Tag: anaphase

^{Type
post

Author
Jonathan McLatchie

Date
May 26, 2025

Categories
Evolution
Intelligent Design
Medicine
Tagged
, anaphase, aneuploidy, biology, biologyu, cancer, cancer cells, cell fusion, cell proliferation, cells, chromatids, chromosomal instability, chromosome, chromosome missegregation, cohesin ring, cytokinesis failure, DNA, E-Cadherin, endoreduplication, eukaryotic cell cycle, intelligent cause, intelligent design, Irreducible Complexity, kinetochore, micronuclei, mitotic cell division, mitotic spindle, oocytes, proteasome, securin, separase, spindle assembly checkpoint, tetraploidization, tetraploidy, tumorigenesis, tumors}

How Do Mitotic Errors Affect Cell Proliferation?

_{Jonathan McLatchie
May 26, 2025

Evolution, Intelligent Design, Medicine

12}

This review furthers the argument that I have developed elsewhere that the eukaryotic cell division cycle is elegantly engineered and irreducibly complex. Read More ›

^{Type
post

Author
Jonathan McLatchie

Date
March 19, 2025

Categories
Evolution
Intelligent Design
Tagged
, anaphase, ATP hydrolysis, cell death, cell division, centrosomes, chromatids, chromatin, chromosome condensation, chromosomes, clawed frog, condensins, cytokinesis, DNA, Inner Centromere Protein, intelligent design, Irreducible Complexity, kinase, mice, mislocalization, mitosis, mitotic cell division, mitotic chromosome, mitotic progression, phosphorylation, proteins, RNA interference, Structural Maintenance of Chromosomes, teleology, topoisomerase, topoisomerase IIα, Xenopus}

Irreducible Complexity Nested Within Irreducible Complexity: The Case of Chromosome Condensation

_{Jonathan McLatchie
March 19, 2025

Evolution, Intelligent Design

15}

It is highly implausible that such a wonder of engineering arose by means of an unguided evolutionary process. Read More ›

^{Type
post

Author
Jonathan McLatchie

Date
November 26, 2024

Categories
Biology
Engineering
Intelligent Design
Tagged
, anaphase, ATPase, BIO-Complexity, cell division, centromere, checkpoints, chromosome, dynein, eukaryotic cell cycle, eukaryotic cell division, foresight, Irreducible Complexity, kinesin, kinetochore, metaphase, microtubules, mitosis, mitotic cell division, motor proteins, protein complexes, proteins}

The Eukaryotic Cell Cycle: An Irreducibly Complex System

_{Jonathan McLatchie
November 26, 2024

Biology, Engineering, Intelligent Design

12}

Any system that achieves a complex higher-level objective by means of various well-matched interacting components requires foresight to come about. Read More ›

^{Type
post

Author
Jonathan McLatchie

Date
August 27, 2024

Categories
Intelligent Design
Medicine
Tagged
, anaphase, cancer, chromosomes, Down syndrome, kinetochores, metaphase, microtubules, mitotic spindle, phosphatase, prometaphase, spindle assembly checkpoint, tumors, yeast}

Engineered Elegance: Generating the Wait Anaphase Signal

_{Jonathan McLatchie
August 27, 2024

Intelligent Design, Medicine

10}

Even a single unattached kinetochore is sufficient to trigger the wait anaphase signal, which inhibits activation of the APC/C that drives entry into anaphase. Read More ›

^{Type
post

Author
Jonathan McLatchie

Date
August 26, 2024

Categories
Intelligent Design
Life Sciences
Tagged
, anaphase, cell division, chromatids, chromosomes, Down syndrome, eukaryotic cell cycle, kinetochore, microtubules, mitosis, mitotic cell division, prometaphase, prophase, proteins, quality control, somatic cells, spindle assembly checkpoint, telophase}

The Elegant Spindle Assembly Checkpoint

_{Jonathan McLatchie
August 26, 2024

Intelligent Design, Life Sciences

11}

Without this exquisitely engineered system, the cell risks distributing an uneven number of chromosomes to the daughter cells. Read More ›

^{Type
post

Author
David Coppedge

Date
July 8, 2024

Categories
Biology
Evolution
Intelligent Design
Tagged
, amino acids, anaphase, Babylonians, bacterial flagellum, cell biology, cell division, centrosomes, Chinese, chromosomes, cowboys, cows, intelligent design, interphase, metaphase, Michael Behe, mitosis, molecules, outboard motor, PNAS, prophase, regulators, Romans, scientism, Taiwan, telophase}

Herding Chromosomes in the Mitosis Corral

_{David Coppedge
July 8, 2024

Biology, Evolution, Intelligent Design

9}

The molecules of life do much more than convey information. They combine and impose physical forces on each other in intricate, functional ways. Read More ›