proteins – Christian Life Coaching Franklin Tennessee

02Sep 2026 by Post

Nonsense with “Nanozymes”: New Origin-of-Life Theory Fails to Impress

aaas, American Association for the Advancement of Science, amino acids, cell's, cellular metabolism, chemical reactions, chemists, DNA, early Earth, Energy, energy production, failed models, information processing, Intelligent Design, investigators, mind, nanozymes, nucleotide chains, origin of life, overinterpretation, particles, peptides, photosynthesis, polymerization, Protein World, proteins, Research (journal), RNA, RNA world, self-replicating RNA, thermodynamics, Yongdong Jin

Yongdong Jin proposes that microscopic particles, which he terms nanozymes, orchestrated many of the major steps in the synthesis of the first cell. Source

21Aug 2026 by Post

In Defense of The Edge of Evolution, a Response to Dave Farina

bacteria, biology, Cit+, complex molecular interactions, Darwin Devolves, Darwin's Black Box, Dave Farina, Educating Dave Farina (series), eukaryotes, Evolution, fitness landscapes, generation time, genetics, genomes, HIV, mammals, Michael Behe, mutation rates, mutations, patients, population sizes, proteins, The Edge of Evolution, viruses, Vpu, YouTubers

If evolution is capable of producing complex molecular interactions, the place where we would most expect to find them is in viruses like HIV. Source

21Aug 2026 by Post

How Irreducible Complexity Can Help with Cancer Drug Research

AlphaFold3, apoptosis, bioinformatic data, cancer, cancer cells, carboxy-terminal domain, cell death, cell's, chemotherapy, chromatin, Darwin's Black Box, DNA, DNA replication, double helix, enzymes, Freed-Hardeman University, Intelligent Design, intrinsically disordered regions, Irreducible Complexity, isoforms, Joe Deweese, Medicine, mutants, proteins, replication, TOP2A, TOP2B, topoisomerases, toxic side effects

Topoisomerases are molecular machines that play a critical role in resolving DNA tangles and supercoiling generated during DNA replication. Source

28Apr 2026 by Post

The Set of Amino Acids Used in Life Is No “Frozen Accident”

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Significantly, these data indicate that the space of usable amino acids is severely constrained. Source

01Apr 2026 by Post

A Method in the Madness of “Degeneracy”: Here Is Another Genetic Code

amino acids, bacteria, biological engineering, biology, Boris Zinshteyn, codons, combinations, degeneracy, dormancy, Francis Crick, function, genes, genetic code, genetics, hypoxia, Intelligent Design, mismatch, MIT, Mycobacterium bovis, oxygen, Peter Dedon, PNAS, predictions, proteins, Rachel Green, redundancy, Science (journal), Scripps Research Institute, transfer RNA

The report from MIT doesn’t hesitate to call this a “newly discovered genetic code” or “alternate genetic code” with functional significance. Source

27Mar 2026 by Post

It Turns Out Disorder Is Functionally Important

AlphaFold2 Multimer, binding, biology, disorder, Drosophila melanogaster, genetics, interactome, intrinsic disorder, intrinsically disordered regions, Junhui Peng, Li Zhao, orphan genes, PLOS Computational Biology, protein-protein interactions, proteins, Rockefeller University, taxonomically restricted genes

Li Zhao of Rockefeller University is a leading investigator on the origin and function of orphan and taxonomically restricted genes (TRGs) and proteins. Source

23Mar 2026 by Post

The Information Enigma and Gratuitous Beauty: In Theaters on April 30

bacteria, beauty, biologists, bit string, cellular life, Charles Darwin, cosmos, David Berlinski, digital information, DNA, Eric Esau, Faith & Science, Fathom Entertainment, fine-tuning, Francis Crick, genetics, human interference, Intelligent Design, James Watson, laboratory equipment, living cell, mid-century modern, Miracle, molecular machines, New York Times, origin of life, philosophers, proteins, Rice University, Richard Sternberg, scientific discoveries, scientists, Stephen Meyer, The Story of Everything, theaters, tickets, Timothy McGrew, truth, universe, wonder, __featured2

It's intelligent design as you've never seen it before. Find inspiration, and share it with friends and family. Source

07Feb 2026 by Post

How Life Leverages the Laws of Nature to Thrive

albumin, blood, capillaries, cell death, Darwinian narrative, death, dying, Engineering, Eric Anderson, hormones, Howard Glicksman, ID The Future, Intelligent Design, laws of nature, life, liver, living systems, Medicine, minerals, physics, Podcast, proteins, Steve Laufmann, water, Your Designed Body

Left to their own devices, the natural result of physics and chemistry is death, not life. So how are we still breathing? Source

30Jan 2026 by Post

For “Convergent Evolution,” Darwinists Offer Awkward Explanatory Tinkering

animals, Arabidopsis, biology, circuits, co-evolution, common ancestor, convergent evolution, Darwin on Trial, Drosophila, Evolution, hair trigger, immune response, immune systems, Intelligent Design, kingdoms, Life Sciences, logic, natural selection, nematode, NLR-o-gram, pathogens, Phillip Johnson, plants, proteins, robustness, Science (journal)

How clever of separate kingdoms of organisms to have figured all this out independently! Source

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

Category: proteins