Tag: Communications Biology

^{Type
post

Author
Howard Glicksman

Date
July 30, 2024

Categories
Biology
Evolution
Intelligent Design
Medicine
Technology
Tagged
, Asa Gray, athletes, blood, blood pressure, blood vessels, calcium, carbon dioxide, Charles Darwin, circulatory system, Communications Biology, Darwin’s Bluff, embryo, evolution, glucose, great apes, heart, heart rate, humans, intelligent design, Irreducible Complexity, Michael Behe, natural selection, oxygen, placenta, potassium, Robert Shedinger, selective pressure, Steve Laufmann, temperature, Your Designed Body}

Exposing the Heart of Neo-Darwinism

_{Howard Glicksman
July 30, 2024

Biology, Evolution, Intelligent Design, Medicine, Technology

21}

At complete rest, for your organs and tissues to work properly, your heart must pump out about five liters of blood per minute. Read More ›

^{Type
post

Author
Günter Bechly

Date
June 2, 2022

Categories
Anatomy
Biology
Evolution
Genetics
Intelligent Design
Tagged
, common descent, Communications Biology, convergent evolution, Darwinism, Darwinism as religion, evolution, evolutionary tree, gene sequences, Phys.org, Richard Dawkins, Tree of Life, University of Bath}

Study: “Most of Our Evolutionary Trees Could Be Wrong”

_{Günter Bechly
June 2, 2022

Anatomy, Biology, Evolution, Genetics, Intelligent Design

1}

This refutes one of the favorite talking points of popularizers of Darwinism like Richard Dawkins. Read More ›

^{Type
post

Author
Casey Luskin

Date
March 8, 2022

Categories
Biology
Evolution
Life Sciences
Tagged
, Altenberg 16, athletes, biological novelty, body size, Cambrian Explosion, Communications Biology, evolution, Gerd Müller, gradualism, humans, Jeffrey Schwartz, Jerry Fodor, mammals, Massimo Piattelli-Palmarini, Nature (journal), Nature Communications, New Zealand, Paul Nelson, Royal Society, Science Daily, Stephen Jay Gould, Stephen Meyer, What Darwin Got Wrong}

Nature Communications Retroactively Concedes a Lack of Evidence for Darwinian Gradualism

_{Casey Luskin
March 8, 2022

Biology, Evolution, Life Sciences

15}

Explaining the origin of complex phenotypic novelty is the million-dollar question in evolutionary biology. Read More ›

^{Type
post

Date
May 12, 2021

Categories
Evolution
Tagged
, amino acids, Communications Biology, Darwin-skeptics, E. coli, enzymes, Last Universal Common Ancestor, LUCA, miracles, naturalism, Powerball, ribozymes, spores, sporulation, transfer RNA}

Credulity Is the Soil for Darwin’s Tree

_{Science & Culture
May 12, 2021

Evolution

7}

The secret is to restrict one’s explanations for life to unguided natural events. Once that decision has been made, everything else flows deductively from it. Read More ›

^{Type
post

Date
May 11, 2021

Categories
Evolution
Intelligent Design
Tagged
, Alan Turing, bacterial flagellum, bats, Cambrian Explosion, cell walls, cephalopods, CheY, Communications Biology, Darwinists, Heidelberg University, Israel, kinetochore, Nature (journal), Science Advances, South America, University of Colorado, Unlocking the Mystery of Life, windmills}

Cephalopods Join the Cambrian Explosion? And Other Topics in ID

_{Science & Culture
May 11, 2021

Evolution, Intelligent Design

7}

If fossils from Newfoundland have been interpreted correctly by paleontologists at Heidelberg University, they give more worries to Darwinists. Read More ›

^{Type
post

Date
January 22, 2020

Categories
Botany
Intelligent Design
Life Sciences
Tagged
, __edited, algae, Charles Darwin, chloroplasts, Communications Biology, cryo-electron microscopy, Cyanobacteria, diatoms, Discovery Institute, earth, enzyme, eukaryotes, evolution, foresight, Heidelberg University, homology, intelligent design, Maxwell’s demon, microscopes, nanomachines, Nature (journal), photosynthesis, Photosystem II, Purdue University, Second Law of Thermodynamics, University of North Carolina}

Informed Choice Seen in Cellular Nanomachines

_{Science & Culture
January 22, 2020

Botany, Intelligent Design, Life Sciences

8}

As imaging techniques approach nanometer resolution, the detailed workings of molecular mechanisms reveal precision engineering designs. Read More ›