proteins – Christian Life Coaching Franklin Tennessee

03Nov 2026 by Post

Engineering Places Constraints on Cell Size that Evolutions Cannot Explain

ALH84001, Ana Garoña, artificial evolution, astrobiologists, biology, cell division, cell size, college students, cytoplasm, Engineering, enzymes, Evolution, fitness, genome, Gulbenkian Institute for Molecular Medicine, homeostasis, Howard Glicksman, Intelligent Design, Jan M. Skotheim, lipids, Mars, meteorite, mutations, nucleic acids, PNAS, Portugal, proteins, senescence, Shicong Xie, Steve Laufmann, Target of Rapamycin, telephone booth, tennis balls, Volkswagen, yeast cells

Cells reach a Goldilocks size for their needs. Evolutionists are at a loss to say how cells hit the sweet spot for smooth functioning. Source

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”

acyl transfer, aldehydes, alphabet, amino acids, anhydrides, atoms, biosynthetic cost, codons, cyclisation, decomposition, DNA replication, esters, Evolution, Francis Crick, hydrolysis, hydrophobicity, Intelligent Design, ketones, nitriles, polypeptides, protein core, proteins, purposeful selection, racemisation, side chains, solubility, stability, surface, teleology, The FEBS Journal, tRNAs

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