Tag: University of Basel

^{Type
post

Author
David Coppedge

Date
August 2, 2023

Categories
Evolution
Intelligent Design
Tagged
, American Chemical Society, apoptosis, centrioles, checkpoints, chromosomes, conservation, DNA, error correction, evolution, genetic information, histones, intelligent design, Johns Hopkins University, junk DNA, mitosis, Northeastern University, organelles, RNA, Rube Goldberg device, University of Basel, zebras}

In Life, Checkpoints and Error Correction Defy Darwinian Explanations

_{David Coppedge
August 2, 2023

Evolution, Intelligent Design

10}

Living cells employ forward-thinking and backward-thinking strategies. Both strategies require planning outside the immediate situation. Read More ›

^{Type
post

Author
David Coppedge

Date
September 29, 2022

Categories
Biology
Intelligent Design
Science
Tagged
, angstroms, ATP, cilia, ciliopathies, evolution, Evolution News, intelligent design, Journal of the Royal Society Interface, membranes, Michael Behe, molecular machines, organelles, Science (journal), Science Advances, University of Basel, voltage, Washington University}

Grand Central Station and Beyond: Molecular Machines Visualized in 3-D

_{David Coppedge
September 29, 2022

Biology, Intelligent Design, Science

8}

Cryo-electron microscopy is allowing cell biologists to see irreducibly complex molecular machines in three-dimensional glory. Read More ›

^{Type
post

Author
David Coppedge

Date
August 23, 2022

Categories
Intelligent Design
Science
Tagged
, aging, ATP synthase, bacteria, biophysicists, catalysis, cells, cilium, DNA, EMBO Journal, Emily Reeves, Evolution News, flagellum, geometry, molecular machines, nanomachines, Nature Communications, nitrogenase, RNA, Rubisco, Science (journal), Switzerland, topoisomerases, type III secretion system, UC San Diego, University of Basel, Unlocking the Mystery of Life}

Yes, a “Host of Machines” Are at Work in the Cell

_{David Coppedge
August 23, 2022

Intelligent Design, Science

9}

Here are more cellular machines to dazzle us with their moving parts and functions. Read More ›

^{Type
post

Date
November 4, 2020

Categories
Chemistry
Evolution
Origin of Life
Tagged
, Aleksandr Oparin, Ann Gauger, bubbles, Charles Thaxton, coacervates, Darwinian theory, Encyclopedia Britannica, evolution, Frankenstein, Geppetto, Illustra Media, intelligent design, Marxists, Nature (journal), Nature Communications, Penn State, Pinocchio, replication, RNA, RNA world, Sidney Fox, Signature in the Cell, Stephen Meyer, The Mystery of Life’s Origin, University of Basel, University of Chicago}

Sorry, Origin-of-Life Researchers, But Bubbles Are Not Cells

_{Science and Culture
November 4, 2020

Chemistry, Evolution, Origin of Life

7}

Oparin is back. Some origin-of-life researchers are using his coacervate theory without giving him credit or realizing they are retreading dead-end ideas. Read More ›

^{Type
post

Date
March 27, 2020

Categories
Biochemistry
Intelligent Design
Tagged
, __k-review, ATP, central dogma, chromosomes, cohesin, Darwinian mechanism, DNA, E. coli, error catastrophe, genome, intelligent design, junk DNA, Lego blocks, mRNA, Nature Communications, PNAS, polymerase, polypeptides, proteins, RNA, South Korea, University of Basel, University of Notre Dame, University of Seville, William Paley}

More Hints of Order in the Genome

_{Science and Culture
March 27, 2020

Biochemistry, Intelligent Design

8}

Genomics has come a long way since the central dogma and junk DNA. If you expect to find reasons for things, you often do find them. Read More ›

^{Type
post

Date
December 25, 2018

Categories
Evolution
Human Origins and Anthropology
Tagged
, __k-review, animals, bottleneck, generations, Human Evolution (journal), human origins, humans, inference, intelligent design, most recent common ancestor, mutation rate, neutral evolution, nucleotide diversity, population, Rockefeller University, species, University of Basel}

Merry Christmas! #8 of Our Top Stories of 2018: Humans and Animals Are (Mostly) the Same Age?

_{Science and Culture
December 25, 2018

Evolution, Human Origins and Anthropology

4}

I am intrigued, but to be honest, I don’t quite know what to make of it just yet, and don’t want to jump to any conclusions. Read More ›

^{Type
post

Date
June 8, 2018

Categories
Evolution
Human Origins and Anthropology
Intelligent Design
Tagged
, __k-review, animals, bottleneck, earth, generations, Human Evolution (journal), human origins, humans, inference, intelligent design, most recent common ancestor, mutation rate, neutral evolution, nucleotide diversity, population, Rockefeller University, species, University of Basel}

New Paper in Evolution Journal: Humans and Animals Are (Mostly) the Same Age?

_{Science and Culture
June 8, 2018

Evolution, Human Origins and Anthropology, Intelligent Design

3}

I am intrigued, but to be honest, I don’t quite know what to make of it just yet, and don’t want to jump to any conclusions. Read More ›

^{Type
post

Date
May 15, 2018

Categories
Intelligent Design
Tagged
, __k-review, C. elegans, Cassini mission, development, DNA, Douglas Axe, Elizabeth Pennisi, embryo, evolution, functional whole, gene, Harvard Medical School, Harvard University, How to Build a Worm, intelligent design, ontogeny, Paul Nelson, RNA, science, University of Basel, worm, zebrafish, zygote}

Out of One Cell, Many Tissues — But How?

_{Science and Culture
May 15, 2018

Intelligent Design

10}

Scientists are delving into the remarkable way a zygote grows through its embryonic stages to an adult. Read More ›

^{Type
post

Date
August 2, 2017

Categories
Intelligent Design
Life Sciences
Science
Tagged
, __k-review, bacteria, Darwinian theory, eukaryotes, Harvard University, intelligent design, molecular biology, nature, proteins, proteome, ribosomes, Science Advances, University of Basel}

Ribosomes Optimized for Speed, Flexibility

_{Science and Culture
August 2, 2017

Intelligent Design, Life Sciences, Science

9}

The DNA translation machines in the cell show unexpected complexity, forcing molecular biologists to revise what they thought they knew about ribosomes. Read More ›