Tag: glycolysis

^{Type
post

Author
Andrew McDiarmid

Date
March 31, 2025

Categories
Intelligent Design
Life Sciences
Tagged
, ATP synthase, bacterial flagellar motor, biological systems, biologists, biology, cancer, Emily Reeves, engineered systems, engineers, glycolysis, ID the Future, living systems, methodology, nanotechnology, Photosystem I, podcast, Research, scientific literature, systems engineering, Warburg effect}

Emily Reeves: How to Study Biology with Systems Engineering Principles

_{Andrew McDiarmid
March 31, 2025

Intelligent Design, Life Sciences

2}

Traditional methods in biology have proven insufficient for understanding and accurately predicting complex biological systems. Why? Read More ›

^{Type
post

Author
Emily Reeves

Date
October 29, 2024

Categories
Biology
Evolution
Intelligent Design
Philosophy
Tagged
, An Introduction to Systems Biology, cancer, ecosystem, evolution, glycolysis, intelligent design, living systems, methodology, radio, reverse-engineering, Richard Dawkins, scientific progress, Systems Biology, systems engineering, The God Delusion, topology, Uri Alon}

Studying Biology with System Engineering Principles

_{Emily Reeves
October 29, 2024

Biology, Evolution, Intelligent Design, Philosophy

13}

As a biologist, I’ve often wondered what the best way is to integrate engineering ideas in biology research. Read More ›

^{Type
post

Author
Jonathan McLatchie

Date
October 14, 2024

Categories
Biology
Evolution
Intelligent Design
Tagged
, animation, ATP synthase, cellular respiration, electron transport chain, Energy, glycolysis, Harvard University, intelligent design, Krebs cycle, proton gradient, protons, synthesis, turbine}

Appreciating the Molecular Detail of ATP Synthase

_{Jonathan McLatchie
October 14, 2024

Biology, Evolution, Intelligent Design

2}

Here, I wish to highlight this animation, again narrated by Harvard’s Professor Robert Lue. Read More ›

^{Type
post

Author
Jonathan McLatchie

Date
October 11, 2024

Categories
Evolution
Intelligent Design
Tagged
, animation, ATP, carbon dioxide, cofactors, Drew Berry, electron transport chain, electrons, enzymes, glucose, glycolysis, glycolytic pathway, Krebs cycle, pyruvate}

The Incredible Krebs Cycle

_{Jonathan McLatchie
October 11, 2024

Evolution, Intelligent Design

2}

Earlier, I wrote about various obstacles to the evolutionary origins of the glycolytic pathway. As noted previously, the end result of glycolysis is pyruvate. Read More ›

^{Type
post

Author
Jonathan McLatchie

Date
September 20, 2024

Categories
Engineering
Evolution
Intelligent Design
Tagged
, adenosine triphosphate, amino acids, ATP, causal circularity, cellular respiration, citric acid cycle, complexity, electron transport chain, enzymes, evolution, fructose, glycolysis, glycolytic pathway, hinge, intelligent design, mind, oxidative phosphorylation, oxygen, pyruvate, unguided evolution, universal common ancestor, water}

Challenges to the Evolutionary Origins of the Glycolytic Pathway

_{Jonathan McLatchie
September 20, 2024

Engineering, Evolution, Intelligent Design

7}

The complexity and engineering sophistication comport much better with the hypothesis of design. Read More ›

^{Type
post

Author
Howard Glicksman

Date
June 27, 2024

Categories
Engineering
Evolution
Intelligent Design
Tagged
, Caltech, Cell (journal), cell membrane, embryo, Evolution News, father, glycolysis, Magdalena Zernicka-Goetz, mother, newborn, oxygen, placenta, potassium, sodium, Steve Laufmann, The Scientist, University of Cambridge, uterus, Your Designed Body, zygote}

Let’s Think About a Zygote Like an Engineer

_{Howard Glicksman
June 27, 2024

Engineering, Evolution, Intelligent Design

10}

Actually, life is a series of millions of hard problems that have to be solved all the time, or else. Read More ›

^{Type
post

Author
Howard Glicksman

Date
April 24, 2023

Categories
Evolution
Intelligent Design
Tagged
, air, birds, blood, breath-holding, breathing, cardiovascular system, cold-bloodedness, crocodiles, Dallas, evolution, glycolysis, hard problems, heart, hematological system, hemoglobin, humans, intelligent design, Kate Winslet, lungs, oxygen, reptiles, respiratory system, Steve Laufmann, Tampa, tissues, trachea, ventricle, Wikipedia, Your Designed Body}

How Does the Crocodile Hold Its Breath So Long?

_{Howard Glicksman
April 24, 2023

Evolution, Intelligent Design

13}

The actress Kate Winslet can hold her breath for seven and a quarter minutes. A crocodile, though, can hold his breath for hours. Read More ›

^{Type
post

Author
Howard Glicksman

Date
April 21, 2023

Categories
Evolution
Intelligent Design
Tagged
, amoeba, blood, breath-holding, breathing, cellular respiration, cold-bloodedness, complexity, connective tissue, crocodiles, Current Biology, Darwinism, engineers, evolution, gastrointestinal system, glucose, glycolysis, heart, hematological system, intelligent design, Kate Winslet, life, lungs, oxygen, physicians, red blood cells, respiratory system, Science Daily, Steve Laufmann, Wall Street Journal, warm-bloodedness, Your Designed Body}

In Breath-Holding, Kate Winslet and a Croc Are Champions

_{Howard Glicksman
April 21, 2023

Evolution, Intelligent Design

11}

Kate Winslet, and other actors, for the sake of “the newest frontier in blockbuster moviemaking” are learning to hold their breath for several minutes. Read More ›

^{Type
post

Author
David Coppedge

Date
October 7, 2022

Categories
Biology
Evolution
Intelligent Design
Tagged
, adenine, ATP synthase, evolution, genetic information, gluconeogenesis, glycolysis, hydrothermal vents, intelligent design, Krebs cycle, Miller-Urey experiment, Nick Lane, PLOS Biology, protocells, referee, University College London}

Game Over? Nick Lane Wants Another Inning

_{David Coppedge
October 7, 2022

Biology, Evolution, Intelligent Design

7}

Michael Behe described how he attended a conference to hear Nobel laureate John Walker, the world’s expert on ATP synthase, explain how it might have evolved. Read More ›

^{Type
post

Author
Emily Reeves

Date
May 19, 2021

Categories
Biology
Intelligent Design
Tagged
, "poor design", amino acids, biology textbooks, carbon, constraints, development, Drosophila, elements, embryology, Erika DeBenedictis, glycolysis, human engineers, human genome, intelligent design, metabolism, Michael Denton, optimality, Princeton University, TEDx talk, William Bialek}

Optimality Recognized in Core Biological Infrastructure

_{Emily Reeves
May 19, 2021

Biology, Intelligent Design

14}

I will begin with an example from embryology, then turn to metabolism, and finish with the breadth of chemical space covered by the natural amino acids. Read More ›