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
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26May 2025 by Post

How Do Mitotic Errors Affect Cell Proliferation?

anaphase, aneuploidy, biology, biologyu, cancer, cancer cells, cell fusion, cell proliferation, cell's, chromatids, chromosomal instability, chromosome, chromosome missegregation, cohesin ring, cytokinesis failure, DNA, E-Cadherin, endoreduplication, eukaryotic cell cycle, Evolution, intelligent cause, Intelligent Design, Irreducible Complexity, kinetochore, Medicine, micronuclei, mitotic cell division, mitotic spindle, oocytes, proteasome, securin, separase, spindle assembly checkpoint, tetraploidization, tetraploidy, tumorigenesis, tumors
This review furthers the argument that I have developed elsewhere that the eukaryotic cell division cycle is elegantly engineered and irreducibly complex. Source
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