- Mathematical model
- mathematical modeling
- Mathematical models
- Mathematics & science
- n/a
- necroptosis
- nonlinear data fitting
- nonlinear mechanistic model
- Numerical solutions
- Optimization Techniques
- parameter subset selection
- pattern formation
- pyroptosis
- Python
- radiation-induced DNA damage
- reaction–diffusion models in morphogenesis
- Reference, information & interdisciplinary subjects
- regulatory networks
- Research & information: general
- reservoir computing
- reversible code
- saturated incidence rate
- sensitivity analysis
- stochastic biochemical systems
- stochastic simulation algorithm
- stress test
- system size expansion
- Verification & Validation
- well-posedness