29Jul 2026 by Post

New Peer-Reviewed Paper Provides a How-To Manual for Using ID to Guide Research

biology, biomechanics, Biomimetics, Brian Miller, constraints, Emily Reeves, expectations, function, functional information, genetics, Genetics (journal), George Montañez, intelligence, Intelligent Design, irreducibly complex systems, Jonathan McLatchie, Junk DNA, Michael Behe, neurophysiology, peer-reviewed literature, predictions, protein science, purpose, Research, Robert J. Marks, scientific reasoning, scientific theory, scientists, Stuart Burgess, systematics, Systems Biology, William Dembksi, Winston Ewert
The paper explains what the theory of intelligent design is and how it can be used to generate testable scientific predictions, or “expectations.” Source
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15Jan 2026 by Post

Systems Biology and Intelligent Design: A Natural Fit

AmiGO, biological networks, biology, computers, coordination, Darwinian evolution, data networks, datasets, E. coli, Engineering, Gene Ontology, genomics, glycolysis, Intelligent Design, Introduction to Systems Biology, isoforms, Joel Bader, Junk DNA, living systems, long non-coding RNAs, metabolomics, molecular biology, Molecular Systems Biology, mRNA, mutations, optimal design, optimism, proteins, proteomics, reductionist biology, Rube Goldberg, Ruedi Aebersold, smartphones, Systems Biology, Technology, transcription network, transcriptomics, Uri Alon, Yuri Lazebnik
In December 2025, Molecular Systems Biology marked its 20th anniversary with a special editorial that reflects on the field’s development since 2005 (Bheda et al. 2025). Systems biology is an approach to studying living systems that assumes hierarchical, top-down design. The piece, authored by the journal’s editors and several contributors, shares personal perspectives on where the field stands today — and where it is headed. Ruedi Aebersold, the first contributor, states, “the first 20 years of MSB were grand; the next 20 years will be grander.”  I too am optimistic about the field’s future. My optimism comes specifically from how powerfully top-down design has succeeded in giving us the complex systems of the modern world. Top-down design prunes the vast search space of possibilities through an Read More › Source
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24Oct 2022 by Post

Reeves: A Rising Star Describes a Biological Revolution

bacteria, biochemistry, biology, computer scientist, emergent properties, Emily Reeves, engineers, Evolution, foresight, hierarchical integration, integration, Intelligent Design, Irreducible Complexity, Jim Esch, materialism, purpose, Reductionism, science, signaling networks, silicon, Systems Biology, Technology
“Engineers more easily recognize impressive design because they have actually tied to build stuff.” Source
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06Apr 2022 by Post

Event Report: Design and the Designer

biology, Biomimetics, COVID-19, Daniel Reeves, design triangulation, Emily Reeves, Eric Metaxas, faith, Faith & Science, history of science, human foot, intellectuals, Intelligent Design, International Space Station, John West, Michael Keas, Olympics, Philadelphia, Physics, Earth & Space, Return of the God Hypothesis, Socrates in the City, Stephen Meyer, Stuart Burgess, Systems Biology, theology, Westminster Conference on Science and Faith
There were 16 different talks, ranging from the history of science and faith to more technical topics like systems biology and design triangulation. Source
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23Aug 2021 by Post

End of the Road for the Intelligent Design Debate?

biology, CELS 2021, Conference on Engineering in Living Systems, Derek Gatherer, DNA, emergence, Evolution, evolutionary mechanism, Intelligent Design, John Thomas, Michael Behe, Michel Morange, P. A. Braillard, Pam Mantri, proteins, Reductionism, Stephen Meyer, stigmergic teleology, synthetic biology, Systems Biology
A key question is how long biologists can argue that life looks like a duck, swims like a duck, and quacks like a duck, but it is actually a cat. Source
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