26Nov 2024 by Post

The Eukaryotic Cell Cycle: An Irreducibly Complex System

anaphase, ATPase, aurora kinases, BIO-Complexity, cell division, centromere, checkpoints, chromosomal disorganization, chromosome, chromosome segregation, condensins, contractile ring, dynein, Engineering, eukaryotic cell cycle, eukaryotic cell division, Evolution, foresight, Intelligent Design, irreducibly complex, kinesin, kinetochore, Maintenance of Chromosomes, metaphase, microtubules, mitosis, mitotic cell division, motor proteins, protein complexes, proteins, spindle formation, ubiquitylate securin
Any system that achieves a complex higher-level objective by means of various well-matched interacting components requires foresight to come about. Source
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26Jun 2024 by Post

Design of the Elements Points to a Theistic Universe

alkali metal ions, amino, atoms carbon, ATP, ATP synthase, carbon atom, carboxyl, cellular respiration, cytochrome c, depolarization, electrons, hydrogen, Intelligent Design, intermembrane space, ligands, methyl, Michael Denton, mitochondrial membrane, multicellular lifeforms, nerve impulses, nitrogen, oxygen, periodic table of elements, Physics, Earth & Space, protein complexes, transition metals, universe
An innumerable number of features of the natural world show evidence of purpose and intent. Source
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12Oct 2020 by Post

Repentant Biology Journal Offers a Weak Rebuttal to Its Own Pro-ID Fine-Tuning Paper

biological networks, biology, Carl Sagan, Darwin's Doubt, Design Inference, DNA, George Tech, Intelligent Design, Intelligent Faith, Irreducible Complexity, irreducibly complex systems, Journal of Theoretical Biology, logical fallacies, molecular motors, natural selection, Neo-Darwinism, Ola Hössjer, protein complexes, rarity, Simon Conway Morris, specification, Steinar Thorvaldsen, Stephen Meyer, Stuart Kauffman
The authors close by quoting Carl Sagan’s famous adage that “extraordinary claims require extraordinary evidence.” Do they offer that kind of evidence? Source
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16Dec 2019 by Post

The Ultimate Recycler

ADP, ATP, ATP synthase, biochemistry, body weight, cell membrane, cell's, cities, citrate, cytoplasm, electron transport chain, Energy, Genome Biology, glucose, hydroelectric plant, Intelligent Design, Life Sciences, machines, metabolism, mitochondria, NADH, protein complexes, pyruvate, recycling, succinate
When a city starts out with a major energy deficit, there are two changes that should be made: to be really, and I mean really efficient at recycling the critical resource, or to buy more energy. What about in biology? Cells are like cities, right? Out of Balance We already know from a previous post (“The Mystery of Energy Metabolism”) that the cell has an energy budget that is out of balance based solely on biosynthesis and use of ATP. It is in a predicament. It has an extreme shortfall in ATP in its balance sheet, needing six ATP just to make one. ATP is a high energy molecule. All that energy has to be loaded into the molecule during its synthesis by using up other ATP molecules. If chemical A is…
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