Tag: peroxisomes

^{Type
post

Author
David Coppedge

Date
April 3, 2024

Categories
Intelligent Design
Neuroscience & Mind
Physical Sciences
Physics
Tagged
, active transport, amino acid residues, cells, endoplasmic reticulum, hammer, Immune System, intelligent design, ion channels, lysosomes, macrophages, membranes, mitochondria, organelles, peroxisomes, physiology, Quartz, Science (journal), Science Advances, tissue, touch, Yale University}

Sense of Touch Is More Finely Tuned than We Thought

_{David Coppedge
April 3, 2024

Intelligent Design, Neuroscience & Mind, Physical Sciences, Physics

8}

Like machines that deliver goods or open doors at the push of a button, mechanosensitive channels respond on contact. Read More ›

^{Type
post

Author
David Coppedge

Date
February 23, 2024

Categories
Biochemistry
Evolution
Intelligent Design
Tagged
, aminoacyl-tRNA synthetases, Caltech, cell biology, cells, condensates, DNA, droplets, endoplasmic reticulum, eukaryotes, evolution, intelligent design, membrane lipids, membranes, mitochondria, molecular biology, molecular machines, organelles, paradigm shift, peroxisomes, PLOS Biology, proteins, speckles, TIM, tom, transfer RNA, tRNA}

Getting It Together: Tethers, Handshakes, and Multitaskers in the Cell

_{David Coppedge
February 23, 2024

Biochemistry, Evolution, Intelligent Design

6}

Running a cell requires coordination. How do molecules moving in the dark interior of a cell know how and when to connect? Protein tethers offer new clues. Read More ›

^{Type
post

Author
David Coppedge

Date
November 16, 2022

Categories
Evolution
Intelligent Design
Tagged
, ATP, ATP synthase, bioRxiv, cell metabolism, cryo-electron microscopy, Darwinism, EMBO Journal, endosymbiosis, evolutionary theory, information processing, lysosomes, materialists, mitochondria, mitochondrion, organelles, peroxisomes, signal transduction, signaling}

Mitochondria Promoted to Information Processing Systems

_{David Coppedge
November 16, 2022

Evolution, Intelligent Design

8}

The label “powerhouses of the cell” was too simplistic for the many tasks performed every second by these computing, networking, signaling, regulating wonders. Read More ›